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ARABIC

NIZAM COLLEGE: DEPARTMENT OF ARABIC

LESSON PLAN FOR THE ACADEMIC YEAR 2016-2017 (Semester I)

Course/Paper: Classical prose, Grammar and Translation

Unit: I Classical prose No. of Hours Allotted: 12

Topics to be covered No. of Hours

Al Qadar (explanation, reference, translation ) 3

Al Bayyina (explanation, reference, translation ) 3

Al Zilzal (explanation, reference, translation )

3

Al Aadiyat (explanation, reference, translation )

3

Total hours 12

Unit: II Grammar No. of Hours Allotted: 12


Al Jumlatul Mufeeda (usage and practice with examples) 1

Al Ism Wal Feil Wal Harf (usage and practice with examples) 1

Al Feilul Madhi (usage and practice with examples) 2

Al Feilul Mudhari (usage and practice with examples) 2

Feilul Amr (usage and practice with examples) 1

Al Fail Wal Mafool (usage and practice with examples) 2

Al Mubtada Wal Khabar (usage and practice with examples) 2

Al Jumlatul Ismiyyah WalJumlatul (usage and practice with examples) 1

Total hours

12

Unit: III Translation (lesson no 1 to 4) No. of Hours Allotted: 12


(Duroosullughatil Arabiyyah Part I (by Dr V Abdul Raheem) Lesson no 1 (reading, writing, speaking and translation from Arabic to English and vise verse)

3


3


3


3

Total hours

12

Unit: IV Translation (lesson no 5 to 8) No. of Hours Allotted: 12



3


3


3


3

Total hours

12

Unit: V Translation (lesson no 9 to 12) No. of Hours Allotted: 12



3


3


3


3

Total hours 12

Dr. Syed Misbahuddin Hussaini Dr. Syed Misbahuddin Hussaini

Name of the Teacher: I/C Head, Department of Arabic

Signature: Signature:

LESSON PLAN FOR THE ACADEMIC YEAR 2016-2017 (Semester II)

Class: BA, BSc and B.Com Section:

Course/Paper: Classical prose, Grammar and Translation

Unit: I Classical prose No. of Hours Allotted: 12


AL QARIAH (explanation, reference, translation ) 3

AL TAKASUR (explanation, reference, translation ) 3

AL ASR (explanation, reference, translation )

3

AL HUMAZA (explanation, reference, translation )

3

Total hours 12

Unit: II Grammar No. of Hours Allotted: 12


NASABUL FEILIL MUDHARI (usage and practice with examples) 2

JAZMUL FEILIL MUDHARI (usage and practice with examples) 1

RAFUL FEILIL MUDHARI (usage and practice with examples) 2

KANA WA AKHAWATUHU (usage and practice with examples) 2

INNA WA AKHAWATUHU (usage and practice with examples) 1

JARRUL ISM (usage and practice with examples) 2

AL NAATU (Al sifatu) (usage and practice with examples) 2

Total hours

12

Unit: III Translation (lesson no 13 to 16) No. of Hours Allotted:

12



3


3


3


3

Total hours

12

Unit: IV Translation (lesson no 17 to 20) No. of Hours Allotted: 12



3


3


3


3

Total hours

12

Unit: V Translation (lesson no 21 to 23) No. of Hours Allotted: 12



4


4


4

Total hours

12

LESSON PLAN FOR THE ACADEMIC YEAR 2016-2017 (Semester III)

Class: BA, BSc and B.Com Section:

Course/Paper: Modern Prose (Translation), Modern Poetry and History of Arabic Literature

Unit: I Modern Prose (Translation) (lesson no 1 to 4) No. of Hours Allotted: 12


(Duroosullughatil Arabiyyah Part II (by Dr V Abdul Raheem) Lesson no 1 (reading, writing, speaking and translation from Arabic to English and vise verse)

3

(Duroosullughatil Arabiyyah Part II (by Dr V Abdul Raheem) Lesson no 2(reading, writing, speaking and translation from Arabic to English and vise verse)

3


3


3

Total hours 12

Unit: II Modern Prose (Translation) (lesson no 5 to 7) No. of Hours Allotted: 12



4


4


4

Total hours 12

Unit: III Modern Prose (Translation) (lesson no 8 to 10) No. of Hours Allotted: 12



4


4


4

Total hours

12

Unit: IV Modern Poetry No. of Hours Allotted: 12


Ifriqia by Shouqi (explanation, reference, translation ) 1

Qalbi liljami by Hirawi (explanation, reference, translation ) 1

Tahiyatul liqa by Hirawi (explanation, reference, translation )

1

Akhaka wa ibn Ammaka by Miskin Al Darmi (explanation, reference, translation )

2

Athratul lisan by Jafar bin Mohammed (explanation, reference, translation ) 1

Fazlul lughat by Safiuddin Al Hilli (explanation, reference, translation )

2

Al Tair by Hirawi (explanation, reference, translation )

1

Al Nasheed Al Madrasi by Hirawi (explanation, reference, translation )

1

Al Kitab by a writer (explanation, reference, translation )

1

Unshudatul ied by a writer(explanation, reference, translation )

1

Total hours

12

Unit: V History of Arabic Literature No. of Hours Allotted: 12


Importance of Arabic language, the properties of Arabic language, its grammar,

totalitarianism of meaning, melody, synonyms and antonyms, similarity of forms and

rhymes of words and vastness and ability for adoption

2

Literature, prose, proverbs, Oratory and good advices 1

Poetry, different forms of Arabic poetry, importance of poetry and narration of poetry 1

Main features of pre Islamic poetry 1

Literary gathering and fairs 1

Grouping of poets, Jahili, Mukhazarami, Islamic and Muwallideen or Muhadditeen

1

Mu’allaqat, the composers of Mu’allaqat 1

Imra’ul Qais, poetry of Imra’ul Qais 1

Zuhair bin Abi Salma, Tarfah bi Al Abd 1

Labid bin Rabia, Hatim Al Tai 1

Shanfari and Ta’abbata Sharra 1

Total hours

12

Dr. Syed Misbahuddin Hussaini Dr. Syed Misbahuddin Hussaini

Name of the Teacher: I/C Head, Department of Arabic


BIOTECHNOLOGY LESSON PLAN FOR THE ACADEMIC YEAR 2016-2017 (SEMESTER-I) CLASS: BSC I YR (CBCS) SECTION: BIOTECHNOLOGY COURSE/ PAPER: I (FUNDAMENTALS OF BIOTECHNOLOGY) NO OF HOURS ALLOTED: 15 UNIT: I

TOPICS TO BE COVERED NO OF HOURS

Introduction to Biotechnology- History ,Nature, Scope and future prospectives 1 Cells as basic units of living organisms- Viruses, Bacteria, Fungi, Micro Algae,

Plant and Animal cells 3

Ultra-Structure of prokaryotic cell (Cell membrane, Plasmids) 2 Ultra-structure of eukaryotic cell (Cell wall, Cell membrane, Mitochondria,

Chloroplast, Endoplasmic reticulum, Golgi complex 4

Cell division and cell cycle 4

Significance of mitosis and meiosis 1

UNIT: II NO OF HOURS ALLOTED: 15

TOPICS TO BE COVERED NO OF HOURS Outlines of classification microorganisms-five kingdom classification 2 Growth requirements of bacteria, reproduction, growth curve, growth kinetics

(Batch and Continuous) 4

Microbial techniques- media preparation, types of media( selective and differential

media, enriched media, enrichment media, natural and synthetic media),

sterilization, isolation of pure cultures, preservation (Bacteria)

6

Genetics of Bacteria and viruses – Transformation, Conjugation, Transduction 3

UNIT: III NO OF HOURS ALLOTED: 15


DNA as the genetic material – Griffiths experiments on transformation in

Streptococcus pneumoniae. Avery, Mc Leod and Mc Carty‘s experiments Hershey – Chase experiments with radio – labeled T2 bacteriophage

5

RNA as genetic material – Tobacco Mosaic Virus 1 Structure of DNA – Watson and Crick Model

2

Forms of DNA– A, B and Z forms of DNA, Super coiled and related DNA-

Role of topoisomerases. 4

Types of RNA – mRNA, tRNA, rRNA 3

UNIT: IV NO OF HOURS ALLOTED: 15


Replication of DNA. 2

Modes of replication of DNA – Conservative, Semi conservative and Dispersive :

Messelson and stahl experiment.

3

Models of DNA replication – Circular and linear DNA; Bi directional replication (leading

and lagging strand synthesis).

2

Enzymes involved in DNA replication. 4

DNA damage and Repair mechanism. 4

NAME OF THE TEACHER HEAD, DEPARTMENT BIOTECHNOLOGY SIGNATURE: SIGNATURE:

LESSON PLAN FOR THE ACADEMIC YEAR 2016-2017 (SEMESTER-II) CLASS: BSC I YR (CBCS) SECTION: BIOTECHNOLOGY COURSE/ PAPER: II (FUNDAMENTALS OF BIOTECHNOLOGY) UNIT: I NO OF HOURS ALLOTED: 15


Mendel‘s experiments – factors contributing to Mendel‘s experiments 1

Genotype, Phenotype, Dominance, Recessiveness, Homozygote, Heterozygote 1

Test cross, Back cross and Reciprocal crosses 1

Law of segregation – Monohybrid ratio 1

Law of Independent assortment- Dihybrid, Trihybrids 1

Deviation from Mendel Laws – partial or incomplete dominance, co-dominance Over

dominance

1

Epistatic gene interaction- Modified dihybrid ratios (12:3:1, 9:7, 15:1, 9:3:4, 9:6:1,13:3) 2

Penetrance and expressivity, pleiotropism, lethals and sublethals 1

Multiple alleles- ABO blood groups, coat color in Rabbit, Pseudo alleles- Rh factor 1

Genes and environment – Phenocopies 1

Pedigree analysis 1

Characteristics of Polygenes, Examples: skin colour in humans 1

Maternal inheritance- Chloroplasts (ex: variegation in four O clock plants),

Mitochondria (ex: LHON)

2

UNIT: IINO OF HOURS ALLOTED: 15


Linkage, crossing over and recombination-Discovery of linkage, cytological proof of

crossing over

3

Recombination frequency and map distance, Two-point test cross and Three-point test

cross

4

Interference& coincidence 1

Mitotic crossing over in Drosophila 1

Mechanism of sex determination- Genic balance theory- Drosophila, Barr bodies 1

Homogametic and hetero gametic theory (Human, Mammals, Birds and Plants 1

Environmental control of sex determination- Bonellia 1

Sex linked inheritance- X- linkage, sex limited and sex influenced characters 2

Y- linkage – Holandric genes 1

UNIT: III NO OF HOURS ALLOTED: 15


Measures of central values. 2

Measures of dispersion. . Kurtosis and skewness 2

Probability, basic laws and application to Mendelian segregation 2

Concepts of probability distributions. Binomial and poison distributions, Normal

distribution and their application to biology

2

Concepts of sampling and sampling distribution. 1

Statistical inference: test of significance – null and alternative hypothesis, type I and type II

errors, level of significance

3

Hypothesis testing: One sample inference – chi-square test, Two sample inference – paired

t test, Multiple sample inference – one way ANOVA

2

Simple regression and Correlation. 1

UNIT: IV NO OF HOURS ALLOTED: 15


Biological databases – introduction to databases – sequence and structure databases,

specialized databases.

3

Major bioinformatics resources – NCBI, EBI, ExPASy. 2

Sequence analysis and phyogeny: sequence alignment; introduction to scoring matrices PAM

and BLOSSUM; similarity and database searching tools – FASTA, BLAST; introduction to

phylogenetic trees.

6

Drug discovery-ligabd designing and optimization, docking, applications in drug discovery. 4

NAME OF THE TEACHER HEAD, DEPARTMENT BIOTECHNOLOGY SIGNATURE: SIGNATURE:

LESSON PLAN FOR THE ACADEMIC YEAR 2016-2017 (Semester III) Class: B.Sc Section:

Paper:III (BIOCHEMISTRY & METABOLISM

Unit: I (BIOMOLECULES) No. of Hours Allotted: 15


Introduction to carbohydrates- types and characteristics

1

Carbohydrates – general structure and properties of carbohydrates and their functions

in the cell; sterio isomerism and mutarotation

1

Carbohydrates - Monosaccharides (glucose, fructose, mannose, galactose),

Disaccharides (sucrose, lactose, maltose, cellobiose)

1

Carbohydrates- Homo and Hetero polysaccharides (starch, inulin, cellulose, chitin,

hyaluronic acid)

1

Nucleic acids: General structure and properties of nucleic acids and their function in

the cell; -Building blocks of nucleic acids - purines and pyrimidines,

nucleosides, nucleotides, Chargaff‘s rules;

1

Nucleic acids -DNA - double helix structure, properties and function Watson - Crick

Model (B-DNA),

1

Nucleic acids- deviations from Watson - Crick Model, Other DNA helices (A- & Z-

DNA);

1

Nucleic acids: - RNA - types and functions of m-RNA, t-RNA and r-RNA. 1

Lipids – general structure and properties of lipids and phospholipids and their function

in the cell.

1

Lipids- Fatty acids – classification, structure and properties of saturated and

unsaturated fatty acids; saponifiable and non saponifiable lipids

1

Lipids - Structure and functions of phospholipids (esp. lecithin cephalin, phospotidyl

inositol and phospotidyl serine) spingo myelin.

1

Lipids - Structure and functions of cholesterol. 1

Introduction to Vitamins and coenzymes: classification of vitamins 1

vitamins- fat soluble and water soluble vitamins 1

Vitamins- Biological role and importance of vitamins and their deficiencies. 1

Unit II: Biomolecules –Proteins and Enzymes No of Hours allotted: 15


Introduction to Amino acids and Proteins 1

Amino acids – different types of classification and structure of amino acids. 1

Amino acids -Properties of amino acids, zwitter ion, and stereoisomerism) 1

Proteins - Primary, secondary, tertiary, quaternary levels of protein structure: types of

bonds and forces that stabilize each level– alpha helix and beta sheets;

2

Enzymes: classification and nomenclature of enzymes; General properties of enzymes. 1

Enzymes - Kinetics and Mechanism of enzyme action: Specificity of enzyme action

1

Enzymes - Kinetics of single substrate reactions, Michaelis –Menten‘s equation

2

Regulation of enzyme activity: Allosteric regulation of enzymes 1

Enzymes - Factors influencing enzymatic reactions- ph, temperature, substrate conc,

enzyme concentration

2

Enzyme inhibitions: introduction and types 1

Enzyme inhibition -competitive, non-competitive & uncompetitive inhibitions;

2

Unit: III No of Hours allotted: 15


Introduction to Bioenergetics 1

Types of energetic reactions: catabolism and anabolism 1

Energy generating pathways – Glycolysis and its significance 2

Energy generating pathways – TCA cycle and metabolics 2

Energy generating pathways –ETC (chemiosmatic theory of ATP synthesis) 2

Energy generating pathways -Photosynthesis: light reaction, dark reaction 2

Energy generating pathways- calvin/C3 cycle 2

Energy generating pathways - C4 cycle 1

Energy generating pathways -Gluconeogenesis and its significance 2

Unit – IV No of Hours allotted: 15


Introduction to Lipid metabolism: 1

Degradation of fatty acids by β- oxidation (even and odd chain saturated fatty acids). 2

Protein Metabolism: transamination, deamination and decarboxylation of amino acids 2

Catabolism of amino acids: phenylalanine 1

Catabolism of amino acids: tyrosine (phenylketoneuria and albinism respectively)

2

HORMONES : introduction to hormones and biological significance. 1

HORMONES: Classification based on chemical nature(peptide, steroid hormones and

amino acid derivatives.

2

HORMONES - Hypothalamic and pituitary homones,

2

Hormones - thyroid hormones and adrenal hormones, 1

Hormones of gonads, gastrointestinal hormones 1

Dr. Sambashiva Daravath

Name of the Teacher: Head, Department of


LESSON PLAN FOR THE ACADEMIC YEAR 2016-2017 (Semester IV)

Class: B.Sc Section:

Paper:IV (BIOPHYSICAL CHEMISTRY AND INSTRUMENTATION

Unit: I No. of Hours Allotted: 15


Introduction to PH and Buffers 1

Molecules and Interactions- Strong and Weak interactions in Biomolecules: Ionic,

Covalent, Hydrogen bond, Vanderwaals forces.

2

Laws of Thermodynamics- types of thermodynamics. 2

Introduction to Microscopy- Principles and applications. 1

Light and Electron microscopy - Dark field, Bright field, 1

Phase contrast, Fluorescent Microscope, 1

Scanning and Transmission Electron microscopy. 2

Introduction to Spectroscopy- Principles and applications 1

UV and Visible Spectroscopy 2

Colorimetry- Principles and applications of colorimetry 2

Unit II: No of Hours allotted: 15


Introduction to chromatographic techniques 1

Chromatography- Principles and applications of Chromatography. 1

Chromatography- paper, Thin Layer, 2

Ion Exchange Chromatography 2

Gel Filtration and Affinity chromatography 2

Chromatography - HPLC. 2

Electrophoresis- Principle of Electrophoresis, support media, Agarose,

polyacrylamide.

2

Types of Electrophoresis- SDS-PAGE, 1

AGE ( Agarose gel Electrophoresis), Immuno Electrophoresis. 2

Unit: III No of Hours allotted: 13


Introduction to centrifugation technique and its importance 1

Centrifugation- Basic Principles and applications of Centrifugation. 1

Types of Centrifuges- Differential Centrifugation, 1

Types of Centrifuges -Density Gradient Centrifugation

(Rate zonal, isopycnic centrifugation),

2

Types of Centrifuges -Ultra Centrifugation and its mechanism

2

Radioactive isotopes and their types, measures of Radioactivity, 2

GM Counter and Scintillation Counter.

2

Applications of Radio isotopes in medicine and diagnosis.

2

Unit – IV No of Hours allotted: 10

Dr. Sambashiva Daravath




Introduction to Autoradiography and its mechanism 2

Dialysis types and medical importance 2

Ultrafiltration. 2

Lyophilization. 2

Biosensors-principles and applications in Medical diagnosis, industrial, agriculture,

Environmental monitoring.

2

LESSON PLAN FOR THE ACADEMIC YEAR 2016-2017

Class:BSc III year(NON CBCS) Paper V(MOLECULAR BIOLOGY)

Section: Biotechnology No.of Hours Alloted:15 Unit I

Topics to be covered No.of

Hours

Chemical composition of DNA- GC content C-Value and C- Value paradox

2

Reassociation kinetics of DNA- Denaturation and renaturation, Melting temperature( Tm values), Cot curves

3

Kinetic classes of DNA- Single copy sequences, repeated sequences, inverted, tandem and Palindromic repeats

3

Eukaryotic chromosome morphology- Centromere and Telomere Structure of specialized chromosomes (Polytene and Lamp Brush) Euchromatin and heterochromatin

3

Classification of chromosomes- karyotype 1

Chromosomal aberrations-structural and numerical 3

Unit ii


Hours

Nuclear genome organization ( Viruses, Prokaryotes, Eukaryotes)

5

Satellite DNA 1

Mitochondrial genome organization (Human) 1

Chloroplast genome organization (Plants) 1

Organization of eukaryotic genes- gene numbers- essential genes

2

Exons, introns, promoters and terminators 2

Gene families and clusters- Globin, Histone and Ribosomal genes 3

Unit iii

Topics to be covered No.of Hours

Transcription 5

Post-transcriptional modifications (Capping, polyadenylation,

splicing and alternate Splicing)

2

Translation -Genetic code and its features, single letter notation for amino acids, Wobble HypothesisSynthesis of polypeptides- initiation, elongation and termination in prokaryotes and Eukaryotes

4

Regulation gene expression in prokaryotes-Lac operon and eukaryotes

3

Mating types in yeasts

1

Class:BScIIIyr(NON CBCS) Paper VI(GENETIC ENGINEERING) Section:BiotechnologyNo.of Hours Alloted:15

Unit I


Enzymes used in gene cloning a) Restriction endonucleases b) Polymerases c) Ligases d) Phosphatases e) Kinases f) Methylases

3

Properties of vectors Cloning and expression vectors- Baculovirus vector system

2

Plasmids: Classification, basic features, size and copy number plasmid incompatibility, plasmid vectors (pBR322, pBR327, pUC)

4

Phage vectors: Insertional vectors (λgt), Replacement vectors (EMBL) m-13 vectors

4

Cosmids 1

Shuttle vectors 1

Unit ii


hours

Construction of Genomic and c-DNA libraries 3

Selection of recombinant clones a) Genetic selection b) Blotting techniques- Southern, Northern and Western c) Hybrid released translation (HRT), Hybrid arrested translation (HART)

4

Principles and applications of PCR Technology 3

DNA Finger printing technique and its applications 2

Applications of genetic engineering (Insulin, Stomatostatin, Vaccines and Golden rice)

3

Unit iii

Topics to be covered No. of hours

Immunity- Innate and Acquired immunity 1

Introduction to immune system – Organs and cells of the immune system Generation of antibody diversity

2

Antigens, Haptens: Physico-chemical characteristics 2

Structure of different immunoglobulins and their function Primary and secondary immune response

3

Antigen – antibody reaction 1

The Major Histocompatiblity gene complex and its role in organ transplantation

2

Hypersensitivity – Coombs classification, types of hypersensitivity 2

Autoimmune diseases – mechanism of autoimmunity 2

Name of the teacher Head,department of Biotechnology

Signature Signature

Paper VII(APPLICATIONS OF BIOTECHNOLOGY-1) Title-ANIMAL AND INDUSTRIAL BIOTECHNOLOGY

Unit I No.of Hours Alloted:15

Topics to be covered No.of hours

Introduction to animal biotechnology 1

Importance of live stock production – Inbreeding, Line breeding, Outbreeding and Cross breeding

4

Molecular markers and their use in breeding 3

In vitro- fertilization and embryo transfer, artificial insemination,

multipleovulation Fertilization of ova, in vitro culture of embryo, and embryo transfer

4

Cloning of animals 3

Unit ii


hours

Methods of gene transfer- Microinjection, Electroporation, Liposome and Viral mediated gene transfer techniques

2

Production of transgenic animals and molecular pharming 2

Transgenic animal models for studying diseases 2

Principles of ex vivo and in vivo gene therapy 2

Principles of animal cell culture – culture vessels, media preparation,

sterilization, Types of cultures, Explants and cell disaggregationEstablishment and preservation of cell lines

3

Culture of cells and tissues (Stem cells and their application 2

Animal cells as bioreactors- Production of human growth hormone, α and β

interferons and monoclonal antibodies Expression and over production of targeted proteins

2

Unit iii


hours

Introduction to industrial biotechnology 1

Primary and secondary metabolic products of microorganisms 1

Screening, isolation and preservation of industrial microorganisms 3

Principles of fermentation technology 1

Commercial production of fuels and chemicals by microbial fermentations 2

Fermentative production of microbial enzymes(amylases and proteases) and antibiotics

3

Fermentative production of foods and dairy products 2

Good manufacturing practices, Biosafety issues Bioethics 1

Intellectual property Rights and patenting issues 1


Signature Signature

SEMESTER VI LESSON PLAN FOR THE ACADEMIC YEAR 2016-2017

Class:BScIIIyr(NON CBCS) Section:Biotechnology

Paper VIII(APPLICATIONS OF BIOTECHNOLGY-2) Title-PLANT AND ENVIRONMENTAL BIOTECHNOLOGY

Unit I No.of Hours Alloted:15

Topics to be covered No.of hours

Composition of media (Murashige and Skoog’s and Gamborg’s only) Preparation of media and methods of sterilizations

4

Role of micronutrients and plant growth regulators in differentiation 2

Induction of Callus 2

Meristem culture and production of virus free plants 3

Clonal propagation plants on a commercial scale( Somatic

embryogenesis and Organogenesis)

4

Unit ii


Mass cultivation of cell cultures and process engineering- batch and

continuous

2

Bioreactors 2

Production of useful compounds by plant cell cultures (Shikonin, alkaloids, food additives) Production of useful compounds by plant cell cultures (Shikonin, alkaloids, food additives)

4

Biotransformation by plant cell cultures(Digitoxin,β-methyl digitoxin

2

Production of therapeutic proteins from transgenic plants

2

Application of recombinant DNA technology in agriculture

3

Unit iii


Introduction to environmental biotechnology 1

Renewable and nonrenewable energy resources 2

Conventional energy sources and their impact on environment 1

Non-conventional fuels and their impact on environment(biogas, bioethanol, microbial hydrogen production)

1

Microbiological quality of milk, food and water 2

Microbiological treatment of municipal and industrial effluents 2

Microbial degradation of pesticides and toxic chemicals 2

Biopesticides and biofertilizers(Nitrogen fixing, phosphate solubilizing microorganisms)

2

Microbial ore leaching 1

Introduction to Bioremediation 1


Signature Signature

COMMERCE NIZAM COLLEGE: DEPARTMENT OF COMMERCE

LESSON PLAN FOR THE ACADEMIC YEAR 2016-17(SEMESTER II) CLASS:B.COM -I YEAR COURSE/PAPER: FOREIGN TRADE UNIT: INTRODUCTION

NO. OF HOURS ALLOTTED: 8

TOPICS TO COVERED NO.OF HOURS

Foreign Trade: Meaning and Definition - Types – Documents used-Commercial Invoice – Bills of Lading / Airway Bill – Marine Insurance Policy and Certificate

4

– Bills of Exchange – Consumer Invoice – Customs Invoice – Certificate of Origin – Inspection Certificate – Packing List.

4

UNIT: BALANCE OF TRADE AND BALANCE OF PAYMENTS NO. OF HOURS ALLOTTED: 8


Introduction – Meaning - Components of BOT & BOP - Concept of Disequilibrium – 4

Causes -Remedies for Correcting Balance of Payments in International Trade 4

UNIT: INDIAN TRADE POLICY NO. OF HOURS ALLOTTED: 8


Importance and its Implementation - Exchange Control – Objectives - 4

Exchange Rate -Adjustments – Devaluation – Revaluation - Depreciation of Currency. 4

UNIT: FOREIGN TRADE & ECONOMIC DEVELOPMENT NO. OF HOURS ALLOTTED: 8


Growth - Significance of Foreign Trade – Merits - Demerits - Regional Economic Groupings –.

4

SAARC - ASEAN – BRICS - Free Trade Area - Common Markets - Economic Union - European Union

4

Name of the Teacher: K.ASHWINI Head, Department of Commerce Signature : Signature:

LESSON PLAN FOR THE ACADEMIC YEAR 2016-17(SEMESTER II) CLASS:B.COM -I YEAR COURSE/PAPER:FOREIGN TRADE UNIT: INTERNATIONAL ECONOMIC INSTITUTIONS NO. OF HOURS ALLOTTED: 8


IMF: Objectives - Functions - World Bank: Objectives – Functions - Subsidiaries of World Bank –

4

IMF Vs. IBRD – UNCTAD: Introduction – Aims - Features – WTO: Introduction – Aims - Features – Agreements – NDB- Functions- AIIB-Functions

4

Name of the Teacher: K.ASHWINI Head, Department of Commerce Signature : Signature:

NIZAM COLLEGE: DEPARTMENT OF COMMERCE LESSON PLAN FOR THE ACADEMIC YEAR 2016-17 (SEMESTER)

CLASS: B.COM COURSE/PAPER: ADVANCED ACCOUNTING UNIT: ACCOUNTING FOR NON-PROFIT ORGANIZATIONS NO. OF HOURS ALLOTTED: 13


Non-Profit Entities – Features –Accounting Process- Preparation of Summaries 1

Receipts and Payments Account – Meaning and Features 1

Receipts and Payments Account - Procedure for Preparation – Uses and Limitations 4

Income and Expenditure Account – Meaning and Features 1

Income and Expenditure Account - Procedure for Preparation – Uses and Limitations 4

Preparation of Balance Sheet 2

CLASS: B.COM COURSE/PAPER: ADVANCED ACCOUNTING UNIT: PARTNERSHIP ACCOUNTS-I NO. OF HOURS ALLOTTED: 10


Meaning – Legal provisions in the absence of Partnership Deed 1

Capital Accounts (Fixed and Fluctuating) 1

Preparation of Final Accounts 3

Accounting Treatment of Goodwill 2

Admission of a Partner 3

Name of the Teacher: K SRINIVAS Head, Department of Commerce Signature : Signature:

LESSON PLAN FOR THE ACADEMIC YEAR 2016-17 (SEMESTER)

CLASS: B.COM COURSE/PAPER: ADVANCED ACCOUNTING UNIT: PARTNERSHIP ACCOUNTS–II NO. OF HOURS ALLOTTED: 6


Accounting treatment of Retirement of a Partner 2

Accounting treatment of Death of a Partner 2

Dissolution of Firm 2


CLASS: B.COM COURSE/PAPER: ADVANCED ACCOUNTING UNIT: ISSUE OF SHARES, DEBENTURES, AND BONUS SHARES NO. OF HOURS ALLOTTED: 9


Issue of Shares at par, premium and discount 3

Prorata allotment 2

Forfeiture and Re-issue of Shares 2

Issue of Debentures with Conditions of Redemption 1

Accounting of Bonus Shares 1

COURSE/PAPER: ADVANCED ACCOUNTING UNIT: COMPANY FINAL ACCOUNTS NO. OF HOURS ALLOTTED: 9


Companies Act 2013: with respect to accounting procedure 1

Structure – General Instructions for preparation of Balance Sheet and Statement of Profit and Loss

2

Part-I: Form of Balance Sheet 2

Part-II: Statement of Profit and Loss 2

Preparation of Final Accounts of Companies 2

- Name of the Teacher: K SRINIVAS Head, Department of Commerce : Signature: Signature :

NIZAM COLLEGE: DEPARTMENT OF COMMERCE LESSON PLAN FOR THE ACADEMIC YEAR 2016-17 (SEMESTER)

CLASS: M.COM COURSE/PAPER: INVESTMENT MANAGEMENT UNIT: INTRODUCTION NO. OF HOURS ALLOTTED: 11


Investment Management - Meaning – Characteristics – Importance 2

Objectives – Factors of Sound Investment 1

Investment Environment – Investment Media – Principles of Investment 2

Speculation – Gambling 1

Investment Process 1

Financial Assets: Meaning – Classification – Shares – Debentures – Bonds 3

Innovative Financial Assets- Properties of Financial Assets 1


CLASS: M.COM COURSE/PAPER: : INVESTMENT MANAGEMENT UNIT: INDIAN CAPITAL MARKETS - AN OVERVIEW NO. OF HOURS ALLOTTED: 12


Primary Market: Meaning – Growth and Development 1

Role of NIM – Methods of Issues – Parties Involved 2

Allotment Process – Investor Protection – Recent Trends 2

Secondary Market: Meaning – History 1

Functions – Regulatory Framework 1

Listing and Delisting of Securities –

1

Trading Procedure 2

Stock Exchanges in India – Growth of Stock Exchanges in India 1

SEBI – Its Functions and Role 1


LESSON PLAN FOR THE ACADEMIC YEAR 2016-17 (SEMESTER) CLASS: M.COM COURSE/PAPER: : INVESTMENT MANAGEMENT UNIT: RISK AND RETURN ANALYSIS NO. OF HOURS ALLOTTED:


Return: Meaning – Holding Period Return – Equivalent Annual Return – Expected Value of Return – Measuring Returns

2

Measuring Average Returns over Multiple Period – Arithmetic Average 2

Measuring Average Returns over Multiple Period –Geometric 2

Measuring Average Returns over Multiple Period Rupee Weighted Average Return 2

Risk: Meaning – Sources of Risk – Market Risk 1

Interest Risk – Interest Rate Risk – Purchasing Power Risk – Business Risk – Financial Risk

2

Types of Risk – Systematic Risk – Unsystematic Risk 1

Risk Aversion and Risk Premium 2

Measurement of Risk – Range as a Measure of 2

Measurement of Risk – Standard Deviation as a Measure of Risk 2

Measurement of Risk –β as a Measure of Risk 2


LESSON PLAN FOR THE ACADEMIC YEAR 2016-17 (SEMESTER) CLASS: M.COM COURSE/PAPER: INVESTMENT MANAGEMENT UNIT: PORTFOLIO ANALYSIS NO. OF HOURS ALLOTTED: 18


Portfolio Analysis: Meaning – Traditional Vs Modern Portfolio Analysis 1

Return on Portfolio – Risk on Portfolio 1

Diversification of Investments – Reduction of Portfolio Risk through Diversification 2

Security Returns Perfectly Positively Correlated 2

Security Returns Perfectly Negatively Correlated 2

Security Returns Uncorrelated 2

Markowitz Model: Assumptions – Parameters 1

Effect of Combining Two Securities – Interactive Risk Through Covariance 3

Coefficient of Correlation – Change in Portfolio Proportions 2

Concept of Dominance – Limitations of Markowitz Model 2


LESSON PLAN FOR THE ACADEMIC YEAR 2016-17 (SEMESTER) CLASS: M.COM COURSE/PAPER: INVESTMENT MANAGEMENT UNIT: PORTFOLIO SELECTION NO. OF HOURS ALLOTTED: 10


Portfolio Selection: Meaning – Feasible Set of Portfolios 1

Efficient Set of Portfolios Selection of Optimal Portfolios 2

Sharpe Single Index Model: Measuring Security Return and Risk 1

Measuring Portfolio Return and Risk 3

Multi Index Model 3

Name of the Teacher: K SRINIVAS Head, Department of Commerce : Signature: Signature :

NIZAM COLLEGE: DEPARTMENT OF COMMERCE LESSON PLAN FOR THE ACADEMIC YEAR 2016-17(SEMESTER V)

CLASS:B.COM -III YEAR COURSE/PAPER:TAXATION-I UNIT:INDIAN TAXATION SYSTEM NO. OF HOURS ALLOTTED: 10


Overview of Direct taxes- Definitions and Basic Concepts of Income Tax: Assessee – Deemed Assessee – Assessee-in-default – Assessment Year – Previous Year – Person

– Income – Gross Total Income – Total Income

5

– Income Tax general rule and Exemptions to the Rule 3

Incomes Exempt from Tax – Agricultural income and its assessment – Tax Evasion Vs.

Tax Avoidance

2

Name of the Teacher: SONAKSHI JAISWAL Head, Department of Commerce Signature : Signature:

LESSON PLAN FOR THE ACADEMIC YEAR 2016-17(SEMESTER V)

CLASS:B.COM -III YEAR COURSE/PAPER:TAXATION-I UNIT:BASIS OF CHARGE NO. OF HOURS ALLOTTED: 10


Residential Status and Scope of Total Income: Meaning of Residential Status –

Conditions applicable to an IndVidual Assessee 3

Incidence of Tax – Types of Incomes 2

Problems on computation of Total Income of an IndVidual based on Residential Status.

5


LESSON PLAN FOR THE ACADEMIC YEAR 2016-17(SEMESTER V) CLASS:B.COM -III YEAR COURSE/PAPER:TAXATION-I UNIT:INCOME FROM SALARY NO. OF HOURS ALLOTTED: 10


Definition of ‗Salary‘ – Characteristics of Salary – Computation of Salary Income: Salary u/s 17(1)

3

Annual Accretion – Allowances – Perquisites – Profits in lieu of Salary – Deductions u/s. 16

2

Problems on computation of Income from Salary.

5


LESSON PLAN FOR THE ACADEMIC YEAR 2016-17(SEMESTER V) CLASS:B.COM -III YEAR COURSE/PAPER:TAXATION-I UNIT:INCOME FROM HOUSE PROPERTY NO. OF HOURS ALLOTTED: 10


Definition of ‗House Property‘ – Exempted incomes from House Property – Annual Value

2

Determination of Annual Value for Let-out House and Self-occupied House – Deductions u/s.24 out of Annual Value of Let-out and Self-occupied House Properties

3

– Problems on computation of Income from House Property.

5


LESSON PLAN FOR THE ACADEMIC YEAR 2016-17(SEMESTER V) CLASS:B.COM -III YEAR COURSE/PAPER:TAXATION-I UNIT:DEPRECIATION AND INCOME FROM BUSINESS AND PROFESSION NO. OF HOURS ALLOTTED: 10


Depreciation- Meaning – Conditions for charge of depreciation – Assets used for

Business – Block of Assets – Rates of Depreciation – Miscellaneous Provisions about

depreciation – Computation of Depreciation

5

problems on computation of Income from Business -Income from Profession: Rules thereof – procedure – Problems on computation of Income from Profession.

5


LESSON PLAN FOR THE ACADEMIC YEAR 2016-17(SEMESTER V) CLASS:B.COM -III YEAR COURSE/PAPER:TAXATION-I UNIT:INDIAN TAXATION SYSTEM NO. OF HOURS ALLOTTED: 10


Overview of Direct taxes- Definitions and Basic Concepts of Income Tax: Assessee –

Deemed Assessee – Assessee-in-default – Assessment Year – Previous Year – Person – Income – Gross Total Income – Total Income

5

– Income Tax general rule and Exemptions to the Rule 3

Incomes Exempt from Tax – Agricultural income and its assessment – Tax Evasion Vs.

Tax Avoidance

2


LESSON PLAN FOR THE ACADEMIC YEAR 2016-17(SEMESTER V) CLASS:B.COM -III YEAR COURSE/PAPER:TAXATION-I UNIT:BASIS OF CHARGE NO. OF HOURS ALLOTTED: 10


Residential Status and Scope of Total Income: Meaning of Residential Status –

Conditions applicable to an IndVidual Assessee 3

Incidence of Tax – Types of Incomes 2

Problems on computation of Total Income of an IndVidual based on Residential Status.

5


LESSON PLAN FOR THE ACADEMIC YEAR 2016-17(SEMESTER V) CLASS:B.COM -III YEAR COURSE/PAPER:TAXATION-I UNIT:INCOME FROM SALARY NO. OF HOURS ALLOTTED: 10


Definition of ‗Salary‘ – Characteristics of Salary – Computation of Salary Income:

Salary u/s 17(1) 3

Annual Accretion – Allowances – Perquisites – Profits in lieu of Salary – Deductions u/s. 16

2

Problems on computation of Income from Salary.

5


LESSON PLAN FOR THE ACADEMIC YEAR 2016-17(SEMESTER V) CLASS:B.COM -III YEAR COURSE/PAPER:TAXATION-I UNIT:INCOME FROM HOUSE PROPERTY NO. OF HOURS ALLOTTED: 10


Definition of ‗House Property‘ – Exempted incomes from House Property – Annual Value

2

Determination of Annual Value for Let-out House and Self-occupied House – Deductions u/s.24 out of Annual Value of Let-out and Self-occupied House Properties

3

– Problems on computation of Income from House Property.

5


LESSON PLAN FOR THE ACADEMIC YEAR 2016-17(SEMESTER V) CLASS:B.COM -III YEAR COURSE/PAPER:TAXATION-I UNIT:DEPRECIATION AND INCOME FROM BUSINESS AND PROFESSION NO. OF HOURS ALLOTTED: 10


Depreciation- Meaning – Conditions for charge of depreciation – Assets used for Business – Block of Assets – Rates of Depreciation – Miscellaneous Provisions about

depreciation – Computation of Depreciation

5

problems on computation of Income from Business -Income from Profession: Rules

thereof – procedure – Problems on computation of Income from Profession.

5


LESSON PLAN FOR THE ACADEMIC YEAR 2016-17(SEMESTER V) CLASS:B.COM -III YEAR COURSE/PAPER:TAXATION-II UNIT:INCOME FROM CAPITAL GAINS AND OTHER SOURCES



Introduction - Meaning – Scope of charge – Basis of charge – Short term and Long

term Capital Assets – Transfer of Capital Asset – Deemed Transfer – Transfer not

regarded as Transfer – Determination of Cost of Acquisition – Procedure for

computation of Long-term and Short-term Capital Gains/Losses – Exemptions in respect of certain Capital Gains u/s. 54 – Problems on computation of capital gains.

5

General Incomes u/s. 56(1) – Specific Incomes u/s. 56(2) – Dividends u/s. 2(22) –

Interest on Securities – Gifts received by an Individual – Casual Income – Family Pension – Rent received on let out of Furniture- Plant and Machinery with/without

Building – Deductions u/s. 57 - Problems on computation on Income from Other

Sources.

5


LESSON PLAN FOR THE ACADEMIC YEAR 2016-17(SEMESTER V) CLASS:B.COM -III YEAR COURSE/PAPER:TAXATION-II UNIT:ASSESSMENT OF INDIVIDUALS NO. OF HOURS ALLOTTED: 10


Income of other persons included in the total income of Assessee – Income from Firm

and AOP – Clubbing Provisions – Deemed Incomes – Provisions of set-off and Carry forward of losses –

5

Computation of Gross Total Income – Deduction from GTI u/s 80C to 80U –

Computation of Taxable Income - Computation of Tax Liability – Applicability of

Alternate Minimum Tax on Individual u/s 115JC – Computation of tax liability - Income tax returns – Types of returns – Filing of e-return – Assessment – Types of

assessment

5


LESSON PLAN FOR THE ACADEMIC YEAR 2016-17(SEMESTER V) CLASS:B.COM -III YEAR COURSE/PAPER:TAXATION-II UNIT:CENTRAL EXCISE ACT NO. OF HOURS ALLOTTED: 10


Central Excise Tariff Act – Principles of Classification – Chapter Notes and Section Notes – Kinds of Excise Duty – Specific Duty - Tariff Value Based on Maximum Retail

5

- Compounded levy - Advalorem Duty – Assessable Value – Transaction Value – Inclusions in and Exclusions from Transactional Value – Computation of Assessable Value

5


LESSON PLAN FOR THE ACADEMIC YEAR 2016-17(SEMESTER V)

CLASS:B.COM -III YEAR COURSE/PAPER:TAXATION-II UNIT:CUSTOMS ACT NO. OF HOURS ALLOTTED: 10


Meaning and purpose of Customs Duty – Charging Section -Definitions: Assessment – Baggage - Coastal Goods - Customs Station - Customs Area - Dutiable Goods – Export - Export Goods – Goods - Foreign Going Vessel – Import - Imported Goods – Indian Customs Waters – Stores - Smuggling

5

Types of Duties – Customs Tariff Act 1975 Import Procedure – Valuation of Imported Goods – Assessment – Levy and Collection of Duty – Refund of Duty – Remission and Abatement of duty

5

LESSON PLAN FOR THE ACADEMIC YEAR 2016-17(SEMESTER V) CLASS:B.COM -III YEAR COURSE/PAPER:TAXATION-II UNIT:VALUE ADDED TAX AND SERVICE TAX NO. OF HOURS ALLOTTED: 10


VALUE ADDED TAX (VAT) -Historical Background, Important Terms and

Definitions - Statement of Objects 5

SERVICE TAX - Historical Background – Overview of specified taxable services – Understand the taxability of specified services – Valuation – Export of Services – Payment of Service Tax – Registration – CENVAT Credit – Assessment Procedure – Offences – Penalties and Prosecution – Appeals- Education Cess – Swatch tax

5


LESSON PLAN FOR THE ACADEMIC YEAR 2016-17(SEMESTER V) CLASS:B.COM -III YEAR COURSE/PAPER:TAXATION-II UNIT:INCOME FROM CAPITAL GAINS AND OTHER SOURCES



Introduction - Meaning – Scope of charge – Basis of charge – Short term and Long

term Capital Assets – Transfer of Capital Asset – Deemed Transfer – Transfer not regarded as Transfer – Determination of Cost of Acquisition – Procedure for

computation of Long-term and Short-term Capital Gains/Losses – Exemptions in

respect of certain Capital Gains u/s. 54 – Problems on computation of capital gains.

5

General Incomes u/s. 56(1) – Specific Incomes u/s. 56(2) – Dividends u/s. 2(22) –

Interest on Securities – Gifts received by an Individual – Casual Income – Family

Pension – Rent received on let out of Furniture- Plant and Machinery with/without

Building – Deductions u/s. 57 - Problems on computation on Income from Other Sources.

5


LESSON PLAN FOR THE ACADEMIC YEAR 2016-17(SEMESTER V) CLASS:B.COM -III YEAR COURSE/PAPER:TAXATION-II UNIT:ASSESSMENT OF INDIVIDUALS NO. OF HOURS ALLOTTED: 10


Income of other persons included in the total income of Assessee – Income from Firm

and AOP – Clubbing Provisions – Deemed Incomes – Provisions of set-off and Carry forward of losses –

5

Computation of Gross Total Income – Deduction from GTI u/s 80C to 80U –

Computation of Taxable Income - Computation of Tax Liability – Applicability of

Alternate Minimum Tax on Individual u/s 115JC – Computation of tax liability - Income tax returns – Types of returns – Filing of e-return – Assessment – Types of

assessment

5

CLASS:B.COM -III YEAR COURSE/PAPER:TAXATION-II UNIT:INTRODUCTION TO GST NO. OF HOURS ALLOTTED: 10


Overview of GST-Meaning,definition,Commencement of GST-Classification of GST-Terminology-Administration

4

Classification of officers under CGST and SGST-Powers-Appointment 2

Supply-meaning-times of supply of goods and services-provisions under supply 2

Registration of GST:Amendment,Cancellation and Revocation of GST 2

CLASS:B.COM -III YEAR COURSE/PAPER:TAXATION-II UNIT:COMPUTATION OF GST NO. OF HOURS ALLOTTED: 10


Levy and collection of CGST/SGST-Composition levy-Taxable Person-Power to grant exemption from tax

5

Remission from tax on supplies found deficient in quantity-Input tax credit-Manner of collection-taking Input tax credit in respect of inputs in job work

2

Manner of distribution of credit by input service distributor -Manner of recovery of credit distributed in excess

2

Accounts and Records-Period of retention of accounts-tax invoices-returns-furnishing details-inward/outward supplies

2

First Return-Payment of tax,interest,penalty and other interests 1

Transfer of input tax credit,Refund of tax,Interest on delayed funds,

1

Electronic Commerce:Collection of tax at source-Assessment-Self Assessment-Provisional Assessment

2


NIZAM COLLEGE: DEPARTMENT OF COMERCE

LESSON PLAN FOR THE ACADEMIC YEAR: 2016-2017 (SEMESTER- I ) CLASS: M.Com I year (previous)

COURSE/PAPER: Financial Management UNIT: I- Introduction NO. OF HOURS ALLOTTED:10

TOPICS TO BE COVERED NO.OF HOURS

Financial management: meaning – Evolution – 2

Organization of Finance Function – Financial Decisions – Goals of Financial Management-

2

Agency Problem – changing Role Of Finance Manager( Theory) 2

Time Value of Money: Meaning 2

Rationale of Time Preference for Money- Future Value – Present Value( including problems)

2

Name of the Teacher: Dr. Srinivas Reddy Head, Department of Commerce Signature : Signature: CLASS: M.Com I year (previous)

COURSE/PAPER: Financial Management UNIT: II-Capital Budgeting NO. OF HOURS ALLOTTED:10


Capital Budgeting: meaning- importance- Process- Kinds of Decisions- cash Flows Estimation

1

Techniques of capital Budgeting – traditional Techniques: pay back period – Accounting / Average Rate Of return

3

Discounting Techniques – Discounting paybackperiod – Net Present Value – Internal rate of Return – Profitability index- NPV vs IRR – capital budegeting( Including Problems).

3

Risk analysis in capital Budgeting Decisions: sources and perspectives of Risk – Traditional Tools – Pay back period – Risk adjusted Discount rate – Certainity equivalent coefficient of Variation – and Decision tree Analysis( including problems).

3

Name of the Teacher: Head, Department of Commerce Signature : Signature:

CLASS: M.Com I year (previous)

COURSE/PAPER: Financial Management UNIT: III – Working capital management NO. OF HOURS ALLOTTED:10


Working capital :Meaning – kinds – Determinants – sources and levels – Estimation of working capital requirements ( including problems)

2

cash management : Nature of cash – motives of holding Cash- Objectives of cash management

2

Factors determining cash need – cash cycle – facets of cash management – cash forecasting and budgeting

2

Accounts Receivable management : Meaning – objectives- cost benefit analysis – credit standards – credit Terms – collection of receivales ( including problems).

2

Inventory management :meaning – components of inventory- Motives of holding Inventory – objectives of Inventory management – tools and Techniques of inventory control (including problems)

2

Name of the Teacher: Head, Department of Commerce Signature : Signature: CLASS: M.Com I year (previous)

COURSE/PAPER: Financial Management UNIT: IV- Financing Decisions NO. OF HOURS ALLOTTED:10


Cost of Capital: meaning – Significance- classification of costs- computation of specific cost of capital

2

cost of Debt- cost of preference Share Capital – cost Equity share capital and cost of retained earnings

2

Computation of weighted average and marginal cost of capital ( including problems)

2

Leverages: Meaning – Types- EBIT- EPS Analysis – degree of leverage – operating and financial leverage- Degree of combined leverage- Indifference point ( including problems)

2

Capital structure: meaning – determinants – theories – net Income approach – net operating approach – Traditional approach – MM approach( including problems)

2


CLASS: M.Com I year (previous)

COURSE/PAPER: Financial Management UNIT: V- Dividend decisions NO. OF HOURS ALLOTTED:10


Dividend policy: meaning- types of dividend policies – factors influencing dividend policy – forms of dividends( theory)

5

Dividend theories: Relevance Theories – Walter’s model – Gorden’s model – Irrelavance Theory – MM Hypothesis( including problems)

5

CLASS: M.Com -final

COURSE/PAPER: FINANCIAL SERVICES UNIT: I NO. OF HOURS ALLOTTED:10


Meaning – classification – traditional activities- financial sector reforms and financial innovations in India – banking and Non-banking services

2

Financial products and services: merchant banking , loan syndication, leasing, mutual funds , factoring, forfeiting, venture capital .

2

Custodial services, corporate services, advisory services, depository services, securitization, under-writing services( banks and insurance)

2

Bank services: Bank Assurance services, credit rating , credit cards, derivatives, mergers, acquisitions and amalgamations, services in Forex market

2

Letter of credit- Innovative finance instruments- micro credit finance- importance and different products/ schemes- challenges facing the financial sevices sector.

2

CLASS: M.Com -final

COURSE/PAPER: financial services UNIT: II – LEASE, HIRE PURCHASE AND HOUSING FINANCE NO. OF HOURS ALLOTTED:10


Leasing: Financial lease and Operating lease- lease Vs HirePurchase- types of Financial leasing

2

Advantages of leasing- Consideration under lease Vs. Buy decision –leasing in india –Problems of leasing companies- RBI guidelines on leasing and finance companies.

2

Hire purchase- terms of the agreement, under hire purchase-types of hire purchase-advantages

2

Housing Finance: Housing Finance policy and role of national Housing Bank(NHB)- Housing and Urban Development Corporation(HUDCO)

2

Role of housing Finance corporations and the housing schemes and recent developments

2

CLASS: M.Com -FINAL

COURSE/PAPER: MUTUAL FUNDS UNIT: III NO. OF HOURS ALLOTTED:10


MUTUAL FUND: Fund unit- vs equity share – importance of mutual funds- types of mutual funds

3

Types of mutual funds: open ended funds- close ended funds, income funds, growth funds,

3

Risks involved – organisatin of firm- facilities available to investors- guidelines from the government of India

2

Recent reforms in mutual funds- banks providing mutual funds services –factors to b considered in selection of fund- reasons for commercial banks to offer mutual funds- scenario of mutual funds in India- problems inn future prospects

2

CLASS: M.Com -final

COURSE/PAPER: financial services UNIT: IV – Discounting ,Factoring and Forfaiting NO. OF HOURS ALLOTTED:10


Meaning of discounting- factoring ; meaning , modus operandi of factoring scheme, erms and conditions in factoring agreement

4

Function of factoring services- types of factoring – role of banks in providing discounting , factoring and forfeiting services

3

Cost of factoring and pricing of factoring services , benefit to the cients, export factoring – forfeiting : factoring Vs. forfeiting – advantages and limitations of forfeiting – forfeiting in india

3

CLASS: M.Com -final

COURSE/PAPER: financial services UNIT: V-Securitisation of Debt NO. OF HOURS ALLOTTED:10


Meaning and concept of securitization- standard securities Vs conversion securities – securitization Vs factoring

5

Operational mechanism of securitization – types of securitized assets- securitization and role of banks-advantages and limitations of securities – future prospects of securitization

5

Name of the Teacher: Dr. Srinivas Reddy Head, Department of Commerce Signature : Signature:

NIZAM COLLEGE: DEPARTMENT OF COMERCE LESSON PLAN FOR THE ACADEMIC YEAR: 2016-2017

CLASS: B.com (final – sem V)

COURSE/PAPER: cost and accounting management UNIT: I- INTRODUCTION NO. OF HOURS ALLOTTED:5


Cost Accounting – Definitions, Features,Objectives, Functions,Scope, Advantages and limitations

3

management accounting- definitions,features, objectives, functions, scope, ,advantages and limitations ,relationship between cost management and financial accounting

1

Cost concepts – cost classification- preparation of cost sheet- relationship between cost department with other departments( Theory only)

1


COURSE/PAPER: cost and accounting management UNIT:II- Elements of costs: material cost NO. OF HOURS ALLOTTED:5


Elements of cost: material cost: Direct and Indirect material cost – Inventory control techniques – stock levels – EOQ- ABC analysis.

3

Issue of materials to production – pricing methods :FIFO, LIFO with Base stock , average methods.( including problems)

2


COURSE/PAPER: cost and accounting management UNIT: III-Labour Cost NO. OF HOURS ALLOTTED:


Direct and Indirect labor cost- methods of payment of wages including incentive plans

3

Halsey plan and Rowan plans and taylor’s piece rate method (problems) 2


COURSE/PAPER: cost and accounting management UNIT: IV-Overheads NO. OF HOURS ALLOTTED:5


Overheads, features, classification, methods of allocation and apportionment of overheads(problems)

5


COURSE/PAPER: cost and accounting management UNIT:V- methods of costing NO. OF HOURS ALLOTTED:5


Single or output costing – costing procedure – prepration of statement of cost 2

Profit – job and contract costing – features , costing process – computation of cost(problems)

3

CLASS: B.com (final – sem VI)

COURSE/PAPER: cost and accounting management UNIT: I – Process accounting NO. OF HOURS ALLOTTED:5


Features, treatment , of normal and abnormal losses, preparation of process cost accounts

5


COURSE/PAPER: cost and accounting management UNIT: standard costing NO. OF HOURS ALLOTTED:5


Meaning and importance – standard costing 2

Historical costing –variance analysis: material and labour variances(problems) 3


COURSE/PAPER: cost and accounting management UNIT: III-costing techniques NO. OF HOURS ALLOTTED:5


Marginal costing ; meaning , importance, marginal cost equation difference, between marginal costing and absorption costing

3

Applications of marginal costing- cost, volume and profit analysis –margin of safety break even analysis

1

Meaning, and importance, break even chart(problems) 1

Name of the Teacher: Dr. Srinivas Reddy Head, Department of Commerce Signature : Signature: CLASS: B.com (final – sem VI)

COURSE/PAPER: cost and accounting management UNIT: IV- ratio analysis NO. OF HOURS ALLOTTED: 5


Financial statements: features, limitations – financial statement analysis 3

Need , meaning , objectives ,process, methods and techniques of analysis(problems)

2

Name of the Teacher: Dr. Srinivas Reddy Head, Department of Commerce Signature : Signature: CLASS: B.com (final – sem VI)

COURSE/PAPER: cost and accounting management UNIT:v- cash flow analysis NO. OF HOURS ALLOTTED:5


Introduction – cash flow analysis- ( asperAS-3) – Preparation of cash from operations – cash flow statement

3

Uses and limitations of cash flow analysis(problems) 2

Name of the Teacher: Dr. Srinivas Reddy Head, Department of Commerce Signature : Signature:

NIZAM COLLEGE: DEPARTMENT OF COMERCE LESSON PLAN FOR THE ACADEMIC YEAR: 2016-2017 (SEMESTER - I )

CLASS: B.Com – I year

COURSE/PAPER: BUSINESS ECONOMICS UNIT: I- INTRODUCTION NO. OF HOURS ALLOTTED: 10


BUSINESS ECONOMICS: Meaning & Definition 2

Nature ,characteristics , Importance & Role 2

Micro & macro Economics - Differentiation, scope Objectives

2

Law of diminishing Marginal Utility, Definition, Graph, Assumptions Advantages, Limitations, Conclusion, practical applicability

2

Law of Equi-marginal Utility, Definition, Graph, Assumptions. Advanages, Limitations, conclusion, Practical applicability

2

Name of the Teacher: T.VIJAYA Head, Department of Commerce : Signature: Signature:

LESSON PLAN FOR THE ACADEMIC YEAR :2016-2017 (SEMESTER - I ) CLASS: B.Com I year

COURSE/PAPER: Business Economics UNIT: II- DEMAND ANALYSIS NO. OF HOURS ALLOTTED: 10


Meaning, Function - Types of Demand 1

Demand Curve, Law of Demand, Graph, Assumptions, conclusions, Practical applicability,

1

Factors influencing demand, Individual Demand, Market Demand Shift of Demand Vs. Movement Along demand curve

2

Types of Demand:- Price Elasticity, Income Elasticity, cross elasticity Differentiation between the elasticity’s.

2

Types of measurement of elasticity of Demand--- Total outlay Method, Ratio method Point method, Arc method

1

Utility – Ordinal Utility Analysis ; Indifference curve Analysis , Scale of preferences , Marginal rate of Substitution

2

Indifference schedule, Indifference Curve, Properties of of Indifference Curves, Budget Constraint, consumer Equilibrium

1

LESSON PLAN FOR THE ACADEMIC YEAR:2016-2017 (SEMESTER - I )

CLASS: B.Com I year

COURSE/PAPER: Business Economics UNIT: III – Supply Analysis NO. OF HOURS ALLOTTED:5


Meaning of Supply; Individual Market Supply Schedule, Market supply Schedule

1

Supply Curve, Determinants of Supply, Law of supply, Extension and Contraction of supply, Increase and Decrease of supply

1

Causes in changes of supply, Elasticity of supply- Price Elasticity, Income Elasticity, Cross Elasticity; Measurement of Elasticity of supply, Determinants of Elasticity of supply.

1

Laws of supply, Basics of Law of Supply, Assumptions underlying the law of Supply, Exceptions to the Law of Supply,

1

Market Equilibrium – Consumer Surplus- Theory of Consumer Behavior 1


LESSON PLAN FOR THE ACADEMIC YEAR: 2016-2017 (SEMESTER - I ) CLASS: B.Com I year

COURSE/PAPER: Business Economics UNIT: IV- Production Analysis NO. OF HOURS ALLOTTED:5


Introduction, Meaning of production, Concept of Production – Total Production, marginal Production, Average Production

1

Production Functions- production Function with one variable Input, Production with Two variable Input

1

Law of Returns to Scale- Isocost, Isoquants- Economies and Dis-Economies to scale of production

1

Laws to returns to Scale( Short Run), Laws of Variable proportions( long Run) 2

CLASS: B.Com I year

COURSE/PAPER: Business Economics UNIT: V- Cost Analysis NO. OF HOURS ALLOTTED:10


Theory of Cost – Concepts of cost- Short Run and long Run cost curves 5

Traditional and Modern approaches – Break Even Analysis: Meaning – Assumptions – uses and limitations

5

CLASS: B.Com I year

COURSE/PAPER: Managerial Economics UNIT: I- Nature and scope of Managerial economics NO. OF HOURS ALLOTTED:10


Characteristics of Managerial economics 3

Nature and Scope of managerial economics – importance of managerial economics

3

Basic economics tools in managerial economics 2

Managerial Economists role and responsibility 2


LESSON PLAN FOR THE ACADEMIC YEAR:2016-2017 (SEMESTER - II ) CLASS: B.Com I year

COURSE/PAPER: Managerial Economics UNIT:II – Demand Forecasting NO. OF HOURS ALLOTTED:10


Demand estimations for major consumer durables 3

Demand estimations for major non-durable products 2

Demand Forecasting Techniques 2

Demand Forecasting Techniques: Statistical and Non-Statistical techniques 3

CLASS:B.Com I year

COURSE/PAPER: Managerial economics UNIT:III- Market Analysis NO. OF HOURS ALLOTTED:10


Definition of market: market structure 2

Classification of market structure based on time, place, markets 2

Market structures: Perfect competition- characteristics, Determination of equilibrium price , profit maximizing output in short and long run

2

Monopoly competition – characteristics, Determination of equilibrium price , profit maximizing output in short and long run

1

Monopolistic competition-characteristics, Determination of equilibrium price , profit maximizing output in short and long run

1

Oligopoly - characteristics, Determination of equilibrium price , kinked Demand curve

1

Duopoly – characteristics, Determination of equilibrium price. 1


LESSON PLAN FOR THE ACADEMIC YEAR: 2016-2017 (SEMESTER - II ) CLASS: B.Com I year

COURSE/PAPER: managerial Economics UNIT: IV- Macro- Economics for managers NO. OF HOURS ALLOTTED:5


National Income- concepts - methods 1

Methods of measurement of national Income- GDP- GVA 1

Business cycles – nature 1

Phases of business cycles – Inflation, Causes and Control 1

Deflation- Causes and Control, Stagflation- causes and control 1


LESSON PLAN FOR THE ACADEMIC YEAR: 2016-2017 (SEMESTER - II) CLASS: B.Com I year

COURSE/PAPER: Managerial economics UNIT: V- Fiscal and Monetary Policy NO. OF HOURS ALLOTTED:5


Fiscal Policy – objectives of fiscal policy, advantages of fiscal policy and Disadvantages of fiscal policy deficits – Budgetary deficit -primary deficit- revenue deficit

2

Fiscal deficit – objectives of FRBM act, role of FRBM act 1

Monetary Policy- objectives – Repo rates- Reverse Repo Rates 1

CRR( Cash Reserve Ratios), SLR (Statutory liquidatory Ratio), Finance Commission, Role and objectives

1


LESSON PLAN FOR THE ACADEMIC YEAR: 2016-2017 (SEMESTER - I ) CLASS: M.Com I year(previous)

COURSE/PAPER: Managerial economics UNIT: I- Nature of Managerial economics NO. OF HOURS ALLOTTED:15


Nature of managerial economics, Managerial economics, and Economic theory 3

Managerial economics and Decision Sciences, Managerial Decision making 3

Types of business Decision, Managerial Decision Making process 3

Firm, meaning of Firm, Objectives of Firm 3

Nature of profits( economic vs accounting profit) 1

Optimization functions, slope of functions, optimization techniques, Concept of Derivative, simple rules of derivatives, Application of derivatives to optimization problems

1

Role of marginal analysis in decision making, Total , average and marginal relationship, problems

1

Name of the Teacher: T.VIJAYA Head, Department of Commerce Signature : Signature:

LESSON PLAN FOR THE ACADEMIC YEAR: 2016-2017 (SEMESTER - I ) CLASS: M.Com I year(previous)

COURSE/PAPER: Managerial economics UNIT: II- Demand Analysis NO. OF HOURS ALLOTTED:10


Demand Analysis, Individual demand and market demand, factors determining demand

5

Elasticity of demand, price elasticity, income elasticity, cross elasticity, Elasticity and decision –making

2

Demand Estimation, Demand Forecasting 2

Demand Forecasting , meaning of demand forecasting, significance of demand forecasting, Methods of demand forecasting

1


LESSON PLAN FOR THE ACADEMIC YEAR: 2016-2017 (SEMESTER – I ) CLASS: M.Com I year(previous)

COURSE/PAPER: Managerial economics UNIT: III- Production Analysis NO. OF HOURS ALLOTTED:10


Meaning of production function, cobb-Douglas production function, Production Function with one variable input, Production Function with two variable inputs, problems

5

Law of diminishing marginal returns, optimal employment to a factor of production, problems

2

Production iso-quant, production iso-cost, optimal employment of two inputs, expansion path, problems solving

2

Returns to scale and economies of scope, problems solving 1

UNIT: IV- Cost Analysis NO. OF HOURS ALLOTTED:10


Concepts of cost, short run cost functions finding minimum average variable cost through equations, problems

5

Long run cost function, problems 2

Linear and Non-linear , Break – Even analysis, profit contribution analysis, problems

3

UNIT: V – Market structures NO. OF HOURS ALLOTTED: 5


Perfect and imperfect market condition, problem solving 1

Perfect competition, characteristics, Equilibrium price, profit maximization( in short run and long run),shut down decision, problem solving

1

Monopoly, characteristics, profit maximization ( in short run and long run), Allocative inefficiency, Income transfer and Rent seeking,problem solving

1

Monopolistic competition, characteristics, profit maximization, price and output determination in the short run and long run, problems solving

1

Oligopoly , characteristic, price rigidity, kinked demand model( including problems)

1


LESSON PLAN FOR THE ACADEMIC YEAR:2016-2017 (SEMESTER -II ) CLASS: M.Com I year(previous)

COURSE/PAPER: Business environment and Policy UNIT: I- Business Environment NO. OF HOURS ALLOTTED:15


Introduction, meaning and definition of business environment, nature and characteristics of business environment, Importance, Dimensions of business environment, scope of business environment

3

Composition of business environment –Internal factors influencing business environment and external factors influencing business environment, micro environment , macro environment, environment scanning

3

Policy environment : Industrial policy- objectives, importance, IPR 1956, New industrial policy 1991,

3

Fiscal policy- objectives, tools and techniques of fiscal policy, evaluation of fiscal policy, short comings / draw backs of fiscal policy, suggestions for reforms in fiscal policy of India, critical analysis of recent fiscal policyof government of India

3

Monetary policy, Features, methods , recent changes in RBI monetary policy Evaluation, tools of monetary policy, limitations of monetary policy,monetary policy in India, monetary policy operations

3


LESSON PLAN FOR THE ACADEMIC YEAR: 2016-2017 (SEMESTER- I I) CLASS: M.Com I year(previous)

COURSE/PAPER: Business environment and Policy UNIT: II-New Economic Policy NO. OF HOURS ALLOTTED:15


Economic reforms, origin of new economic policy -1991,major steps in new economic policy, economic reforms of new economic policy-1991, importance of new economic policy-1991

5

Liberalization- Nature of liberalization, Factors favoring liberalization in India, Impact of Liberalization in India

5

Globalization – Nature, Essentials ,stages of globalization, factors facilitating and impeding globalization in India, Consequences of Globalization for India, Impact of FMCG industry

5


LESSON PLAN FOR THE ACADEMIC YEAR:2016-2017 (SEMESTER- II ) CLASS: M.Com I year(previous)

COURSE/PAPER: Business environment and Policy UNIT: III- Public Sector NO. OF HOURS ALLOTTED:10


Characteristics of public sector, objectives of public enterprises/ public sector, role of of public enterprises/ public sector in Indian economy, reforms in public sector, organization of public sector enterprises, defects/limitations of public sector enterprises

2

Privatization concepts – history and privatization, Reasons for privatization nature of privatization, objectives of privatization, forms of privatization, advantages and disadvantages of privatization, Impact of privatization SINS and pitfalls of privatization

2

Regulatory framework- Insurance sector, Mission statement of the authority, duties, powers and functions of IRDAI, Role of the IRDA IN India,

2

Power sector – Power of central commission, functions of state and central commission

2

Telecom sector- establishment and incorporation of authority, functions of authority, power of authority to issue directions, authority to settle disputes, procedure and powers of authority, grants bycentral government, fund, power of central government to issue directions.

2

UNIT: IV- Foreign Direct Investment NO. OF HOURS ALLOTTED:5


Introduction to FDI, Determinants of FDI, Types of FDI, FDI policy in India, FDI policy in India-advantages and disadvantages, advantages and disadvantages for host country, advantages and disadvantages for home country

1

Trends in FDI- Factors Affecting the trends in FDI flows, directional trends, Sectoral trends, problems of FDI, Consequences of FDI, FDI in India.

1

FEMA 147, Scope of FEMA, objectives of FEMA, Provisions of FEMA, FERA vs FEMA.

1

Multinational Corporations(MNCs)- characteristics, organisational structures of MNCs, Entry strategies of MNCs, Role of MNCs, Growth of MNCs, Advantages and disadvantages of MNCs, advantages of MNCs of host country and Home country, problems and consequences , applicability to particular business, MNCs in India, MNCs and India Economy

1

Mergers and Acquisitions- strategy of mergers and acquisitions, types of mergers, motives of mergers and acquisitions, transaction characteristics, types of acquisitions, the merger process, payment mechanisms in mergers, advantages and disadvantages of mergers and acquisitions , difference between merger and acquisitions

1


LESSON PLAN FOR THE ACADEMIC YEAR:2016-2017 (SEMESTER- II )

CLASS: M.Com I year(previous)

COURSE/PAPER: Business Environment and policy UNIT: V- World Trade Organisation NO. OF HOURS ALLOTTED:5


WTO- Principlesof trading system,objectives/functions of WTO, Rules of WTO, Trade Agreement on policy review, organization of WTO, RegionalGroups in WTO, Advantages of WTO, Dispute settlement

2

WTO Agreements- agreements on agriculture(AOA), Multi Fibre Agreement(MFA) – history of approving, objectives of MFA, Effects after removing MFA, Trade related Intellectual property Rights (TRIPS), Trade Related Investment measures(TRIMS) General Agreement on trade in services(GATS)

1

Barriers to Trade- Trade barriers (TARRIF), Types of tarrifs, Reasons for Trade Barriers, non- tariff Barriers- price influencing Non-Tariff Barriers (NTBs), Quantity Influencing non- tariff Barriers

1

Trade policy changes consequent to WTO, Trade policy review, Recent EXIM Policy ( 2015-2020), consequences of wto for India

1


NIZAM COLLEGE: DEPARTMENT OF COMMERCE LESSON PLAN FOR THE ACADEMIC YEAR November-2016 (SEMESTER II)

CLASS: B.Com (e-Commerce) COURSE/PAPER: E COMMERCE AND DIGITAL MARKETING PAPER CODE: DSC-IVB PPW: 4(2T+2P) Max. Marks: 35T+15P Overall Allotted Hours: 55 hrs Theory allotted hours: 40hrs Practical Allotted hours : 15

NO. OF HOURS ALLOTTED: UNIT

Topics Covered Number

of Lectures

Methodology/ Instructional techniques

I

INTRODUCTION 12L

1 Introduction to computers 2 Generations of computers 3 Types of computers 4 Input & Output Devices 5 Control unit 6 ALU, RAM,ROM,EPROM,PROM 7 Types of Memory

6 Theory

Lecture, PowerPoint

presentation, hand outs

1 What are the H/W resources that we will need in computer

2 How CPU Design 3 Identification of hardware 4 Job of each components 5 Checking of RAM Slot, cleaning and identification of

working of RAM 6 USB slots, LAN Slots, Sound and Graphics Slots

6 Labs

PowerPoint, Practical Lab work

Student Activity 1. What is the job of each component? 2. How does this component work together with others

to make the computer work 3. Plug-ins of input and output devices

Maintain record work

II

OPERATING SYSTEM (OS) 12L

1. Types of Operating System Windows XP, Windows 7, Linux, Ubuntu

2. Booting Process 3. Control panel 4. Windows Properties 5. Customizing windows 6. Windows Accessories 7. Types of virus and protection from virus 8. Hackers 9. Dos Commands

1. Internal Commands 2. External Commands

6 Theory

Lecture, PowerPoint

presentation, Handouts

1. BIOS Setting 2. Internal Commands (COPYCON, TYPE, DIR, CLS, REN,

PATH,DEL, MD,CD, RD,DATE,TIME,) 3. External Commands(EDIT, XCOPY,TREE, FORMAT,

DISKCOPY,CHKDSK,DELTREE,DOSKEY,FIND,SORT,

6 Labs


BACKUP,RESTORE)

Student Activity 1. BIOS setting 2. Setting Boot Order 3. Installation of OS using Bootable CD 4. Installation of Os using Bootable Pen drive/

External Drive 5. Dos Commands


III

WORD PROCESSING 14L

1. Creating and opening Word Document 2. Saving Documents 3. Importance of Toolbar 4. Functions of Toolbar 5. Shortcut keys of Ms-Word 6. Mail merge 7. Formatting the pages 8. Header and footer 9. Find and Replace 10. Paragraph setting 11. Various fonts and Sizes 12. Printing and Page settings

6 Theory

Lecture, PowerPoint


1. Important keys we use when typing Delete, Shift, Space Bar, Enter/Return, etc.) Have them find them on their computers.

2. Functions Keys 3. Have students practice their typing skills, and use of the

Home Row keys, edit a document with punctuation, spacing, and capitalization errors.

4. Walk students through opening Pages 5. Walk through saving and naming documents (File-> Save

As-> type name: first name, last initial, grade-> save on desktop)

6. Show students where the Tool Bar is located in Pages. This is where you change your font (Explain what font is (what your letters look like/color/size/etc.)

7. Show students how to use the Shift key (Hold either key down and press the letter you want uppercase, let go of both keys)

8 Labs


Student Activity Improving typing skills and utilize important keys. Create new word documents, Navigate the Pages tool bar to format text. Pages, Blank Document, Opening Saved Documents, Text, Tool Bar, Cap lock, Delete, Enter/Return, Spacebar, Font, Shift, Menu Bar, Tool Bar, Mail- Merge


IV

SPREAD SHEET 14L

1. Introduction to Ms-Excel 2. Creating new Worksheet, Saving , opening, closing 3. Importance of Excel Toolbar 4. Importance of Cells, Formulae bar, 5. Sort, organize, interpret, display information 6. Functions of Excel 7. Print Setting

6 Theory

Lecture, PowerPoint


8. Importance of Grid lines, Print preview, Page layout 9. Cell Alignment, placing borders, adjusting rows and

columns 10. Graphs and types of Charts 11. Sorting and filtering

1. Excel formulas (Math Functions, Statistical Functions, Text Functions, Date Functions, Lookup functions, logical functions)

2. Sorting of Data, Creating Sequence of numbers 3. Import of excel to access 4. Cell alignment, Drag and drop of data, Merging of data, 5. Short cut keys

8 Labs


Student Activity 1. Request that students perform actions such as cell

alignment, formatting cells, shading cells, placing borders around cells etc. individually.

2. Request that students exhibit knowledge of renaming worksheets, deleting worksheets, adjusting row heights and column widths etc

3. Creating bar, pie charts 4. Average , sum of daily sales, payrolls 5. Grade sheet Activity 6. Mean, Median, Mode 7. Stock market activity 8. Execute Mathematical, Text , Date and Logical Functions


V

POWER POINT PRESENTATION 12L

1. Introduction to Ms-PowerPoint 2. Creating new Slides, Saving , opening, closing, Editing Slides 3. Importance of PowerPoint Toolbar 4. Slide Transition 5. Animation 6. Themes & Templates 7. Creating of Master Slides 8. Header and Footer 9. Print Settings 10. Inserting Audio and Videos 11. Slide sorter view and Slide view 12. Outline Tab and left hand pane 13. Switching levels in outline tab and outline control tools

6 Theory

Lecture, PowerPoint


1. Once the students have prepared their presentations, discuss how to include accessibility features, such as adding alt text to images, so that the PPT is accessible to everyone

2. The content (text) of each slide before adding pictures, animations, sounds, and other features.

3. Changing of Theme of the slide and multiple slides 4. Modifying the character formats and paragraph levels 5. Creating presentations with bullet list 6. Hiding slides and use Action buttons

6 Labs


Student Activity 1. Creating Slides on Favorite Pet 2. Creating Slides on School day 3. Creating slides on Book Report 4. Inserting Charts , Audio and Videos


5. Creating slides with transition effects 6. Creating slides with animation 7. Creating slides with Master slides 8. Creating slides with themes

I

INTRODUCTION 12L

8 Introduction to computers 9 Generations of computers 10 Types of computers 11 Input & Output Devices 12 Control unit 13 ALU, RAM,ROM,EPROM,PROM 14 Types of Memory

6 Theory

Lecture, PowerPoint


7 What are the H/W resources that we will need in computer

8 How CPU Design 9 Identification of hardware 10 Job of each components 11 Checking of RAM Slot, cleaning and identification of

working of RAM 12 USB slots, LAN Slots, Sound and Graphics Slots

6 Labs


Student Activity 4. What is the job of each component? 5. How does this component work together with others

to make the computer work 6. Plug-ins of input and output devices


II

OPERATING SYSTEM (OS) 12L

10. Types of Operating System Windows XP, Windows 7, Linux, Ubuntu

11. Booting Process 12. Control panel 13. Windows Properties 14. Customizing windows 15. Windows Accessories 16. Types of virus and protection from virus 17. Hackers 18. Dos Commands

3. Internal Commands 4. External Commands

6 Theory

Lecture, PowerPoint


4. BIOS Setting 5. Internal Commands (COPYCON, TYPE, DIR, CLS, REN,

PATH,DEL, MD,CD, RD,DATE,TIME,) 6. External Commands(EDIT, XCOPY,TREE, FORMAT,

DISKCOPY,CHKDSK,DELTREE,DOSKEY,FIND,SORT, BACKUP,RESTORE)

6 Labs


Student Activity 6. BIOS setting 7. Setting Boot Order 8. Installation of OS using Bootable CD 9. Installation of Os using Bootable Pen drive/

External Drive 10. Dos Commands


III

WORD PROCESSING 14L

13. Creating and opening Word Document 14. Saving Documents 15. Importance of Toolbar 16. Functions of Toolbar 17. Shortcut keys of Ms-Word 18. Mail merge 19. Formatting the pages 20. Header and footer 21. Find and Replace 22. Paragraph setting 23. Various fonts and Sizes 24. Printing and Page settings

6 Theory

Lecture, PowerPoint


8. Important keys we use when typing Delete, Shift, Space Bar, Enter/Return, etc.) Have them find them on their computers.

9. Functions Keys 10. Have students practice their typing skills, and use of the

Home Row keys, edit a document with punctuation, spacing, and capitalization errors.

11. Walk students through opening Pages 12. Walk through saving and naming documents (File-> Save

As-> type name: first name, last initial, grade-> save on desktop)

13. Show students where the Tool Bar is located in Pages. This is where you change your font (Explain what font is (what your letters look like/color/size/etc.)

14. Show students how to use the Shift key (Hold either key down and press the letter you want uppercase, let go of both keys)

8 Labs


Student Activity Improving typing skills and utilize important keys. Create new word documents, Navigate the Pages tool bar to format text. Pages, Blank Document, Opening Saved Documents, Text, Tool Bar, Cap lock, Delete, Enter/Return, Spacebar, Font, Shift, Menu Bar, Tool Bar, Mail- Merge


IV

SPREAD SHEET 14L

12. Introduction to Ms-Excel 13. Creating new Worksheet, Saving , opening, closing 14. Importance of Excel Toolbar 15. Importance of Cells, Formulae bar, 16. Sort, organize, interpret, display information 17. Functions of Excel 18. Print Setting 19. Importance of Grid lines, Print preview, Page layout 20. Cell Alignment, placing borders, adjusting rows and

columns 21. Graphs and types of Charts 22. Sorting and filtering

6 Theory

Lecture, PowerPoint


6. Excel formulas (Math Functions, Statistical Functions, Text Functions, Date Functions, Lookup functions, logical functions)

8 Labs


7. Sorting of Data, Creating Sequence of numbers 8. Import of excel to access 9. Cell alignment, Drag and drop of data, Merging of data, 10. Short cut keys

Student Activity 9. Request that students perform actions such as cell

alignment, formatting cells, shading cells, placing borders around cells etc. individually.

10. Request that students exhibit knowledge of renaming worksheets, deleting worksheets, adjusting row heights and column widths etc

11. Creating bar, pie charts 12. Average , sum of daily sales, payrolls 13. Grade sheet Activity 14. Mean, Median, Mode 15. Stock market activity 16. Execute Mathematical, Text , Date and Logical Functions


V

POWER POINT PRESENTATION 12L

14. Introduction to Ms-PowerPoint 15. Creating new Slides, Saving , opening, closing, Editing Slides 16. Importance of PowerPoint Toolbar 17. Slide Transition 18. Animation 19. Themes & Templates 20. Creating of Master Slides 21. Header and Footer 22. Print Settings 23. Inserting Audio and Videos 24. Slide sorter view and Slide view 25. Outline Tab and left hand pane 26. Switching levels in outline tab and outline control tools

6 Theory

Lecture, PowerPoint


7. Once the students have prepared their presentations, discuss how to include accessibility features, such as adding alt text to images, so that the PPT is accessible to everyone

8. The content (text) of each slide before adding pictures, animations, sounds, and other features.

9. Changing of Theme of the slide and multiple slides 10. Modifying the character formats and paragraph levels 11. Creating presentations with bullet list 12. Hiding slides and use Action buttons

6 Labs


Student Activity 9. Creating Slides on Favorite Pet 10. Creating Slides on School day 11. Creating slides on Book Report 12. Inserting Charts , Audio and Videos 13. Creating slides with transition effects 14. Creating slides with animation 15. Creating slides with Master slides 16. Creating slides with themes


I

Applets 14 L

15 Introduction to Java Applet

16 Life Cycle of Applet

17 Methods of Applet

10

Theory

Lecture,

PowerPoint

presentation,

18 Constructors of Applet

19 Embed Applet using HTML

20 About Appletviewer

21 Packages of Applet

22 Graphics using Applet

hand outs

Lab Work (Sample)

13 Java program using Applet Class

14 Java Applet program to Draw Line

15 Java Applet program to Draw Oval

16 Java Applet program to Draw Rectangle

17 Java Applet program to Draw Text

18 Java Applet program to Draw Image

19 Java Applet program to Draw Arcs

20 Java Applet program to Draw Polygon

4 Labs

PowerPoint,

Practical Lab

work

II

AWT and String 14 L

1. Introduction to AWT Packages

2. Components of AWT

1. Button Class

2. Label Class

3. Check box

4. Radio button

5. Text box

6. List box

7. Combo box

8. Textarea

3. Components of Swing

1. JButton Class

2. JLabel Class

3. JCheck box

4. JMenu

5. JTextbox

6. JTabbedPane

7. JSpliter

8. JScrollPane

9. JTable

10. JTree

10

Theory

Lecture,

PowerPoint

presentation,

hand outs

Lab Work(sample)

1. Java program to create GUI using AWT

Components

2. Java program to create GUT using Swing

Components

4 Labs

PowerPoint,

Practical Lab

work

III

Layout Manager and Event Handling 14 L

1. Introduction Layout Manager

2. Types of Layout Manager

a. FlowLayout

b. BorderLayout

c. GridLayout

d. GridBagLayout

e. CardLayout

3. Event Handling

10

Theory

Lecture,

PowerPoint

presentation,

hand outs

a. Event Class

b. Key Events

c. Window Events

d. Mouse Events

e. Event Listener

f. Key Listener

g. Mouse Listener

h. Window Listener

i. Key Adaptor

j. Window Adaptor

k. Mouse Adaptor

Lab Work(sample)

1. Java program using FlowLayout

2. Java program using BorderLayout

3. Java program using CardLayout

4. Java program using GridLayout

5. Java program using KeyListener

6. Java program using MouseListener

7. Java program using WindowListener

8. Java program using EventListener

4 Labs

PowerPoint,

Practical Lab

work

IV

JAVA DATABASE CONNECTIVITY 14 L

1. Introduction to JDBC

2. JDBC SQL syntax

3. JDBC Environment

4. JDBC Drivers Types

a. Type 1: JDBC-ODBC Bridge Driver

b. Type 2: JDBC-Native API

c. Type 3: JDBC-Net pure Java

d. Type 4: 100% Pure Java

5. JDBC - Connections

6. JDBC - Statements

7. JDBC - Result Sets

8. JDBC - Data Types

10

Theory

Lecture,

PowerPoint

presentation,

hand outs

Lab Work

1. Java JDBC program to Create Database

2. Java JDBC program to Select Database

3. Java JDBC program to Drop Database

4. Java JDBC program to Create Tables

5. Java JDBC program to Drop Tables

6. Java JDBC program to Insert Records

7. Java JDBC program to Select Records

8. Java JDBC program to Update Records

9. Java JDBC program to Delete Records

10. Java JDBC program to WHERE Clause

11. Java JDBC program to Like Clause

12. Java JDBC program to Sorting Data

4 Labs

PowerPoint,

Practical Lab

work

UNIT Topics Covered

Number

of

Lectures

Methodology/

Instructional

techniques

V

Servlets 14 L

1. Servlets Overview

2. Servlets Environment Setup

3. Servlets Life Cycle

4. HTTP Basics

a. Requests, Responses, and Headers

b. GET and POST

5. The Servlet API

a. A generic servlet handling a request

b. An HTTP servlet handling GET and

POST requests

6. Page Generation

a. Writing Hello World

b. Running Hello World

c. Handling Form Data

d. Handling POST Requests

e. Handling HEAD Requests

7. Server-Side Includes

a. Writing a Server-Side Include

8. Servlets Session Tracking

9. Servlets Cookies Handling

10

Theory

Lecture,

PowerPoint

presentation,

hand outs

Lab Work(Sample)

1. Create a directory structure

2. Create a Servlet

3. Compile the Servlet

4. Create a deployment descriptor

5. Start the server and deploy the project

6. Access the servlet

4 Labs

PowerPoint,

Practical Lab

work

I

Data Types and Loops 14 L

23 Introduction to Java and History

24 Data types of Java

25 Declaration and syntax of Variables

1. Local variable declaration with syntax

2. Global variable declaration with syntax

26 Arrays

1. Single -dimensional Array

2. Multi -dimensional Array

27 Control Statements

1. Conditional Statements

1.If/else

2.Nested if

3.Switch case

2. Loop Statements

1.For loop

10

Theory

Lecture,

PowerPoint

presentation,

hand outs

2.Do/while loop

3.While loop

3. Jump Statements

1.Break

2.Continue

Lab Work

21 Java program using local variables

22 Java program using global variables

23 Java program to calculate sum of two digits

24 Java program to find factorial of a given number

25 Java program to find gcd of a given number

26 Java program to find odd or even number from a

given number

27 Java program using nested if

28 Java program using switch case

29 Java program using for loop

30 Java program using do/while

31 Java program using while loop

4 Labs

PowerPoint,

Practical Lab

work

II

Classes and Objects 14 L

4. Introduction to OOPS

5. Differentiate with C, C++ and JAVA

6. Define Classes with Syntax

a. Rules for naming classes

b. Creating instance of classes

c. Importance of main( ) method

d. Rules of main ( ) method

7. Overloading methods

8. Overloading Constructors

9. Definition of Access specifier

10. Types of Access specifier

a. public

b. private

c. protected

11. Definition of Modifiers

a. Types of modifiers

i. Java Access Modifiers

1. Access levels

a. public

b. private

c. protected

ii. Non Access Modifiers

1. static modifier

2. The final modifier

3. The abstract modifier

4. The synchronized and

volatile modifiers

10

Theory

Lecture,

PowerPoint

presentation,

hand outs

Lab Work(sample)

3. Java program using Classes

4. Java program to create instance of the classes

5. Java program using Access modifiers

4 Labs

PowerPoint,

Practical Lab

work

6. Java program using non access modifiers

III

Inheritance and Exception Handling 14 L

4. Introduction Inheritance

5. Types of Inheritance

a. Single Inheritance

b. Multilevel Inheritance

c. Hierarchical Inheritance

6. Member Access

a. Super class

b. Super method

c. Abstract Classes

d. Call by value

e. Call by reference

f. Overriding methods

7. Exception Handling

a. Syntax

b. Try and catch block

c. Exception types

d. Usage of throw and throws

e. User-defined expectations

10

Theory

Lecture,

PowerPoint

presentation,

hand outs

Lab Work

9. Java program using single inheritance

10. Java program using multilevel inheritance

11. Java program using hierarchical inheritance

12. Java program to implement super class

13. Java program to implement super method

14. Java program to implement abstract class

15. Java program using call by value

16. Java program using call by reference

17. Java program to implement overriding method

18. Java program to implement exception

19. Java program implement throw and throws

20. Java program create user-defined exception

4 Labs

PowerPoint,

Practical Lab

work

IV

Packages and interfaces 14 L

9. Introduction to packages

10. Predefined packages

11. Importing the packages

12. Creating user defined packages with syntax

13. Importance of classpath and its settings

14. Meaning and definition of Interface

15. Creating interface with syntax

16. Implementation of interface

a. Multiple Inheritance (Through Interface)

b. Hybrid Inheritance (Through Interface)

10

Theory

Lecture,

PowerPoint

presentation,

hand outs

Lab Work

13. Java program using IO package

14. Java program using util package

15. Java program create user defined package

16. Java program to create interface

4 Labs

PowerPoint,

Practical Lab

work

17. Java program to implement multiple

inheritance through interface

18. Java program to hybrid inheritance through

interface

V

MutiThreading 15 L

28 Definition of multitasking and its types

1. Process-based multitasking

2. Thread-bassed multitasking

29 Definition of multithreading

30 Advantages of multithreading

31 Difference between multithreading and

multiprocessing

32 Life cycle of thread

33 Implementation of thread with Thread class

34 Thread priorities

35 Implementation of thread using runnable interface

36 Methods of Thread class and description

10

Theory

Lecture,

PowerPoint

presentation,

hand outs

Lab Work(Sample)

7. Java program using single thread

8. Java program using multithread

9. Java program to animate message/text using

Thread class

10. Java program to animate message/text using

runnable interface

4 Labs

PowerPoint,

Practical Lab

work

I

XML Overview 14 L

37 Introduction to XML

38 Difference b/w HTML and XML

39 XML Syntax

1. Start elements

2. End elements

40 Documents

41 Declaration

42 Tags

43 Comments

44 Attributes and special attributes

45 Elements and nested elements

46 Difference b/w elements vs attributes

47 Namespaces

48 Root XML Declaration

10

Theory

Lecture,

PowerPoint

presentation,

hand outs

Lab Work(Sample)

32 Xml program using comments

33 Xml program using attributes

34 Xml program using elements

35 Xml program using namespaces

4 Labs

PowerPoint,

Practical Lab

work

II

XML Schemas 14 L

12. Schema overview

13. Elements

14. Attributes

15. Cardinality

16. Simple type

17. Complex type

18. Elements declaration

19. DTD

20. CDATA

21. PCDATA

22. ATTLIST

23. DOCTYPE

24. Well formed documents

a. Declaration

b. Rules

25. Entities

a. General entities

b. Parameter entities

c. Internal entities

d. External entities

10

Theory

Lecture,

PowerPoint

presentation,

hand outs

Lab Work(sample)

7. Java program using DTD

8. Java program using PCDATA

9. Java program using CDATA

10. Java program using ATTLIST

4 Labs

PowerPoint,

Practical Lab

work

III

Name space and Style sheet 14 L

8. Namespace

a. Meaning of namespace

b. Declaration of namespace

c. Syntax of namespaces

d. Default namespaces

9. XLST

a. Overview

b. Syntax

c. Template

d. Value-of

e. for-each

f. sort

g. choose

h. message

10. Root of an XSLT file stylesheet

11. Association of XML and an XSLT file

12. A complete XSLT example

10

Theory

Lecture,

PowerPoint

presentation,

hand outs

Lab Work

21. Create a web page using css

22. Create a web page using xsl 4 Labs

PowerPoint,

Practical Lab

work

IV

Parsers and DOM Applications 16 L

17. Introduction Parsers

18. When to use parsers

19. Advantages of parsers

20. DOM interface

a. Node

b. Element

c. Attr

d. Text

e. Document

21. DOM methods

a. Document.getDocumentElement()

b. Node.getFirstChild()

c. Node.getLastChild()

d. Node.getNextSibling()

e. Node.getPreviousSibling()

f. Node.getAttribute(attrName)

12

Theory

Lecture,

PowerPoint

presentation, hand

outs

Lab Work(Sample)

19. Xml program with parsing a text string

20. Xml program with html DOM

4 Labs PowerPoint,

Practical Lab work

V

XML Validators 12 L

1. Client-server architecture

2. Two-tier Architecture

3. Three-tier architecture

4. XML Server Middleware

5. XML for Data Tier

6. XML the protocol language of e-commerce

7. XML vs EDI for e-commerce platforms

8. XML variants, CXML,ADML, EBXML

9. Role of XML in e-Business

10. Connecting xml with e-commerce

12

Theory

Lecture,

PowerPoint

presentation,

hand outs

I

Web services 14 L

49 Introduction to Web services and its necessity

50 Framework of web service

51 Web service architecture

52 Difference b/w Web Server Vs Application Server

53 Meaning Deployment and steps involved

54 Configuration and installation of Servers

1. IIS Server

1.Install Web Server (IIS)

2.Customize Web Server (IIS)

3.Install .NET and setting

2. PWS

3. Tomcat Server

1.Tomcat features & Tomcat versions

2.Specifications & configuration

14

Theory

Lecture,

PowerPoint

presentation,

hand outs

Lab Work

11. Obtaining and Installing Tomcat

12. Starting and Stopping Tomcat 4 Labs

PowerPoint,

Practical Lab

work

13. Choosing a Different Port

14. Compiling Servlets

15. Mapping a Servlet to a URL

16. Running Servlets

17. Running JSP

18. Deploying Web Application Using WAR files

19. Setting a Secured Web Server

II

ASP and Objects 18 L

13. ASP Introduction

14. ASP Syntax

15. ASP Variables

a. VBScript Variables

b. Declaring (Creating) VBScript Variables

c. Assigning Values to Variables

d. VBScript Array Variables

e. Session Variables

f. Application Variables

16. ASP Procedures

a. Differences Between VBScript and

JavaScript

b. VBScript Procedures

c. Sub procedure

d. Function procedure

e. Calling a Procedure

17. ASP Conditionals

a. If statement

b. If...Then...Else statement

c. If...Then...ElseIf statement

d. Select Case statement

18. ASP Looping

a. For...Next statement

b. For Each...Next statement

c. Do...Loop statement

d. While...Wend statement

19. ASP Forms

20. ASP Cookies

21. ASP Session

14

Theory

Lecture,

PowerPoint

presentation,

hand outs

Lab Work(sample)

23. Asp program using loops

24. Asp program using conditional statements

25. Asp program using cookies

4 Labs

PowerPoint,

Practical Lab

work

III

Components and Active Data Object(ADO) 10 L

22. Introduction to ADO

23. Ad Rotator

24. Content Linking & Content Rotator

25. ADO Elements

a. ADO Connection & ADO Recordset

b. ADO Display & ADO Query

c. ADO Add & ADO Update & ADO Delete

6 Theory

Lecture,

PowerPoint

presentation,

hand outs

Lab Work(sample) 4 Labs PowerPoint,

21. Asp program to check browser capabilities

22. Asp program to change ads using adrotator

23. Asp program to connect database

24. Asp program to retrieve data from database

25. Asp program to insert records into tables

Practical Lab

work

IV

JSP and Scriptlets 14 L

26. JSP Overview

27. JSP Environment Setup

28. JSP Architecture

29. JSP Lifecycle

30. JSP Syntax

31. JSP Directives

32. JSP Actions

33. JSP Implicit Objects

34. JSP Client Request

35. JSP Server Response

10

Theory

Lecture,

PowerPoint

presentation,

hand outs

Lab Work(sample)

1. Jsp program to print date

2. Jsp program to send request and receive

response

3. Jsp program to retrieve data from database

4. Jsp program to connect database

5. Jsp program to insert records into database

4 Labs

PowerPoint,

Practical Lab

work

V

Sessions and Cookies 16 L

10. Working with sessions

a. Maintaining Session Between Web Client

And Server

b. Disabling Sessions

c. Hidden Form Fields

d. URL Rewriting

e. The session Object

f. Method & Description

11. Working with Cookies

a. Cookie Set-up with JSP

b. Methods of JSP & Description

c. Reading Cookies with JSP

d. Delete Cookies with JSP

10

Theory

Lecture,

PowerPoint

presentation,

hand outs

Lab Work(Sample)

11. Jsp program using getCookies()

12. Jsp program using getQueryString()

13. Jsp program using getRequestURI()

14. Jsp program using getHeaderNames()

15. Jsp program using getHeader()

16. Jsp program using getAttribute()

17. Jsp program using getAttributeNames()

18. Jsp program using setAttribute()

19. Jsp program using removeAttribute()

4 Labs

PowerPoint,

Practical Lab

work

UNIT Topics Covered Number

of Lectures

Methodology

/ Instructional techniques

I

INTRODUCTION 8L

55 Introduction to browsers 56 Need of internet and its importance 57 About Web pages and websites 58 About HTML and its pre-defined tags 59 Physical tags 60 Logical Tags 61 Formatting Tags 62 Heading Tags 63 Image Tags 64 Table Tags 65 Frame Tags 66 List and its types

1. Ordered List 2. Unordered List 3. Definition List

67 Paragraph Tags 68 Anchor Tags 69 Form tags

1. Input text 2. Password 3. Radio 4. Check 5. Select

3 Theory

Lecture, PowerPoint


Lab work 36 Html Program using Heading Tags 37 Html Program using Paragraph Tags 38 Html program using Ordered 39 Html program using unordered list 40 Html program using Anchor Tags 41 Html program using Table tags 42 Html program using image tags 43 Html program using frame tags 44 Html program using form tags 45 Html program using font tags 46 Html program using form password 47 Html program using select option 48 Html program using radio button 49 Html program using submit button 50 Html program using check box 51 Html program using physical tags 52 Html program using logical tags 53 Html program using pre tag 54 Html program using text color 55 Html program using definition list

5 Labs

PowerPoint, Practical Lab

work

II

AN OVER VIEW OF DYNAMIC WEB PAGES 7L

19. About DHTML 20. Differentiate b/w HTML and DHTML 21. Advantages and disadvantages of HMTL 22. Benefits of DHTML 23. Changing Text and Attributes 24. About Div and Span tags 25. About Layer Tags 26. About embed Tags 27. Text effects 28. Filters 29. Transaction filters 30. Meaning of CSS and need of CSS 31. Role of CSS 32. Types of CSS

a. Internal Styles b. Inline Styles c. External styles

2 Theory Lecture, PowerPoint


Labwork 1. Html Program using Text Attributes 2. Html Program to change the text color 3. Html program to apply background color 4. Html program using <DIV> tag 5. Html program using <SPAN> tag 6. Html program using fliph tag 7. Html program using fliphV 8. Html program using chroma filter 9. Html program using wave filter 10. Html program using gray filter 11. Html program using lnline style 12. Html program using Internal style 13. Html program using External style

5Labs


III

JAVA SCRIPT AND EVENT HANDLERS 6L

25. Introduction to Scripting languages 26. Need of JavaScript Language 27. Differentiate b/w Client Scripting Vs Server Scripting 28. Data types of JavaScript 29. Operators and types of operators 30. Functions of Scripting 31. Event Handling

2 Theory

Lecture, PowerPoint presentation,

Handouts

Lab work 15. Html program using OnClick() function 16. Html program using OnDrag() function 17. Html program using OnFocus() function 18. Html program using OnKeyPress() function 19. Html program using OnKeyUp() function 20. Html program using OnKeyDown() function 21. Html program using OnMouseOver() function 22. Html program using OnMouseOut() function’ 23. Html program using OnSubmit() function 24. Html program using OnMove() function

4Labs


UNIT Topics Covered Number of

Lectures


IV

Adobe Photoshop Cs6 10L

23. Introduction to Photoshop 24. Workspace of Photoshop 25. Importance of Tools 26. Palettes 27. Tools in Quick mode 28. Tools in Expert mode

1. View 2. Select 3. Enhance 4. Draw 5. Modify

29. Tools in view group of the expert mode 30. Tools in select group of the expert mode 31. Tools in enhance group of the expert mode 32. Tools in draw group of the expert mode 33. Tools in the modify group of the expert mode 34. Edit Tools preferences 35. Shortcut keys



Lab work 11. Select an area of the image with Move Tool, Rectangular

Marquee Tool, Elliptical Marquee Tool, Lasso Tool, Magnetic Lasso tool , Quick Selection Tool

12. Remove the spots from the photos with the help of Eye tool, Sport Healing Tool, Smart Brush Tool, Clone Stamp tool, Blur Tool, Sharpen Tool, Smudge tool, Sponge Tool, Dodge tool, Burn Tool

13. Give the strokes to the image with various color using Brush Tool, Color replacement tool, eraser tool, background eraser tool , magic eraser tool, paint bucket tool, gradient tool

14. Type the text and edit the text on images and display either vertical, horizontal, text on shape, text on custom path, vertical type mask, horizontal type mask

15. Modify the image using crop tool, cookie cutter tool, recompose tool, content-aware move tool

7Labs


V

Adobe Flash Cs5 8L

27. Introduction to Adobe Flash 28. Importance of Workarea 29. Importance of Timeline 30. Tools of the Flash 31. Properties of Flash document area 32. Adding object on workarea 33. Timeline settings 34. Drawing and modifying Text object 35. Drawing and modifying the object(shapes,images) 36. Importance of Frames on Timeline



37. Animating an object, shapes, images 38. Adding text effect, object effects, filters to images/text 39. Adding background sounds to an object 40. Importance of Tweening

1. Movement Tweening 2. Shape Tweening 3. Fading

41. Creating Interactive GUI 1. Creating Symbols 2. Creating Buttons

42. Saving & Publishing on to the web

Labwork 13. Build an animation in Flash Professional to play and stop an

audio 14. Build an animation in Flash Professional to play and stop an

movie 15. Build an animation in Flash Professional to play and stop an

audio using action button 16. Build an animation in Flash Professional to play and stop an

movie using action button 17. Build an animation in Flash Professional to rotate an object

clockwise 18. Build an animation in Flash Professional to rotate an object

anti-clockwise 19. Build an animation in Flash Professional to fade an object 20. Build an animation in Flash Professional to blink the

text/image 21. Build an animation in Flash Professional to

appear/disappear text or image 22. Build an animation in Flash Professional to Zoom-In or

Zoom out of text or image 23. Build an animation in Flash Professional to scrawl an object

left/right/both 24. Build an interactive GUI in Flash Professional 25. Build an animated storyboard in Flash Professional

5Labs


UNIT Topics Covered Number

of Lectures


I

INTRODUCTION TO PHP 8L

70 Common uses of PHP 71 Characteristics of PHP 72 PHP Environment

1. PHP Installation on Window XP/2007 2. Apache Configuration 3. PHP.INI file configuration

73 PHP Syntax Overview 1. Commenting PHP Code 2. PHP is Case sensitive 3. Variable Types 4. Operators 5. Datatypes 6. Expression Handling 7. Capturing form data 8. Generating File upload form 9. Redirecting form

3 Theory

Lecture, PowerPoint


Lab work 56 Example to print text to the output using PHP 57 Example to Add comments in PHP 58 Example to Test global scope and to Test local scope 59 Example to Use the global keyword to access a global

variable from within a function 60 Display strings with the echo command 61 Display strings and variables with the echo command 62 Display strings and variables with the print command 63 Example to find length of a string with strlen() 64 Example to Count the number of words in a string with

str_word_count() 65 Example to Reverse a string with strrev() 66 Example to search for a specific text within a string with

strpos() 67 Example to Replace text within a string with str_replace()

5 Labs


II

CONDITIONAL STATEMENTS 7L

33. Decisions a. IF /else and Nested If/else Statement b. Switch /case Statement

34. Loops a. For loop b. Do/while loops c. While loops d. Looping with Html-Strings

35. Functions 36. Arrays 37. Library Functions

2 Theory

Lecture, PowerPoint


Labwork 7. PHP Operators using Arithmetic

5Labs


8. Assignment operators with PHP 9. Examples using if/else 10. Examples using nested if/else 11. Examples using switch/ case 12. Examples using for loop 13. Examples using do/while 14. Examples using while 15. Creating function with one argument 16. Creating function with two argument 17. Loop through indexed array 18. Examples with function Sort() 19. Examples with function rSort() 20. Examples with function aSort() 21. Examples with function k Sort() 22. PHP with multi-dimensional arrays 23. PHP with Date and Time function 24. PHP using include files

III

WORKING WITH FILE AND DIRECTORIES 5L

32. The include() function 33. Importance of POST and GET method 34. require() function 35. Php- Files & I/O 36. Opening and closing files 37. Reading file 38. Writing file 39. Working with directory 40. File uploading 41. File downloading 42. PHP Cookies 43. Create, Modify, Delete and Check Cookies 44. PHP Sessions 45. Start Session 46. Get Session 47. Modify session 48. Destroy session 49. Generating images 50. Creating images 51. Manipulating images

2 Theory

Lecture, PowerPoint


Lab work 25. Example with fopen(), 26. Example fread() 27. Example with fclose() 28. Example with fgets() 29. Example with feof() 30. Example with fgectc() 31. Example with readfile() 32. Example with session_start() 33. Example with session_destroy() 34. Example with session_unset() 35. Example with setcookie()

3Labs




of Lectures


IV

DATABASE CONNECTIVITY WITH MYSQL 10L

36. Introduction to MySQL 37. Facts about MySQL database 38. MySQL Installation 39. Importance of Xampp Server/ Wampp Server 40. Installation of Xampp server 41. Setting of Phpmyadmin 42. Connecting to MySQL 43. Creating MySQL database using PHP 44. Deleting MySQL database using PHP 45. Inserting Data to MySQL using PHP 46. Retrieving Data from MySQL using PHP 47. Updating Data to MySQL database using PHP 48. Using PHP to Backup MySQL database

3 Theory

Lecture, PowerPoint


Lab work 16. Php program to open a connection 17. Php program to close a connection 18. Php program to select database 19. Php program to insert data into table 20. Php program to delete data from database 21. Php program to update data into database 22. Php program to retrieve data from database 23. Php program to create and populate a table 24. Php program to write images and store in database 25. Php program to retrieve images from database 26. Php program to retrieve data from database with HTML

forms 27. Create a Login form and validate the form with database

connectivity 28. Upload the images/pdf files to database 29. Php program to destroy table 30. Php program to destroy database

7Labs




of Lectures


V

JQUERY 8L

43. Introduction to JQuery and its importances 44. Form validation with JQuery 45. Framework of JQuery 46. JQuery Scripting 47. JQuery Events 48. JQuery Selectors 49. Introduction to CakePHP 50. MVC pattern of CakePHP 51. How MVC Works 52. Configuration of CakePHP 53. Understanding MVC patterns 54. Setting of cakephp with apache server

3 Theory

Lecture, PowerPoint


Labwork 26. Example using jQuery hide/show 27. Example using jQuery fade 28. Example using jQuery slide 29. Example using jQuery Animate 30. Example using jQuery Get and Set 31. Example using jQuery filtering 32. Example using jQuery add and remove 33. Example using jQuery filters 34. Example using jQuery selectors 35. Example using jQuery events 36. Example using jQuery get/post 37. Example using jQuery Load

5Labs


Name of the Teacher: G DEVENDER Head, Department of Commerce Signature: Signature:

ECONOMICS


Class: M.A Final Section: Economics

Course/Paper: III ECO 403 (Environmental Economics)

Unit: 2 Theories of Natural Resource Management No. of Hours Allotted: 15


Material Balance and Entropy Law

1

Hostelling‘s Theory of Exhaustible Resources

1

Dasgupta and Heal

1

Optimal Depletion of Renewable Resources

1

Carrying Capacity of the Environment

1

Definition and Concept of Sustainable Development

1

Week VS. Strong Sustainability Criteria

1

Theories of Sustainable Development

2

Hartwick‘s Rule

1

Peace and Atkinson

1

London School

1

Safe Minimum Standard 1

Common and Perrings

1

Daly‘s Impossibility Theorem

1

Name of the Teacher: Dr. M.Savithri Head Department

Signature: Signature







1


1

Dasgupta and Heal

1


1


1


1


1


2

Hartwick‘s Rule

1

Peace and Atkinson

1

London School

1


Common and Perrings

1


1



LESSON PLAN FOR THE ACADEMIC YEAR 2016-2017(Semester IV)



Unit: 3 Theory and Policy of Pollution Control No. of Hours Allotted: 15


Optimal level of Pollution

1

Polluter pays Principle

1

Pigovian Taxes and Subsidies

1

Pollution Permits

1

Charge and Standards approach

1

Coase Theorem

1

Role of Govt. in Environmental Regulation

1

Command and Control regime

1

WTO and Environmental impacts

2

Global environmental problems

1

Ozone layer depletion

1

Hazardous and Nuclear Wastes

1

International Environmental Conference

1

Global Environmental regulations

1






Unit: 4 Measurement of Environmental Degradation No. of Hours Allotted: 15


Environmental Costs and Benefits

2

User and Non-User Benefits

1

Direct and Indirect Valuation Methods

1

Contingent Valuation Method and willingness to pay

2

Hedonic Property Values

1

Travel Cost

1

Averted Expenditure and Dose Response methods

1

UN system of Integrated Economic and Environmental Accounts 2

Green National Income and Genuine Savings

2

Environmental impact assessment and report

1

Environmental Audit

1






Unit: 1 Meaning & definition of Environmental Economics No. of Hours Allotted: 15


Definition of Environmental Economics

1

Relationship between Economics and Environment

1

Flow Chart

1

Functions of Environment

1

Components of Environment

1

Theory of Market Failure

1

Pigovian taxes and subsidies

1

Theories of Environmental Economics

2

Boulding‘s Spaceship Earth

1

Hardin‘s Tragedy of the Commons

1

Club of Rome Model

1

Schumacher‘s Small is Beautiful

1

Daly‘s Steady State Economics

1

Input-Output Models of the Environment

1






Unit: 5 Environment problems of India No. of Hours Allotted: 15


State of India‘s Environment

1

Air, Water and Soil Pollution

1

Natural Resource Depletion

1

Deforestation

1

Industrial and Agricultural Pollution

1

Urbanization

1

Vehicular Pollution

1

Impact of Green revolution techniques

2

Functions of Ministry of Environment and Forest Pollution Control Boards

1

Environmental Laws in India

1

Water and Air pollution control acts

1

Environmental protection act

1

Forest act

1

Renewable energy resources

1




Course/Paper: IV ECO 402 (Industrial Economics - I)

Unit: 2 Growth theories of Firm No. Hours allotted: 15


Growth theories of Firm

2

Downie growth theory

2

Penrose & Marries growth theory

2

Theories of Industrial Location

2

Weber Industrial Location

2

Sargent Florence Industrial Location

3

Losch Industrial Location

2

LESSON PLAN FOR THE ACADEMIC YEAR 2016-2017(Semester I)

Class: M.A Previous Section: Economics

Course/Paper: II ECO 202

Unit:1 National Income Accounting No. of Hours Allotted: 15


Approaches of Macro Economics

1

Macro Economics Variables

1

Circular Flow of Income in two sector model

1

Circular Flow of Income in three sector model

1

Circular Flow of Income in four sector model

1

Different forms of National Income accountiong

1

Social Accounting

1

Importance of Social accounting and Difficulties in Social accounting

2

Input-Output Accounting

1

Importance of Input-Output Accounting

1

Flow of funds Accounts

1

Importance of Flow of Funds

1

Balance of payments accounting

2








1


1

Dasgupta and Heal

1


1


1


1


1


2

Hartwick‘s Rule

1

Peace and Atkinson

1

London School

1


Common and Perrings

1


1



NIZAM COLLEGE : DEPARTMENT OF ENGLISH


Class : M. A Previous Section: ENGLISH

Course/Paper: ENG 105 A Modern Indian Literatures in Translation

Unit: 1 No. of Hours Allotted: 15

Name of the Teacher: Dr. Melissa Helen Head, Department of English

Signature : Signature:








Introduction 1

Concept of Sahitya; 2

Indian Concept of Translation; 2

Tradition-Modernity;

2

Progressive Writers Movement; 2

Indian Dramatic Traditions 3

Dalit Aesthetics 3

15hrs


Introduction to Poetry:

1

Jibanananda Das’ Poetry: “Banalata Sen”, “Naked Solitary Hand” “This Earth”

3

Gajanan Madhav Muktibodh: “The Orang-Outang”, “The Void Within”, “A Single Shooting Star”

3

Makhdoom Mohiuddin : “The Heart of Silence”, “Prison”, “Darkness”

3

Dalit Poetry 2

Namdeo Dhasal : “The Day She Was Gone”, “New Delhi, 1985”, “On the Way to the Dargah”

3

Total 15


Class : M. A Previous ENGLISH












Introduction to Fiction 1

U R Ananthamurthy Samskara: A Rite For A Dead Man 4

Mahasweta Devi Mother of 1084 4

Bama: Karukku 4

Further Discussions 2

Total 15


Introduction to Drama 2

Vijay Tendulkar: Silence! The Court is in Session 3

Girish Karnad: Hayavadana 4

Rabindranath Tagore: Chandalika 3

Further Discussions /presentations 3

Total 15



Course/Paper: ENG 204 A Women’s Writing






Course/Paper: ENG 204 A Women’s Writing





Introduction : 1

Sex and Gender 3

Women‟s Liberation Movement 3 Feminisms 2

Women and the Canon 2

Gynocriticism 2


Total 15hrs

Topics to be covered No. of

Hours

Introduction to Poetry: 1

Aemilia Lanyer: “Eve‟s Apology in Defense of Women” 3

Sylvia Plath : “Lady Lazarus”, “The Applicant”, “Daddy” 3

Grace Nichols: “Waterpot”, “A Praise Song for Mother”,“The Fat Black Woman Goes

Shopping” 3

Luci Tapahonso: “Blue Horses Rush In”, “Leda and the Cowboy”,“Raisin Eyes” 3


Total 15


LESSON PLAN FOR THE ACADEMIC YEAR 2013-2015-16 (Semester I)

New-CBCS (Sem I) W.e.f. 2016-17 MA (Previous) Semester I Paper II ENG 102 English Poetry (5 Credits) Dr. Sridevi

Unit

no

Topics to be covered No of

Hours: 15

Unit I Background Renaissance-Reformation; Neo-Classicism; Fancy and

Imagination; Pre-Raphaelites; War Poetry; Modernism-

Postmodernism

3

Unit II Geoffrey Chaucer The General Prologue To The Canterbury Tales

(Tran. Nevill Coghill) lines 1-42 (―When in April … I therefore will

begin‖)

3

John Milton Paradise Lost (Bk I)

John Donne ―A Valediction‖, ―The Canonization‖

Alexander Pope ―The Rape of the Lock‖ (Canto I)

Unit

III

William Blake From Songs of Innocence (―The Lamb‖, ―The

Chimney Sweeper‖) From Songs of Experience (―The Tyger‖,

―London‖)

3

William Wordsworth ―Tintern Abbey‖, ―Anecdote for Fathers‖

P B Shelley ―Ode to the West Wind‖, ―To a Skylark‖

John Keats ―Ode on a Grecian Urn‖, ―Ode to a Nightingale‖

Unit

IV

Elizabeth Barrett Browning Sonnets from the Portuguese 14 (―If

thou must love me …‖) 43 (―How do I love thee …‖)

3

Alfred Lord Tennyson ―Ulysses‖, ―The Sailor Boy‖

Robert Browning ―My Last Duchess‖, ―The Lost Leader‖

Matthew Arnold ―Self-Dependence‖, ―Dover Beach‖

Robert Browning ―My Last Duchess‖, ―The Lost Leader‖

Unit V

T S Eliot The Waste Land 3

Phillip Larkin ―Best Society‖, ―Churchgoing‖

Seamus Heaney ―Digging‖, ―Alphabets‖

Carol Ann Duffy ―Originally‖, ―Havisham‖

Unit Background

Antebellum and Postbellum America; Puritanism;

Transcendentalism; The American Romantics; American

Frontier

3

Unit II

Poetry

William Cullen Bryant ―A Forest Hymn‖, ―The Yellow

Violet‖, ―America‖

3

Edgar Allen Poe ―Raven‖, ―Dream Land‖

Emily Dickinson ―Because I could not stop for death‖, ―I taste

a liquor never brewed‖, ―„Hope‟ is the thing with feathers‖

Unit III

Fiction

Nathaniel Hawthorne The Scarlet Letter 3

Herman Melville Billy Bud

Mark Twain The Adventures of Huckleberry Finn

Unit IV

Drama

Eugene O‟Neill Desire Under the Elms 3

Tennessee Williams The Glass Menagerie

Arthur Miller All My Sons

Unit V prose

and Short

Fiction

Ralph Waldo Emerson ―The American Scholar‖ 3

Henry David Thoreau ―Civil Disobedience‖

William Faulkner ―Wealthy Jew‖

LESSON PLAN FOR THE ACADEMIC YEAR 2013-2015-16 (Semester III)

New-CBCS (Sem III) W.e.f. 2016-17 MA (Final) Semester III Paper II ENG 302 American Literature—I (5 credits)..Dr.Sridevi

Unit no Topics to be covered No of Hours:

15

Unit I

Background American Dream; Race; Ethnicity; Multiculturalism; Realism

3

Unit II

Poetry Walt Whitman ―Out of the Cradle Endlessly Rocking‖, ―When Lilacs Last in the Dooryard Bloom‘d‖ ‖

3

Robert Frost ―Home Burial‖, ―Birches‖, ―After Apple Picking‖ ‖

Wallace Stevens ―Emperor of Ice-cream‖, ―Showman‖, ―Thirteen Ways of Looking at a Blackbird‖

Unit III

Fiction Scott Fitzgerald The Great Gatsby

3

Ernest Hemingway The Old Man and the Sea

Saul Bellow Seize the Day

Unit IV

Drama Lorraine Hansberry A Raisin in the Sun 3 Edward Albee Who’s Afraid of Virginia Woolf?

August Wilson The Piano Lesson

Unit V

Prose and Short Fiction Alice Walker ―In Search of our Mother‘s Gardens‖

3

Bernard Malamud ―The Magic Barrel‖ ‖

Issac Asimov ―Bicentennial Man‖



Class : MA Previous Section: English Literature

Course/Paper: Sem-I / P-IV

Unit: 1-5 English Language and Phonetics No. of Hours Allotted:

15

Unit no: Topics to be covered No. of Hours

1

a) Language as a System of Communication: Features of Human

Communication, Differences between Animal and Human Communication.

4

b) Verbal Communication: Formal vs Informal Communication, One way

vs Two way Communication.

c) Non-verbal Communication: Aspects relating to body language.

2

a) Phonetics: Articulatory Phonetics: Definition, Organs of Speech, Speech

Mechanism (air-stream mechanism)

4

b) Phonetic sounds vs Phonemic sounds; Classification of Phonemic

Sounds IPA, Phonemic transcription (word and sentence levels)

c) Description of Consonant sounds and Vowel Sounds

3

a) Word Accent/Stress: Syllable, Syllabification, Primary and Secondary

Stress, Rules of Word Stress, Consonant clusters

4

b) Aspects of Connected Speech: Weak forms and Elision

c) Intonation: Tones of intonation and meaning making

4

a) Levels of Language Description – Phonology: Definition, Scope and

Other Aspects

3

b) Morphology: Definition, Scope and Other Aspects

c) Syntax: Definition, Scope and Other Aspects

Name of the Teacher: Dr.J.Madhavi Head, Department of English




Course/Paper: Sem-II / P-II

Unit: 1-5 English Prose No. of Hours Allotted: 15


1

Background:

Origin and Development of the English Essay; Utopia. 3

Translation of the Bible; Allegory; Satire

2

Philip Sidney: An Apologie for Poetrie 3 Francis Bacon: ―Of Studies‖, ―Of Truth‖, ―Of Revenge‖

John Bunyan: The Pilgrim‘s Progress (from ―As I walked through the

wilderness of this world …‖ till the paragraph ending with the line ―The

name of the one was Simple, another Sloth, and the third Presumption.‖)

3

Jonathan Swift: ―The Battle of the Books‖ 3

Joseph Addison: ―Sir Roger in Church‖, ―The Aims of the Spectator‖

Samuel Johnson: Preface to Shakespeare (Up to the paragraph beginning

―So careless was this great poet…‖)

4

Charles Lamb: ―Dream Children‖, ―Old China‖ 3

William Hazlitt: ―The Indian Jugglers‖, ―On People with One Idea‖

John Ruskin: Unto This Last (Section I)

5

Bertrand Russell: ―The Ethics of War‖, ―Education and Discipline‖ 3

Virginia Woolf: A Room of One‘s Own

George Orwell: ―Politics and the English Language‖, ―Reflections on

Gandhi‖




Class : MA Final Section: English Literature

Course/Paper: Sem-III / P-III

Unit: 1-5 Indian Writing in English-1 No. of Hours Allotted:

15


1

Background:

a) 19 Century Reform Movements in India; The Indian National Movement; 3

b) Rise of the Indian Novel; Caste-Class; The New Indian Woman

2

Poetry Henry Derozio: ―The Harp of India‖, ―To My Native Land‖

3

Toru Dutt: ―Sita‖, ―Our Casuarina Tree‖, ―My Vocation‖ Sri Aurobindo: ―Silence is all‖, ―Is this the end?‖, ―The Dual Being‖

Sarojini Naidu: ―The Pardah Nashin‖, ―Ghanashyam‖, ―The Gift of India‖

3

Fiction Bankimchandra Chatterjee: Rajmohan‘s Wife

3

Krupabai Satthianadhan: Kamala: a Story of Hindu Life

Zeenuth Futehally: Zohra

4

Fiction

Mulk Raj Anand: Untouchable 3

Raja Rao: Kanthapura

R K Narayan: The Man-Eater of Malgudi

5

Prose

B R Ambedkar: ―The Annihilation of Caste‖ 3

Jawaharlal Nehru: ―The Quest‖ (Chapter 3; The Discovery of India)

Arundhati Roy: ―The Ladies Have Feelings, So...Shall We Leave It To The

Experts?‖





Course/Paper: Sem-IV / P-IV

Unit: 1-5 Academic Writing and Research Methodology No. of Hours Allotted:

15


1

a) Factors Influencing Effective Writing : Mechanics of Writing, Purpose of

writing, Audience/reader, Organisation- Cohesion and Coherence

4

b) Features of Academic Writing : Introduction, Complexity, Formality, Precision, Objectivity, Explicitness, Accuracy and Appropriacy, Relevance,

Hedging

c) Academic Writing Forms: Paragraph Development, Précis Writing, Building

Argument, Making Counter Argument, Managing tone and tenor

2

a) Study Skills and Academic Skills: Note Taking, Note Making, Information Transfer and Reference Skills, Paraphrasing (Change of parts of speech, word

order, synonyms, using passive form), Summarizing (Steps in summarising)

4

b) Essay and Report Writing: Descriptive Writing, Narrative Writing; General

Reports, Feasibility reports, Progress reports, Evaluation reports, Writing for Media

c) Writing Book Reviews and Film Reviews

3

a) Criteria of Good Research; Avoiding Plagiarism 4

b) Types of Research:

Primary and Secondary Research; Research Design: Statement of the

Problem, Survey of relevant literature, Making hypotheses, developing objectives; Research Tools

c) Analysis and Data Interpretation:

(Collecting the data, analysing and interpreting the data,testing the

hypotheses)

4

a) Preparing an outline for Research Articles and Thesis

3

b) Documentation Format: APA style

c) Documentation Format: MLA style






Course/Paper: Sem-I / P-IV

Unit: 1-5 English Language and Phonetics No. of Hours Allotted:

15


1

a) Language as a System of Communication: Features of Human

Communication, Differences between Animal and Human Communication.

4

b) Verbal Communication: Formal vs Informal Communication, One way

vs Two way Communication.

c) Non-verbal Communication: Aspects relating to body language.

2

a) Phonetics: Articulatory Phonetics: Definition, Organs of Speech, Speech

Mechanism (air-stream mechanism)

4

b) Phonetic sounds vs Phonemic sounds; Classification of Phonemic

Sounds IPA, Phonemic transcription (word and sentence levels)

c) Description of Consonant sounds and Vowel Sounds

3

a) Word Accent/Stress: Syllable, Syllabification, Primary and Secondary

Stress, Rules of Word Stress, Consonant clusters

4

b) Aspects of Connected Speech: Weak forms and Elision

c) Intonation: Tones of intonation and meaning making

4

a) Levels of Language Description – Phonology: Definition, Scope and

Other Aspects

3

b) Morphology: Definition, Scope and Other Aspects

c) Syntax: Definition, Scope and Other Aspects





Course/Paper: Sem-II / P-II

Unit: 1-5 English Prose No. of Hours Allotted: 15


1

Background:

Origin and Development of the English Essay; Utopia. 3

Translation of the Bible; Allegory; Satire

2

Philip Sidney: An Apologie for Poetrie 3 Francis Bacon: ―Of Studies‖, ―Of Truth‖, ―Of Revenge‖

John Bunyan: The Pilgrim‘s Progress (from ―As I walked through the

wilderness of this world …‖ till the paragraph ending with the line ―The

name of the one was Simple, another Sloth, and the third Presumption.‖)

3

Jonathan Swift: ―The Battle of the Books‖ 3

Joseph Addison: ―Sir Roger in Church‖, ―The Aims of the Spectator‖

Samuel Johnson: Preface to Shakespeare (Up to the paragraph beginning

―So careless was this great poet…‖)

4

Charles Lamb: ―Dream Children‖, ―Old China‖ 3

William Hazlitt: ―The Indian Jugglers‖, ―On People with One Idea‖

John Ruskin: Unto This Last (Section I)

5

Bertrand Russell: ―The Ethics of War‖, ―Education and Discipline‖ 3

Virginia Woolf: A Room of One‘s Own

George Orwell: ―Politics and the English Language‖, ―Reflections on

Gandhi‖





Course/Paper: Sem-III / P-III

Unit: 1-5 Indian Writing in English-1 No. of Hours Allotted:

15


1

Background:

c) 19 Century Reform Movements in India; The Indian National Movement; 3

d) Rise of the Indian Novel; Caste-Class; The New Indian Woman

2

Poetry Henry Derozio: ―The Harp of India‖, ―To My Native Land‖

3

Toru Dutt: ―Sita‖, ―Our Casuarina Tree‖, ―My Vocation‖ Sri Aurobindo: ―Silence is all‖, ―Is this the end?‖, ―The Dual Being‖

Sarojini Naidu: ―The Pardah Nashin‖, ―Ghanashyam‖, ―The Gift of India‖

3

Fiction Bankimchandra Chatterjee: Rajmohan‘s Wife

3

Krupabai Satthianadhan: Kamala: a Story of Hindu Life

Zeenuth Futehally: Zohra

4

Fiction

Mulk Raj Anand: Untouchable 3

Raja Rao: Kanthapura

R K Narayan: The Man-Eater of Malgudi

5

Prose

B R Ambedkar: ―The Annihilation of Caste‖ 3

Jawaharlal Nehru: ―The Quest‖ (Chapter 3; The Discovery of India)

Arundhati Roy: ―The Ladies Have Feelings, So...Shall We Leave It To The

Experts?‖





Course/Paper: Sem-IV / P-IV

Unit: 1-5 Academic Writing and Research Methodology No. of Hours Allotted:

15


1

a) Factors Influencing Effective Writing : Mechanics of Writing, Purpose of writing, Audience/reader, Organisation- Cohesion and Coherence

4

b) Features of Academic Writing : Introduction, Complexity, Formality,

Precision, Objectivity, Explicitness, Accuracy and Appropriacy, Relevance,

Hedging

c) Academic Writing Forms: Paragraph Development, Précis Writing, Building

Argument, Making Counter Argument, Managing tone and tenor

2

a) Study Skills and Academic Skills: Note Taking, Note Making, Information

Transfer and Reference Skills, Paraphrasing (Change of parts of speech, word

order, synonyms, using passive form), Summarizing (Steps in summarising)

4

b) Essay and Report Writing: Descriptive Writing, Narrative Writing; General

Reports, Feasibility reports, Progress reports, Evaluation reports, Writing for

Media

c) Writing Book Reviews and Film Reviews

3

a) Criteria of Good Research; Avoiding Plagiarism 4

d) Types of Research: Primary and Secondary Research; Research Design: Statement of the

Problem, Survey of relevant literature, Making hypotheses, developing

objectives; Research Tools e) Analysis and Data Interpretation:

(Collecting the data, analysing and interpreting the data,testing the

hypotheses)

4

a) Preparing an outline for Research Articles and Thesis

3

b) Documentation Format: APA style

c) Documentation Format: MLA style



NIZAM COLLEGE: DEPARTMENT OF ENGLISH

LESSON PLAN FOR THE ACADEMIC YEAR 2016 -2017 (Semester II)

Class and Section: B.A.I C, B.Sc. I C

Course/Paper: General English

Unit: IX (Prose- The Bet, Poetry-No Men are Foreign )

No. of Hours Allotted: 15


Prose : The Bet Pre- reading activity, About the author Anton Chekov

(10)

1

Text, Glossary and references 2

Discussion questions short and essay type, Genre study 2

Language Development Activities 1

Writing (Paragraph writing, Dialogue writing, Creative writing) 2

Speaking, Listening and Soft skills 2

Poetry: No Men are Foreign

Pre- reading activity, About the poet James Kirkup (5)

1

Poem, Glossary and references

1

Discussion questions short and essay type, Genre study

1

Language Development Activities, Writing (Critical appreciation, Creative writing) 1



Class and Section: B.A.I C, B.Sc. I C


Unit: VIII (Prose- An Accursed House, Poetry- The Ballad of the Landlord)



Prose : An Accursed House Pre- reading activity, About the author Emile Gaboriau

(10)

1




Writing (Descriptive writing, Change of Speech) 2


Poetry: The Ballad of the Landlord

Pre- reading activity, About the poet Langston Hughes (5)

1


1


1



Head

Name of the Teacher: Ms. Padma Patwari Department of English



Class and Section: B.A.I C, B.Sc. I C Course/Paper: General English

Unit: VII (Prose-The Open Window, Poetry- Conversation)



Prose : The Open Window

Pre- reading activity, About the author Saki

(10)

1




Writing (Paragraph writing, Dialogue writing) 2


Poetry: Conversation

Pre- reading activity, About the poet Louis MacNeice

(5)

1


1


1



Class and Section: B.A.I C, B.Sc. I C Course/Paper: General English

Unit: VI (Prose-The Gold Frame, Poetry- Mirror) No. of Hours Allotted: 15


Prose : The Gold Frame

Pre- reading activity, About the author R.K. Laxman

(10)

1




Writing (Paragraph writing, Creative writing, Dialogue writing) 2


Poetry: Mirror

Pre- reading activity, About the poet Sylvia Plath

(5)

1


1


1

Language Development Activities, Writing (Paraphrase, Creative writing) 1


Head

Name of the Teacher: Ms. Padma Patwari Department of English



Class and Section: B.A.I C, B.Sc. I D, B.Com I B Course/Paper: General English

Unit: I (Prose-The Thief, Poetry- On Television) No. of Hours Allotted: 15


Prose: The Thief Pre- reading activity, About the author Ruskin Bond

(10)

1






Poetry: On Television

Pre- reading activity, About the poet Roald Dahl (5)

1


1


1




Class and Section: B.A.I C, B.Sc. I D, B.Com I B Course/Paper: General English

Unit: I (Prose-Romance Of a Busy Broker, Poetry- Ode to the Clothes) No. of Hours Allotted: 15


Prose: Romance Of a Busy Broker Pre- reading activity, About the author O‘Henry

(10)

1






Poetry: Ode to the Clothes

Pre- reading activity, About the poet Pablo Neruda (5)

1


1


1



Head

Name of the Teacher: Dr.D.Parameshwari Department of English


LESSON PLAN FOR THE ACADEMIC YEAR 2016 -2017 (Semester I)

Class and Section: B.A.I C, B.Sc. I D, B.Com I B


Unit: I (Prose-The Blue Bouquet Road, Poetry- Curious Mishaps) No. of Hours Allotted: 15


Prose: The Blue Bouquet Road Pre- reading activity, About the author Octavia Paz Lozano

(10)

1






Poetry: Curious Mishaps

Pre- reading activity, About the poet Vikram Seth (5)

1


1


1



Head

Name of the Teacher: Dr.D.Parameshwari Department of English



LESSON PLAN FOR THE ACADEMIC YEAR 2016-18 (Semester I) (Sem I) W.e.f. 2016-17 MA (Previous) Semester I Paper I ENG 101 The English Language: History, Description and Practice (5 Credits)... Dr. Konda Nageswara Rao


Unit no Topics to be covered No of hours

Unit I

a) Indo-European Family of Languages and its Branches; Grimm‘s Law

3

b) Descent of English: Important features of Old English—Spelling and Pronunciation, Vocabulary

c) Middle English and Modern English: the Norman conquest, Major Changes in the English Language during Middle English Period, The Rise of Standard English; General Characteristics of Modern English

Unit II 3

a) Foreign Contribution to the Growth of Vocabulary: Influence of Greek, Latin, French and German on the English language

b) Word Formation—Different Processes

c) Change of Meaning—Different Processes

Unit III

3

a) Structure of the English Noun Phrase

b) Structure of the English Verb Phrase

c) The Simple Sentence—its types, constituents and organization; Coordination and Subordination—their semantic implications

Unit IV

3

a) Dialect: ‗The Standard‘ Dialect; Idiolect; Register

b) Style; Jargon; Slang

c) British English and American English: Differences in Spelling and Pronunciation

Unit V 3

a) Functional Grammar: Transformations: Direct and Reported Speech (Use of Reporting Verbs), Degrees of Comparison

b) Functional English-I: Introducing oneself and others, Asking questions and giving polite replies, Complaining and Apologizing, Persuading people, Taking the initiative/Turn Taking

c) Functional English-II: Seeking permission, Inviting friends / colleagues, Complimenting, Expressing sympathy, Telephone etiquette

LESSON PLAN FOR THE ACADEMIC YEAR 2016-18 (Semester I) New-CBCS (Sem II) W.e.f. 2016-17 MA (Previous) Semester II Paper I ENG 201 English Language Teaching: History, Approaches and Methods (5 Credits) ...Dr. Konda Nageswara Rao

Unit I Topics to be covered No of Hours

a) History of English Language Teaching in India: Some Important Pre-Independence Landmarks: Macaulay‟s Minute-a critique; Woods Despatch (1854); Indian Education Commission (1882); Indian Universities Commission (1902)

3

b) Landmarks in English Education in India after Independence: Radhakrishnan Commission (University Education Commission, 1948); Kothari Commission -Three Language Formula (1964-66), Curriculum Development Commission, Acharya Ramamurti Commission (1990); The National Knowledge Commission Report (2006- 10)

c) Teaching English as a second language: Role of English in India; Objectives of Teaching English as a Second Language in India

Unit II

4

a) Behaviourism and its Implications for ELT: Pavlov‟s Classical Conditioning, Thorndike‟s Connectionism, Skinner‟s Operant conditioning

b) Cognitivism and its Implications for ELT: Gestalt Theory; Chomsky‟s Cognitive Theory- Competence vs Performance; Dell Hymes‟ Communicative Competence

c) Language Acquisition Process: Differences between First Language Acquisition and Second Language Learning

Unit III

3

a) Approaches and Methods: Grammar Translation method, Direct Method, Reading Method, Audio-Lingual Method, Bilingual Method, Eclectic Method

b) Communicative Language Teaching (CLT), Task Based Learning and Teaching

c) Humanistic Approaches: Community Language Learning, Suggestopedia

Unit IV

2

a) Teaching LSRW and their Sub-skills

b) Curriculum and Syllabus: Components, Needs Analysis, Goals and Objectives; Course Evaluation

c) Types of Syllabi: Structural Syllabus, Notional - Functional Syllabus, Task-based Syllabus

Unit V

3

a) Language Testing: Definition and Types of Language Testing

b) Characteristic Features of an Effective Test: Validity, Reliability, Feasibility

c) Testing Language Skills: Listening, Speaking, Reading, Writing, Vocabulary, Grammar


LESSON PLAN FOR THE ACADEMIC YEAR 2016-18 (Semester I) (Sem III) W.e.f. 2016-17 MA (Final) Semester III Paper I ENG 301 English Language Teaching: Classroom Techniques and Practical English (5 Credits) Dr. Konda Nageswara Rao

Unit No Topic to be covered No of Hours

Unit I a) Error Analysis Theory; Identifying and dealing with Common Learner Errors; Remedial Teaching

3

b) Techniques of Teaching Grammar and Vocabulary

c) Techniques of Teaching Prose, Poetry and Drama;

Unit II 3

a) Classroom Techniques: Lecture Method-Advantages and Disadvantages

b) Learner Centred Approach: Classroom Discussion, Pair Work, Group Work, Role Play

c) Team Teaching and Teaching Large Classes

Unit III 3

a) Teaching Aids: Use of the Blackboard, Flip Charts, Realia

b) Audio-visual Aids: OHP, PPT

c) Using technology: Computer Aided Language Learning (CALL), Importance of English Language Laboratory

Unit IV 3

a) Teaching of Literature: Teaching Language through Literature: Important Techniques

b) Stylistic Approach to the Teaching of Literature: Norm, Deviation and Foregrounding

c) Designing language tasks from literary texts.

Unit V 3

a) Practical English I: Essentials of Presentation Skills, Elocution, Debate, Compeering, Interviews, Group Discussions

b) Practical English II: Corporate/business communication: Inter Office Memos (IOMs), Notices, Agenda and Minutes of Meeting

c) Practical English III: Business Letters: Letter of enquiry, Letter of complaint, Letter of reply.


LESSON PLAN FOR THE ACADEMIC YEAR 2016-18 (Semester I) Sem IV) W.e.f. 2016-17 MA (Final) Semester IV Paper I ENG 401 English Language Teaching: Major Developments in L1 and L2 (5 Credits)..Dr.Konda Nageswara Rao

Unit No Topics to be covered No of Hours

Unit I a) The Human Brain and its Functions - Language Acquisition and Learning

b) First Language Acquisition - Stages of Language Development in a Child

c) Learning Disabilities with special focus on Aphasia

Unit II a) Major Findings in L2 Research 3

b) Models of Second Language Acquisition I: The Linguistic Process Focus: The Monitor Model, The Conscious Reinforcement Model, The Strategy Model

c) Models of Second Language Acquisition II: The Social Process Focus: The Social

Psychological Model, The Acculturation Model, The Social Context Model, The Intergroup Model

Unit III a) Language Learning Strategies (LLS) : Definition, Early Research on LLS, The Good Language Learner Research

3

b) Modern Research on LLS: Rebecca Oxford‘s Classification of LLS:Direct Strategies: Memory Strategies, Cognitive Strategies, Compensation Strategies; Indirect Strategies: Meta-cognitive Strategies, Affective Strategies, Social Strategies

c) Mind Mapping, Learner Autonomy, Learning Styles

Unit IV 3

a) Socio-Linguistics: Language, Society and Culture: Their Relationship

b) World Englishes: Braj Kachru and Tom McArthur models; New Englishes: Current trends in the spread of English

c) Beyond Methods: Kumaravadivelu‘s Concept of Postmethod Pedagogy, Macrostrategic Framework

Unit V 3

a) Principles of Designing ESP courses: English for Academic Purposes (EAP), English for

Science and Technology(EST), English for Occupational Purposes (EOP)

b) Teaching and testing Group Discussion (GD) and Interviews

c) Steps to design a Standard test, Designing objective type tests, Study of the Samples of TOEFL and IELTS, Competitive Tests at State and National Levels




Unit I


3



Unit II 3




Unit III

3




Unit IV

3




Unit V 3





LESSON PLAN FOR THE ACADEMIC YEAR 2016-18 (Semester I) New-CBCS (Sem II) W.e.f. 2016-17 MA (Previous) Semester II Paper I ENG 201 English Language Teaching: History, Approaches and Methods (5 Credits) ...Dr. Konda Nageswara Rao Unit I Topics to be covered No of

Hours


3



Unit II

4




Unit III

3




Unit IV

2




Unit V

3








3



Unit II 3




Unit III 3




Unit IV 3




Unit V 3















3



Unit IV 3




Unit V 3








Unit I


3



Unit II 3




Unit III

3




Unit IV

3




Unit V 3





LESSON PLAN FOR THE ACADEMIC YEAR 2016-18 (Semester I) New-CBCS (Sem II) W.e.f. 2016-17 MA (Previous) Semester II Paper I ENG 201 English Language Teaching: History, Approaches and Methods (5 Credits) ...Dr. Konda Nageswara Rao Unit I Topics to be covered No of

Hours


3



Unit II

4




Unit III

3




Unit IV

2




Unit V

3








3



Unit II 3




Unit III 3




Unit IV 3




Unit V 3















3



Unit IV 3




Unit V 3





GENITICS

NIZAM COLLEGE : DEPARTMENT OF GENETICS


Class : B.ScI year Section: Mb.G.C

Course/Paper: -1 Transmission Genetics


Name of the Teacher: Sandhya.Jagtap Head, Department of Genetics



Hours

Mendel‘s experiments- Choice of material, characters 2

Terminology and definitions – Mendel‘s factors, phenotypes, genotype, locus,

allele, homozygotes, heterozygotes, purelines, filial generations, reciprocal

cross, back cross, test cross

3

Law of Segregation- Monohybrid crosses with examples 2

Law of Independent Assortment – Dihybrid and Trihybrid crosses with

examples.

2

Mendelian Inheritance in Man - Construction of pedigrees. Law of

Independent Assortment – Dihybrid and Trihybrid crosses with examples

3

Determination of autosomal dominant (polydactyly), recessive (albinism), and

X—linked (hemophilia) conditions from pedigrees.

3


Class : B.Sc Section: Mb.G.C

Course/Paper: -1 Transmission Genetics

Unit: 2 No. of Hours Allotted:15




Hours

Eukaryotic Cell cycle - Phases of cell cycle G0, G1, S, G2 2

Genes that determine the cell cycle – cyclins, CDK proteins,

role of P53

in cell cycle. 3

Mitosis – Stages in mitotic cell division- significance of mitosis

3

Meiosis - Formation of Synaptonemal complex, crossing

over, chiasma formation, significance of meiosis

3

Gametogenesis in Plants 2

Gametogenesis in Animals & Human 2



Course/Paper: Transmission Genetics -1


Name of the Teacher:

Sandhya.Jagtap Head, Department of Genetics



Hours

Variations to Dominance - Penetrance and

Expressivity; Co-dominance& Incomplete dominance

2

Pleiotropism. 2

Lethal and Sub-lethal Genes – Dominant and recessive Lethals

2

Modification of Mendel‘s Ratios - Different types of

Epistasis with examples from different organisms 2

. Paramutation – mottling phenotypes in maize;

Segregation distortion – Sd gene in Drosophila

2

Multiple alleles – theories of multiple allelic inheritance- Eye color in Drosophila, coat color in

mice and rabbits.

2

ABO blood groups in man-inheritance, blood group

incompatibility in transfusion, maternal fetal

tolerance

2

Self incompatibility in plants 1



Course/Paper: Transmission Genetics -1



Sandhya.Jagtap Head, Department of Genetics



Discovery of linkage & Phases of linkage 1

Chiasmata and crossing over. 2

. Cytological proof for crossing over and

recombination 3

Recombination frequencies, Linkage analysis- 2-point, 3-point test crosses.

3

Recombination frequencies, Linkage analysis- 2-

point, 3-point test crosses. 3

Gene mapping in Neurospora – Tetrad Analysis 2

Mitotic Recombination- Aspergillus.

1



Course/Paper: -2 GENETIC ANALYSIS

Unit:1 No. of Hours Allotted: 15




Hours Complex loci – Rh blood group system in man,

CDE alleles, maternal fetal incompatibility -

Erythroblastosis Fetalis

3

Histocompatibility Loci – HLA system, organ

transplantation.

2

Genes and Environment. Temperature effect - infra and ultra bar eye in

Drosophila, coat color in rabbits.

3

Phenocopies – Microcephaly, Phocomelia and

Amelia, Cleft lip and palate 2

Environment effects on Twins.

1

Features of Quantitative Inheritance- Additive

effect; Kernel color and size in Maize, Skin color, height and IQ in man

3

Multifactorial inheritance – hypertension,

diabetes mellitus 1








Hours

Chromosome morphology- size and shape;

Euchromatin and Heterochromatin- constitutive and facultative heterochromatin.

3

Components of Chromatin, Histones & Non-histones. 2

Packing of DNA into Chromatin – Nucleosome and higher order organization

2

Specialized Chromosomes – Lampbrush

chromosomes, Polytene Chromosomes, Super numerary chromosomes.

2

Chromosome Variation – Structural aberrations-

Duplications, Deletions, Inversions & Translocations

with examples, Genetic consequences

3

. Numerical aberrations – aneuploidy, euploidy auto-

polyploidy and allo- polyploidy with examples, Genetic consequences.

3








Hours Primary and secondary sex determination

1

Mechanisms of sex determination in Insects,

Birds, Melandrium, Human, Bonellia.

2

Sex-Linked inheritance – color blindness,

Haemophilia, Duchenne Muscular Dystrophy,

Vitamin D resistant rickets, body color in Drosophila

3

Sex chromatin & X-inactivation – inactivation

center – dosage compensation – position

effect variegation – gynandromorphs

3

Y-linked inheritance – Holandric genes –

hypertrichosis pinnae, SRY gene 2

Partial sex linkage- Bobbed bristles in

Drosophila, PAR region in man 2

Sex limited and sex- influenced characters with

examples 2





Name of the Teacher: Sandhya.Jagtap Head, Department ofGenetics



Hours

Recombination and Gene mapping in Bacteria. a) Transformation. b) Conjugation. c) Transduction

3

Bacteriophage mutants 2

Recombination in Viruses 2

Chloroplast and Mitochondrial Inheritance 2

Maternal Inheritance – Laber‘s Optic atrophy, shell

coiling in snails 3

Extrachromosomal inheritance in Paramecium, Yeast,

Drosophila 3



Course/Paper: -3 GENE AND GENOME SRUCTURE, ORGANIZATION & EXPRESSION


Name of the Teacher: Sandhya.Jagtap Head, Department ofGenetics



Hours

Structure of DNA – Primary, secondary and tertiary –

Watson and Crick Model – Forms of DNA. 2

. Structure of RNA – m-RNA, t-RNA & r-RNA & other types such as sn RNA, micro RNA, interference

RNA

3

DNA as Genetic material, transforming principle,

Hershey and Chase experiment 2

RNA as Genetic Material 2

Replication of DNA-Semi conservative &

Conservative methods, Meselson and Stahl‘s

experiment

3

Mechanism of DNA replication-circular & linear 2

Enzymes involved in DNA replication. 1





Name of the Teacher: B.R.K.Murthy Head, Department of Genetics



Hours

Nuclear genome organization, genes and gene numbers

2

Denaturation and renaturation. 2

Dissociation and re-association of DNA, reassociation kinetics of DNA – melting temperature (Tm values)

and cot curves

3

Kinetic classes of DNA, single copy sequences,

repeated sequences – moderately repetitive, highly repetitive – inverted, tandem and

palindromic repeats

3

Satellite DNA. 2

Organisation of Eukaryotic gene- exons, introns,

promoters and termination sequences. 3

LESSON PLAN FOR THE ACADEMIC YEAR 2016-2017 (SemesterIII)




Name of the Teacher: B.R.K.Murthy Head, Department ofGenetics



Hours

Gene families and clusters egs., Histone genes and

Globin genes 2

Mitochondrial and Choloplast genome organization, evolutionary significance

2

Compound eye locus in Drosophila – white eye and

lozenge gene in Drosophila 3

One gene – one enzyme hypothesis egs. from

Human and Neurospora 2

Analysis of rII locus 2

Co-linearity between gene and polypeptide,

tryptophan synthetase 2

Intra codon recombination 2

LESSON PLAN FOR THE ACADEMIC YEAR 2016-2017 (SemesterIII)


Course/Paper: -3GENE AND GENOME SRUCTURE, ORGANIZATION & EXPRESSION





Hours

Transcription- template of transcription - sense and antisense strands

2

Formation of RNA transcripts: m-RNA, m-RNA

splicing in eukaryotes. 3

Reverse transcription 2

Translation- initiation, elongation and termination 3

Genetic code 2

Polypeptide synthesis – distinguishing features between

prokaryotes and eukaryotes during peptide synthesis.

3

LESSON PLAN FOR THE ACADEMIC YEAR 2017-2018 (SemesterIV)


Course/Paper: -4 MOLECULAR GENETICS





Hours

Gene regulation in Bacteria- positive and negative regulation, inducible and repressible regulation.

3

Lac operon & Tryptophan operon 3

Lytic cascade in phage 2

Gene regulation in Eukaryotes – transcriptional

regulation, enhancers, transcriptional motifs 3

Gal locus regulation in Yeast 2

Regulation of mating types in yeast 2








Hours

Differential expression of hemoglobin genes 2

Gene expression in development, pattern formation

in Drosophila 4

Host Restriction & modification, Restriction

enzymes- Type I, II & III 3

Vectors used for gene transfer- plasmids, cosmids and lambda phage, & other vectors

2

Cloning strategies-steps in Gene Cloning 2

Genomic & cDNA libraries 2








Hours

Spontaneous and induced mutations 2

Chemical and physical mutagens – alkylating agents, base analogs, UV and gamma rays

3

Mutations at molecular level. a) Transitions and transversions.

b) Deletions and additions- Frame shift mutations

3

Detecting mutations in prokaryotes- Auxotrophic

mutations, Ames test 2

Detection of mutations in Eukaryotes- Russel‘s

test and DLTS in mice. 2

SLRL tests in Drosophila-CLB test & Attached X test

2







LESSON PLAN FOR THE ACADEMIC YEAR 2016-2017 (Semester V)

Class : B.Sc III year Section: MGC

Course/Paper:PAPER-5Genetics of population And breeding principles Theory

Unit: UNIT-1 Structure of population No. of Hours Allotted: 15

Topics to be covered No. of Hours 1.1. The Concept of Population, Demes and Mendelian Population. 2 1.2 Random mating population-genetic Equilibrium, Hardy-Weinberg law. 2 1.3 Establishment of Equilibrium for diallelic Locus, Multiple Alleles, X-Linked genes. 2 1.4 Factors affecting equilibrium-Mutations, Migration, Selection and Random Genetic Drift. 2 1.5 Inbreeding and Its Effects. 2 1.6 Estimation of inbreeding coefficient using Pedigrees. 2 1.7 Inbreeding Depression. 2 1.8 Genetic load - mutational and segregational. 1




Hours

DNA damage and repair mechanisms Photo-reactivation, excision repair, SOS repair,

recombinational repair and error prone repair.

4

Transposable elements–structure and function 3

Bacteria- IS elements, Transposons and plasmids 2

Maize- Ac, Ds and Spm system 2

Drosophila – P-element and hybrid dysgenesis 2

Yeast- Ty element 2




Unit: UNIT-2Quantitative Traits and Population ImprovementNo. of Hours Allotted: 15


2.1 Quantitative Character’s Vs Qualitative Characters. 2

2.2 Features of qualitative Inheritance-Additive effects. 2

2.3 Kernal Color in Maize, Skin Color, Height and IQ in man. 2

2.4 Normal distribution, Types of Gene Action, Heritability of trait. 2

2.5 Selection and Breeding Methods in Animals. 2

2.6 Inbreeding-Cross Breeding-Heterosis-Hybrid Vigour. 2

2.7 Modes of Selections-Progeny testing And Pedigree Analysis. 3






Unit: UNITS-3 Selection and Breeding methods in plantsNo. of Hours Allotted: 15

Topics to be covered No. of Hours 3.1 Self pollinated crops, purelines, backcross, Line breeding. 3

3.2 Cross pollinated crops. 3

3.3 Hybrids. 2

3.4 Cross breeding And Heterosis. 2

3.5 Mutation-spontaneous and induced Mutations - utility in Plant breeding. 2

3.6 Chromosome Engineering in Plants-Role of Different types of ploidy in crop improvement 3

Name of the Teacher: Head, Department of Genetics



Class : B.Sc III YEAR Section: MGC

Course/Paper:PAPER 6Biometry and Evolutionary Genetics Theory

Unit: UNIT I Statistical Analysis in Genetics No. of Hours Allotted: 15


1.1 Frequency distribution – Grouping and graphical presentation of biological data. 2

1.2 Measures of central tendency – Mean, Median, Mode. 2

1.3 Meaure of dispersion – variance, standard deviation, standard error and coefficient of variance.

2

1.4 Test of hypothesis – chi square test, small sample test, student t test, paired t test. 2

1.5 Probability theory – mutually exclusive events and independent event 2

1.6 Use of probability in testing segregation of genes. 3

1.7 Probability distributions – binomial, Poisson and normal distribution. 1

1.8 Discrete and Continuous genetic variables. 1






Unit: UNIT II Organic Evolution. No. of Hours Allotted: 15


2.1 Theories of Organic Evolution –Lamarckism, Darwinism 3

Wiesmann`s germplasm theory De-Vries theory on mutation 3

2.2 Origin of life and molecular evolution – theories of origin of life 3

Organismal concept – Millers experiment 3

Interdependence of nucleic acids and proteins leading to formation of first organism 2

proto cell model – oparins coacervates – protenoidmicrospheres - Evolution of genetic code. 1






Unit: UNIT III Phylogenetic Analysis. No. of Hours Allotted: 15


3.1 Genetic polymorphism – theories on maintainance of genetic polymorphism. 3

3.2 Evidences based on biochemical polymorphism. 3

3.3 Protein evolution – Evolution of Haemoglobin and Cytochrome – c 3

3.4 Molecular clocks. 3

3.5 DNA hybridisation studies – construction of phylogenetic trees. 3



LESSON PLAN FOR THE ACADEMIC YEAR 2016-2017 (Semester VI)


Course/Paper:Paper 7Applied genetics –1 Theory

Unit: UNIT I Advanced Techniques in Genome AnalysisNo. of Hours Allotted: 15


1.1 Centrifugation – sucrose gradient and cesium chloride (cscl) centrifugation – principle and applications.

2

1.2 Chromatography – principles and applications – separation of peptides and amino acids. 2

1.3 Gel electrophoresis – principle and applications – paper, Agar, starch, PAGE 2

1.4 Polymerase chain reaction (PCR) and its applications 2

1.5 Hybridisation techniques – Southern, Western and Northern blotting techniques, FISH principle and application

1

1.6 Chromosome Banding techniques –G, C, R, Q and nor banding 2

1.7 Autoradiography-principle and applications 1

1.8 DNA sequencing-Maxam Gilberts method and Sanger`s method and Automated sequencing

1

1.9 Hybridoma technology and production of monoclonal antibodies. 1

1.10 DNA finger printing, RAPD technique, VNTRS 1






Unit: UNIT II Strategies of Gene transferNo. of Hours Allotted: 15


2.1 Physical methods – Electroporation - microprojectile bombardment. 4

2.2 Chemical methods – liposome fusion, calcium precipitation of DNA. 4

2.3 Gene transfer mediated by vectors Ri vectors, Ti vectors, Viral vectors. 3

2.4 Engineered embryonic stem cells. 4






Unit: UNIT III Genetic engineering of plants and Animals No. of Hours Allotted: 15


3.1 Transgenic plants – Need for developing transgenic plants 3

3.2 Development of insect and herbicide resistant plant. 2

3.3 Development of stress resistant plants 3

3.4 Transgenic Animals – need for developing transgenic animals. 2

3.5 Nuclear transfer and cloning 2

3.5 Nuclear transfer and cloning 3





Course/Paper:PAPER 8 Applied Genetics – 2 Theory

Unit: UNIT I Inherited Human disorders No. of Hours Allotted: 15

Topics to be covered No. of Hours 1.1 Some common syndromes 2

1.2 Sex chromosome anomalies 2

1.3 Origin of Barr body 2

1.4 Abberant sexual development - true and Pseudo Hermophrodites 2

1.5 Abortions and chromosomal anomalies 2

1.6 Autosomal anomalies –Down’s syndrome, Edward & Patau syndromes 2

1.7 Sex – chromosomal anomalies - Turners syndrome, Kline felter syndrome 1

1.8 Single gene disorders of autosomes and sex – chromosomes. 1

1.9 Metabolic disorder – P K U, albinism, alkaptonuria 1






Unit: UNIT II Blood groups Inheritance and Immunology No. of Hours Allotted: 15

Topics to be covered No. of Hours 2.1 Blood groups in man – ABO ,MN, RH , S/s and secretor antigens 3

2.2 Disorders of Blood - Qualitative –(sickle cell anemia )and quantitative – (Thalassemias ) disorders

3

2.3 Major Histocompatibility (MHC ) complex – organ transplantation 3

2.4 Introduction to immune response – antigen and antibody reactions – Immunoglobulin genes .

2

2.5 Cell mediated immunity 2

2.6 Anti – microbial substances in blood and tissue fluids

2






Unit: UNIT III Management of Inherited Human diseases No. of Hours Allotted: 15

Topics to be covered No. of Hours 3.1 Identification of carriers, risk prediction and genetic counseling 2

3.2 Prenatal diagnosis – methods used in prenatal diagnosis 2

3.3 Treatment of genetic diseases 2

3.4 Substrate restriction in diet – example - PKU and galactosemia 2

3.5 Replacement of different protein ,vitamins , coenzymes and gene products .Examples alpha – 1 -Antitrypsin, adenosine deaminase

2

3.6 Gene therapy and its need 2

3.7 Strategies of gene transfer - somatic and germinal gene therapy ex-vivo and in – vivo gene therapy advantages and disadvantages

2

3.8 Gene therapy trials - ADA – deficiency ,cystic fibrosis , hypercholesterolemia and. 1

3.9 Gene therapy and ethical issues. 1



INFORMATICS Academic Year 2016-2017( CBCS)

Department: Informatics Programme Name :BCA

Semester I Course List:

Course/Paper: BCA-Discrete mathematics

Unit – I


Sets and operations on Sets 3

Relations. Functions 4

Methods of Proof, Problem Solving Strategies 3

Fundamentals of Logic, Logical inferences 3

Methods of Proof of an implication 3

First Order Predicate Logic 3

Quantifies Propositions 3

Mathematical Induction 2

Unit – II

Combinatorics: Basics of Counting 3

Combinations and Permutations - without repetitions 4

With unlimited repetitions 3

with Constrained repetitions 3

Binomial Coefficients 4

Binomial and Multinomial Theorems 3

Principle of Inclusion and Exclusion 4

Unit – III:

Elementary Probability: Introduction 2

sample space and events 2

Axioms of probability 3

Finite Probability Spaces 3

Finite Equiprobable spaces 3

Infinite Sample spaces 2

Conditional Probability multiplication theorem, 2

stochastic processes 2

Baye's theorem 3

Independence 2

Unit – IV:

Graphs: Basic Concepts. Isomorphism and Sub graphs 4

Trees and their Properties 3

Spanning Trees 3

Directed Trees. Binary Trees 5

Planar Graphs, Euler Circuits, Hamiltonian Graphs, 6

Chromatic Number. 3

Unit – V:

Boolean Algebra: Introduction 4

Boolean Algebra, Boolean Functions 4

Switching Mechanisms, Minimization of Boolean functions 6

Applications to Digital Computer Design 5

Applications to Digital Computer Design 5

Course/ Paper: Fundamentals of Information Technology

Unit – I: Logical organization of Computer


Logical organization of Computer- Primary Memory- Organisation,

addressing Data representation- Integer, floating point, characters 3

Central Processing Unit - Arithmetic and Logic Unit, registers, control unit, 3

data and control paths between memory and CPU, Instruction set, Instruction

format, Instruction Execution 3

RISC versus CISC Memory technologies, Memory access time, cache

memory Input Output devices 3

Secondary storage media and devices Communication ports. 3

Types of Computers - PCs, Main frame, Parallel 3

Hardware Standards. Standard busses, their bandwidths and-comparison 3

Mother Board – Form Factors, Interface Connection 3

Unit – II: Programming Languages

Programming Languages- evolution, features and applications, language

processors. 3

Operating System- Booting, Managing Storage, Resources, File Tasks. 2

Features of popular OS such as Windows, UNIX, OS/2 2

Software Development : Programming as a five step processor 2

General software features and trends.-GUI, Object linking and Embedding,

Portability, Network capabilities. 3

Compatibility with other software, compatibility with peripherals, Wizards

and Agents, Hardware requirements.' Application Program Libraries. 3

File and Databases: Data Storage Hierarchy, File Management, File

Management Systems, Database Management Systems, 3

Types of Database Organization and Features of DBMS 3

Application Software: Common features of software, word processing spread

sheet, software for cyber space, Internet programming, HTML. 3

Unit – III: Information systems

Organizations, departments, tasks, management levels, management

information systems, Six phases of system analysis and design 3

Security Issues: Threats to computers & communication systems.

Safeguarding computers and communications 2

Video Display – Monitors, Video Cards 2

Audio – Sound Card – Applications, concepts and terms, characteristics

options, installation 2

Hard Disk Drives – Definitions, Operations, Components, Features Hard Disk

Interfaces –Choices, IDE, SCSI 3

CD-ROM Drives – CD technology, specification, Disk and Drive formats 3

Building a System – Tools for maintenance, Disassembly and reassembly

procedures 3

Preventive maintenance Active preventive maintenance, Hard disk

maintenance, Passive Preventive Maintenance. 3

Diagnostic Tools – POST, IBM Diagnostics, general purpose diagnostic

programs, Disk Diagnostic, Operating Systems Software and Troubleshooting 3

Unit – IV: Communication system elements

Communication modes

Analog and Digital, Synchronous and Asynchronous, Simplex, Half duplex,

full duplex, circuit switching, packet switching 5

Communication media- speed and capacity, twisted pair, coaxial, fiber optics,

wireless Common Network Components 5

Hosts and Servers, Work stations, Protocol converters, modems, terminal

Controllers 5

Routers Network topologies Network types LAN. WAN. Enterprise

Communication standards 5

Distributed systems - processing, Databases, Client! Server, EDI 4

Unit – V: IT applications

Business and Industry, Home, Education and Training, Entertainment, Science

and Engineering, Medicine 5

Multimedia- Introduction, Applications, Tools, Data representation Virtual

Reality: Introduction and Applications 5

Internet: World Wide Web. Addressing, Domain Names. Services Intranet:

Office Communications. 5

Electronic mail, Tele conferencing, Group Ware, Workflow. Electronic

Commerce, EDI 5

Specialized Databases: Hypermedia, Data warehousing, Data Marts, Online

Analytical Processing, GIS 4

Course/Paper: Information System theory and Applications

Unit:1- Managerial View of IS No. Of Hours Alloted:

Topics to be Covered

No. Of Hours

Managerial View of IS- Functions of Management 2

Managerial Role 2

Levels of Management in an Organizations 2

Framework For IS 2

Sequence of Developement of IS 2

System Concepts- working of system, System boundaries , structure , Inputs and Outputs of system, Sub system, Interfaces,

2

System Environment and systems approaches to problem solving 2

Feedback, Control 2

Strategic uses of IS 2

Impact of IT 2

Business Process Re engineering 2

IT and Business Process 2

24

Unit:2- Operations and Transactions No. Of Hours Alloted:


No. Of Hours

Operations and Transactions 2

Value and cost of information 2

Decision levels and data capturing 2

Data quality: Role of Accounting Transaction Processing System 2

Operational Information System 2

Financial Accouting system 2

Marketing Operational Information System 2

Productional Operational Information System 2

Human Resource Operational Management System 2

18

Unit: 3- Models and Decisions No. Of Hours Alloted:


No. Of Hours

Models and Decision Support and Introduction to Models 2

Types of models, process and business modelling 2

Types of business models 2

Process Understanding, Optimization and prediction 2

Simulation, Group decision process 2

Decision support system (DSS) and Enterprise information system (EIS) 2

Decision in business areas and accounting 2

Finance and marketing 2

Human resource management 2

Production and design 2

20

Unit: 4-IS Planning No. Of Hours Alloted:


No. Of Hours

Determination of information requirements 2

Business system planning 2

End / means analysis 2

Organizing the IS Plan 2

System analysis and design 2

System development life cycle (SDLC) 2

Prototyping , Structured system analysis and design(SSAD) 2

Project management and cost benefit analysis 2

Detailed design and implementation 2

18

Unit: 5-Management Control No. Of Hours Alloted:


No. Of Hours

Management control theory and control system development 2

Control of operations 2

Auditing 2

Management of technical environment 2

CEO responsibilities 2

Allocation of responsibilities in distributed data processing 2

IS Security risks 2

Common controls 2

Common threats , IS Protection 2

Ethical issues societal implications 2

Social responsibilities 2

22

Semester II

Course List:

Course/Paper: Programming in C++

Unit:1 No. Of Hours Alloted:12


No. Of

Hours

Introduction to c++,kinds of program errors 2

C++ basics:variables and assignments 2

input and output 1

Datatypes and expressions 1

Functions :void functions,

2

call by value parameters 1

Call by reference parameters 1

procedural abstraction 1

Testing and debugging functions 1

Unit:II No. Of Hours Alloted:12


No. Of

Hours

Introduction to classes and objects 1

Streams and Basic File I/O 2

Tools for stream I/O and Charactere I/O 2

Defining classes:Structures 2

Classes

2

Abstract data types 1

Flow of Control: Branching and loops 2

Unit:III No. Of Hours Alloted:12


No. Of

Hours

Overloading functions 1

Overloading Operators 2

Friend Functions 2

Destructors and Copy Constructors 1

Separate Compilation and Namespaces 1

Arrays and Classes 2

Strings Basics 2

Multidimensional Arrays 1

Unit:IV No. Of Hours Alloted:12


No. Of

Hours

Pointers 2

Dynamic Arrays 1

Classes and Dynamic Arrays 2

Recusive Functions for Tasks 1

Recursive Functions for Values 1

Recursive Design Techniques 1

Function Templates 2

Class Templates 2

Unit:V No. Of Hours Alloted:12


No. Of

Hours

The concept of Inheritance 2

Derived Classes 2

Redefinition of Member Functions vs Overloading 1

Assignment Operators and Copy Constructors for Derived Classes 2

Overriding and Virtual Functions 2

Exception Handling Basics 1

Programming Techniques for Exception handling 2

Course/Paper: BCA IT HARDWARE Unit: 5 Units No. of Hours Allotted: 60


I Overview of computer systems — features and components. Mother board — Types,

Components; Form factors, interface connections

5

System resources Microprocessor — Processor specification and latest Processors,

Motherboard ROM BIOS, BIOS Basics

4

II Memory — System logical memory, physical memory RAM types, cache, Power supply 5

— Keyboards, mice, Touch screen / Touchpad, Printers, Speakers, UPS 5

III Video Display - Monitors and Types, Video cards-types, Communications — Serial

ports, parallel ports, Fire Wire Port, USB

4

USB, components of LAN, LAN cables, PCMCIA, Audio — sound card — Applications 5

IV Hard disk drives - Definitions, Form — Factors, Operation, Components, 6

. Components, Features, Hard Disk Interfaces 4

DVD, Blue ray disk, USB flash drive specifications, disk and drive formats. 5

V Building a system - Tools for maintenance. Disassembly and reassembly procedures, 5

, preventive maintenance. Active preventive maintenance, Hard disk maintenance, passive

preventive maintenance. Diagnostic tools

6

Operating Systems software and troubleshooting - Input devices, Audio / Video cards,

Motherboard, Memory, Processor

6

60 hrs

Course/paper: Data Analysis Unit-1 no. of hours allocated: 12

Topic Hours

Groping and displaying data to convey meaning-arrangement of data , examples of raw data

1

Frequency distribution 1

Graphing frequency distribution 1

Measures of central tendency-Arithmetic mean,weighted mean, geometric mean

2

Median, mode 2

Dispersion, measures of dispersion 1

Average deviation measures 1

Coefficient of variation, 2

Exploratory data analysis 1

Unit-2 no. of hours allocated: 12

Topic Hours

Probability- basic terminology, 1

Three types of probability-probability rules,statistical independence

1

Statistical dependency 1

Baye’s theorem 1

Probability distribution -random variables, expected values

1

Binomial distribution 1

Poisson distribution 1

Normal distribution 1

Choosing correct distribution sampling 1

sampling distributions- random sampling, design of experiments,

2

Sampling distributions, operational considerations in sampling

1


Topic Hours

Estimation- point estimates, interval estimates, confidence intervals, calculating interval estimates of the mean and proportion

2

t-distribution, determination of sample size in estimation

2

Testing hypotheses- one sample tests 1

Hypotheses testing of mean when the population standard deviation is know

2

Powers of hypotheses test 1

Hypotheses testing of proportions 2

Hypotheses testing of means when Standard deviation is not known

2


Topic Hours

Testing hypotheses- two sample tests- tests for difference between means

1

Large sample, small, with dependent samples 2

Testing for difference between proportion, probe values

1

Chi- square and analysis of variance 1

Chi- square as test of independence 1

Chi-square as a test of goodness of FIT 1

Analysis of variance 3

Inference about a population variance 1

inference about two population variances 2


Course/paper : Organization and Functions Unit: 2 No. of Hours Allotted: 7


Management -- Definition, Introduction, Classification, Types, Management Levels, Management Responsibilities, Management Tasks.

2

Leadership and Motivation – Motivation- Definition, Motivational Theories and Techniques. Leadership- Definition, Introduction, Leadership Theories, Nature.

2

Time Management – Definition, Importance of time management, Elements, Techniques. 2

Organizations – Definition, Organizational Chain, Managing Chain, Structure, 1

Unit: 2 Financial Management No. of Hours Allotted: 18


Financial Management – Introduction, Definition, Classification, Accounting Principles 1

Final Accounts – Introduction, Proforma, Problem Solving

2

Topic Hours

Simple regression and correlation- Estimation using regression line1correlation analysis.

2

Making inferences about population parameters 2

Limitations, errors and caveats in regression and correlation analysis multiple regression and modeling

2

Finding multiple regression equations 2

Inference about population parameter 2

Modeling technique 1

Final Accounts – Problem Solving with Adjustments

2

Depreciation – Definition, Problem Solving, Straight Line Method, Diminishing Method 2

Inflation – Introduction, Problem Solving. 1

Ratio Analysis – Introduction, Definition, Formulas 1

Management Ratios -- Problem Solving 1

Investment Ratios – Formulas, Problem Solving 1

Budget and Control – Introduction, Purpose, Types, Process, obtaining finance

1

Allocation of overheads- Introduction, formulas, problem solving 2

Standard casting – Introduction, Definition, Types 1

Variances – Introduction, Types, Formulas, Problem Solving 2

Marginal Costing – Introduction, Definition, Problem Solving 1

Unit: 3 Project and Operation Management No. of Hours Allotted: 9


Manufacturing Environment – Definition, Introduction, Components, Types. 2

Global Operation—Introduction, Explanation, Advantages, Disadvantages

2

Logistics – Explanation, Material Control, Quality 1

Operation Management -- Introduction, Skills, Steps. 2

Network Analysis – Introduction, Definition, Steps, Critical Path, Bar Chart 2

Unit: 4 Marketing and Sales Management No. of Hours Allotted: 10


Marketing – Definition, Introduction, elements 1

Marketing mix, Marketing Information, Needs, Classification, Steps, Techniques

2

Marketing segmentation – Methods Types, Classification 1

Marketing Commination — Advertising, Direct mail, Trade Exhibitions, Public City 2

Selling and Sales Management – Definition, Process, Qualities 1

Physical distribution — Definition, Introduction, Channels, Process 1

Product Management — Product Development, Product Life Cycle, Portfolio, 1

Pricing—Definition Introduction, Explanation 1

Unit: 5 Decision making No. of Hours Allotted: 15


Nature of Management decisions—Definitions, introduction, steps, process 2

The vroom — Yetton model—Definition, introduction, styles, modelling

2

Linear Programming—Introduction, Definition, Structure, Techniques, Case Study Problem solving

2

Queues—Introduction, Problem Solving 1

Competitive Strategy—introduction, Problems 1

Fore casting-- introduction, Techniques, Case Study 1

Qualitative methods—Definition, Introduction, Case Study 1

Time Series—Introduction, Components, Explanations 1

Moving average—Definition, Introduction, Problem Solving

2

Multiple Regression -- Definition, Introduction, Problem Solving 1


Semester III

Course/ Paper:BCA 203 COMPUTER ORGANIZATIONS

Unit – I: Data Representation No. of Hours Allotted: 12


Data types, Complements 2

Fixed and Floating Point Representation 2

Other binary codes and error Detection codes 2

Digital Logic Circuits: Digital Computers, Logic Gates 2

Boolean algebra, Map Simplification 2

Combinational Circuits, Flip Flops, Sequential Circuits. 2

Unit – II: Central Processing Unit No. of Hours Allotted: 12

Instruction formats, addressing modes 3

Data Transfer and Manipulation, Program Control - Status bit conditions,

conditional, 3

branch instructions 3

Program Interrupts: Types of Interrupts 3

Unit – III: Input-Output Organizations No. of Hours Allotted: 12

Input-Output Interface, Asynchronous data Transfer 3

Modes of transfer, Direct Memory

Access (DMA) 3

Memory Organization- Memory hierarchy, Main Memory 3

Cache Memory -Associative, Direct, Set Associative mapping, virtual

memory. 3

Unit – IV: 8086 CPU Pin Diagram No. of Hours Allotted: 12

Special functions of general purpose registers 3

Segment register, concept of pipelining 3

8086 Flag register 3

Addressing modes of 8086 3

Unit – V: 8086-Instruction formats No. of Hours Allotted: 12

assembly Language Programs involving branch & Call instructions 6

sorting, evaluation of arithmetic expressions 6

Course/Paper: III- BCA 204 (Data Structures)

Unit: 01 (LINEAR LIST) No. of Hours Allotted:12


Data Objects and Structures - Definition, Explanation, Examples.

The Linear List Data Structure - The Abstract Data Type Linear List, The Abstract

Class Linear List.

2

Array Representation of Linear List - The Representation, Changing the Length of a

One Dimensional Array, The Class array List, Iterators in C++, An Iterator for array

List.

2

Linked Representation of Linear List - Singly Linked Lists, Doubly Linked Lists,

Circular Linked Lists and Chains.

2

Singly Linked Lists and Chains - The Representation, The Struct Chain Node, The

Class Chain, Extensions to the ADT Linear Lists, The Class Extended Chain,

Performance Measurement.

2

Doubly Linked Lists and Chains - The Representation, The Struct Chain Node, The



2

10hrs

Unit: 02 (Arrays, Matrices and Stacks) No. of Hours Allotted:12


Arrays - The Abstract Data Type, Indexing a C++ Array, Row and Column Major

Mappings, Array of Arrays Representation, Row Major and Column Major

Representation, Irregular Two Dimensional Arrays.

1

Matrices - Definitions, Operations of Matrices, The Class Matrix, Special Matrices,

Sparse Matrices.

2

Special Matrices - Definitions, Applications, Diagonal Matrices, Tri Diagonal

Matrices, Triangular Matrices, Symmetric Matrices.

1

Sparse Matrices - Motivation, Representation Using a Single Linear List,

Representation Using Many Linear Lists, Performance Measurement.

2

Stacks - Definition, The Abstract Data Type, Array Representation, Linked

Representation, Operations On Stack, Performance Measurement.

2

Stack Applications - Parenthesis Matching, Towers of Hanoi, Rearranging Rail Road

Cars, Switch Box Routing, Offline Equivalence Class Problem, Rat in a Maze.

2

Queues - Definition, the Abstract Data Type, Array Representation, Linked

Representation, Operations On Queues, Performance Measurement.

2

Queues Applications - Rail Road Cat Rearrangement, Wire Routing, Image Component

Labeling, Machine Shop Simulation.

2

14hrs

Unit: 03 (TREES) No. of Hours Allotted: 12


Trees - Definitions, Properties, Array Representation, Linked Representation,

Operations.

2

Binary Trees - Definition, Properties of Binary Trees, Array-Based Representation,

Linked Representation, Binary Tree Operations, The ADT Binary Tree, The Class

LinkedBinary Tree.

2

Binary Tree Traversals - Types of Binary Tree Traversing Techniques, Pre-Order

Traversing, In-Order Traversing, Post-Order Traversing.

2

Applications of Binary Tree - Placement of Signal Boosters, Union-Find Problem 2

Binary Search Tree - Definitions, Binary Search Trees, Indexed Binary Search Trees,

Abstract Data Types, Binary Search Tree Operations and Implementations, Binary

Search Trees with Duplicates.

2

AVL Trees - Definition, Height of an AVL Tree, Representation of an AVL Tree,

Searching an AVL Search Tree, Inserting into an AVL Search Tree, Deletion from an

AVL Search Tree.

2

12hrs

Unit: 04 (B-TREES) No. of Hours Allotted: 12


B-Trees - Definition, Indexed Sequential Access Method (ISAM), m-Way Search

Trees, B-Trees of Order m.

1

Operations on B-Trees - Height of a B-Tree, Searching a B-Tree, Inserting into a B-

Tree, Deletion from a B-Tree, Applications of B-Tree.

2

Hashing - Dictionaries, The Abstract Data Type, Linear List Representation, Skip List

Representation, Hash Table Representation.

1

Hash Table Representation - Ideal Hashing, Hash Functions and Tables, Linear

Probing, Hashing With Chains.

2

Priority Queues - Definition and Applications, The Abstract Data Type, Linear Lists,

Heaps, Left List Trees.

2

Heaps - Definitions, Max Heap, Min Heap, Insertion into a Max Heap and Min Heap,

Deletion from a Max Heap and Min Heap, Max Heap and Min Heap Initialization,

Heaps and the STL.

2

Applications - Heap Sort, Machine Scheduling, Huffman Codes. 2

12hrs

Unit: 05 (SORTING AND SEARCHING) No. of Hours Allotted: 12


Sorting - Definition, Types of Sorting, Examples of Sorting. 1

Sorting Techniques - Merge Sort, Selection Sort, Heap Sort and their Examples 2

Complexity Analysis - Definition, Notation of Complexity Analysis, Complexity

Analysis of Merge Sort, Complexity Analysis of Selection Sort, Complexity Analysis

of Heap Sort.

2

Graphs - Definitions, Notation, Types of Graphs, Properties, Representation. 1

Representation of Graphs - Array Representation, Linked Representation. 1

Types of Graphs - Directed Graph, Undirected Graph, Weighted Graphs, Un-Weighted

Graphs.

1

Graphs Search Methods - Breadth First Search, Depth First Search. 2

Applications of Graphs - Finding a Minimal Path, Finding Path From Source Vertex s

to Destination Vertex d, Use Graph Search Starting at s and Terminating as Soon as we

Reach d.

2

12hrs

Course/Paper: Operating Systems (OS)


Topic Hours OS structure and strategies 1 Process concept, Life cycle 2 Inter process communication, Threads, Multithreaded Programming. 2 Process Scheduling: Scheduling Criteria, 1 Non Pre-emptive Scheduling Algorithms, 2 Pre-emptive Scheduling Algorithms 2

Multi Processor scheduling 1 Thread Scheduling. 1

Unit: II No. of Hours Allotted: 13

Topic Hours Memory Management scheme 1 Swapping, Contiguous allocation, 1 Paging, Static and dynamic partition 1 Demand paging, Page replacement Algorithms, 2 Thrashing, Segmentation, Segmentation with

Paging. 2

File Concept, Access Methods 1 Directory Structure, File System

Mounting 1

File Sharing, and Protection 1 File-System Structure, File-System Implementation, 1 Directory Implementation, Allocation Methods, and 1 Free Space management, Efficiency and Performance, Recovery. 1

Unit-III No. of Hours Allotted: 12

Topic Hours Process Synchronization Introduction 1 Critical Section Problems 2 Semaphores, Monitors. 2 Deadlocks: Necessary conditions 1 Resource Allocation Graph, Methods for handling deadlocks, 1 Deadlock Preventions, detection and recovery. 1 Deadlock avoidance 2 Protection: Goal, domain of protection, access matrix 2

Unit: IV No. of Hours Allotted: 11

Topic Hours Device Management: Disk Structure 2 Disk Attachment, Disk Scheduling Algorithms, Disk Management, 2 Swap Space Management, RAID structure and Storage Implementation. 2 I/O System: I/O hardware, Application TO Interface, 2 Kernel I/O Subsystem 1 Transforming I/O

request to hardware operation, STREAM 2

Unit: V No. of Hours Allotted: 12

Topic Hours Case Studies: Linux System: Design Principles, Kernel Modules 2 Process Management, 2 Scheduling Memory Management, File Systems, 2 Input and Output, Inter-Process Communication,Network Structure,

Security. 2

Windows XP: General Architecture. 2 The NT Kernel, The NT

Executive. 2

Semester IV

Course List:

Course Code Course Name

BCA 251 Computer networks

BCA 252 Data Base Design

BCA 253 Java programming

BCA 254 Software Engineering

BCA 255 Web technology

Course/Paper: Computer Networks



No. Of

Hours

Components ,Direction of Flow, 1

Types of connections,Topologies 1

Protocols and Standards 1

ISO/OSI model 2

TCP/IP 1

Transmission media-Coaxial Cable ,Fiber Optics 2

Line Coding 1

Modems 2

RS232 interfacing 1



No. Of

Hours

Error detection and Correction 2

CRC,Hamming Code 1

Flow control and error control –stop and wait,go back N ARQ 2

Selective repeat ARQ,sliding window 2

HDLC 2

MAC layer:pure and slotted aloha 1

Ethernet IEEE802.3,IEEE802.4,IEEE2.5 1

Bridges 1



No. Of

Hours

Network layer:Internetworks 1

Virtual circuits and Datagram approach 1

Routers IP addressing

1

Subnetting 2

CIDR 1

Routing-Distance vector Routing 2

Link State Routing 2

OSPF and BGP 2



No. Of

Hours

Transport layer-Services of Transport layer 2

Multiplexing 2

Transmission control protocol-Congestion Control,Timer

management

2

Quality of services 2

Userdatagram protocol 2

Unit :V No. Of Hours Alloted:08


No. Of

Hours

Application layer-Domain Name space(DNS) 2

SMTP 2

FTP,HTTP 2

WWW 2

Course/Paper: BCA 252 (Database Design) Unit:1- No. Of Hours Alloted:


No. Of Hours

Database Environment: concepts and definition 1

Traditional file processing system and database approach 2

Range of database applications, advantages 1

Costs and risks- components 1

Database development process 1

IS Development, three schema architecture 2

Database analysis, E-R Model 2

Entities, attributes, relationships and degree of cardinality 2

12

Unit:2- No. Of Hours Alloted:


No. Of Hours

Enhanced E-R model, super type, sub type 1

Specialization and generalization 1

Constraints, disjointness, subtype discriminator 1

Super type/ sub type hierarchies 1

Business rules, scope classification 1

Structural constraints operational constraints 1

Relational model: definitions, integrity constraints 2

Transforming EER Diagrams into relations 2

NormalizationL normalization forms 1

Merging relations 1

12

Unit: 3- No. Of Hours Alloted:


No. Of Hours

Relational Algebra and Calculus: preliminaries 1

Relational Algebra 1

Relational Calculus 1

Expressive power of algebra and calculus 2

SQL: Queries, Constraints 1

Triggers the form of Basic SQL Query 2

Set Operators 1

Nested Queries 1

Aggregate operators 1

Procedures and functions 1

12



No. Of Hours

Overview of storage and indexing 1

File organization and indexing 1

Index data structure 1

Comparison of file organizations 1

Tree structured indexing 1

Indexed sequential access method 2

B+ Trees, search 1

Insert, delete 2

Hash based indexing , static hashing extendible hashing 1

Linear hashing, extendible vs Linear hashing 1

12

Unit: 5: No. Of Hours Alloted:


No. Of Hours

Transaction management 1

ACID Properties 1

Transactions and schedules 2

Concurrent execution of Transactions 1

Lock-based concurrency control 2

Concurrency control: 2PL 1

Serializability 1

Recoverability 1

Introduction to lock management 1

Dealing with deadlock 1

Course/Paper: Java Programming (JP)


Topic Ho

urs Java History – Features of java, how java differ from C and C++ 1 Introduction to JDK and JRE, Java Primitive Types, Basic Operators 1 Conditional statements, Some Typical Differences Between C and Java. 2 Logical statements ,Typical Differences Between C and Java 1 Class:Adding Instance Fields and Methods 1

Constructors, 1 Access Modifiers (Visibility Modes), 1

Object Creation Examples, Method Overloading 1 Constructor Overloading, Use of static and final keywords, 1 Objects as parameters, Difference between local variable and instance field 1 Introduction to Object class, How to read user input (from keyboard). 1


Topic Hours How to create and define arrays, Introduction to java.util.Array class 1 Difference between String &StringBuffer classes, StringTokenizer class 1

Wrapper classes and conversion between Objects and primitives 2 Inheritance : Defining super / sub classes, Abstract classes 2 Method overriding, Interfaces, Using Library Interfaces 2 Packages: Creating and Defining Packages 2 Types of inner classes, Creating static / non-static inner classes, Local and

anonymous inner classes. 2

Unit: III No. of Hours Allotted: 10

Topic Hours Exception Handling in Java: What are exceptions, writing your own exception

classes. 2

try, catch, throw, throws clauses , 2 Difference between checked Vs unchecked Exceptions, Error Vs. Exception 1 Multithreading in Java: Thread and its Life cycle 2 how to create threads, Thread class in java 2 use of synchronized keyword, how to avoid deadlock 1


Topic Hours GUI Design : Component, Container, Color 2 GUI Controls, Layout Managers, 3 Introduction to Swings, Events, Listeners 2 Icon interface, Writing GUI Based applications 2 Applets , Running Applets 2


Topic Hours File Handling: Stream classes 2 Reader and Writer classes, 2 File and Directory class 1 Generics and Frameworks: Generics, Collections Framework 2 Collection interfaces and classes 2 ArrayList, LinkedList, Vector 2

Course/Paper: BCA 254 (WEB TECHNOLOGIES)

Unit: -01: Inroduction to World Wide Web No. of Hours Allotted: 12


Introduction to World Wide Web - Origins, Domain Names, Internet, IP Address, Web.

Web Browser and Web Servers - Web Browser, Web Server Operation, General

Server, Characteristics, Apache, IIS.

Uniform Resource Locators - URL Formats, URL Paths.

HTTP( Hypertext Transfer Protocol)- The Request Phase, The Response Phase, Status

line, Response header fields, Blank line, Response body, HTTP method Domain, Part

of the URL HTTP version, Header fields, Message Body.

Basic of HTML5 - New Elements, New Attributes, Link Relations, Multimedia,

Fundamentals of HTML, Working with Text, Organizing Text in HTML.

Links - Exploring the Hyperlinks, The target attribute, The id Attribute, Exploring the

URL, Linking to a Mail System, Implementing Link Relations.

Images - Displaying a GIF Image, Displaying a PNG Image, Displaying Alternate Text

for an Image, Modifying the Size of an Image, Using an Image as an Hyper Link,

Creating Image Maps.

Multimedia - Setting the Background Sound Using the AUDIO Element, Using the

VIDEO Element, Embedding an Audio File Using the EMBED Element, Embedding

Video File Using the EMBED Element, Adding Multimedia Files Using the OBJECT

Element, Initializing an Object Using the PARAM Element.

Lists - Types of Lists, Ordered List, Unordered List, Nested List, List Item, Examples.

Tables - Creating a Simple Table, Adding a Title to a Column, Adding a Caption to a

Table, Specifying the Properties of the Columns, Spanning Rows and Columns, Using

Images in a Table, Nesting Tables.

Forms - Creating a Form, Working with the INPUT Element, Using the SELECT and

OPTION Elements, Using the OPTGROUP Element, Working With the TEXTAREA

Element, Using the BUTTON Element, Using the DATALIST Element, Using the

MENU Element.

Unit: -02: (XML) No. of Hours Allotted: 12


Introduction to XML - Exploring XML, Comparing XML With HTML, Exploring

Advantages and Disadvantages of XML.

XML Document Structure - Describing the Structure of an XML Document, Exploring

XML Declaration, Exploring XML Elements, Exploring XML Attributes, Exploring

XML Tree, Exploring XML Comments, Exploring XML Parsers.

Document Type Definition - Defining DTD for a Single Element, Defining DTD for

Nested Elements, Defining Attributes in the DTD, Defining Entities in the DTD,

Referencing External Entities.

Namespaces - Describing the Need of Namespaces, Namespace Syntax, Scope of a

Namespace Declaration, Defining a defaultNameSpace, Defining a Namespace with

DTDs.

XML Schema - Simple Type Element, Complex Type Element, Data Types of Schema,

Using Namespaces in XML Schemas.

Displaying raw XML Documents - DOM Parser, SAX Parser, JAXP, XSLT Processor,

Displaying XML Documents with CSS.

XPath Basics - Exploring XPath Language, Functionality of the XPath language, XPath

Functions.

XSLT - XSLT Elements and Attributes, Variables and Parameters, Conditional

Statements, Sorting Elements, XSLT Functions, NaN Values and Patterns.

XML Processors -

Unit: -03: (JAVA SCRIPT) No. of Hours Allotted: 12


Overview of JavaScript - Exploring the Features JavaScript, Using JavaScript in an

HTML Document, Exploring Programming Fundamentals of JavaScript.

JavaScript and Forms Variables - Exploring the Lexical Structure of JavaScript,

Exploring Variables, Operators, Arrays, Strings.

Functions - Defining and Invoking Functions, Defining Function Arguments, Defining

Return Statement, Defining Function Scope and Closures, Calling Functions With

Timers.

Conditional Statement and Loops - if, if-else, switch, while, do-while, for loop, break

statement, continue statement.

Event and Event Handling - onclick Event, onload Event, mouse Events, onreset Event,

onsubmit Event, JavaScript Closures.

Introduction to Ajax - Exploring Different Web Technologies, Describing Problems

with Technologie, Exploring Ajax, Ajax Web Application Model, Creating a Simple

Ajax Application, Pre-Ajax JavaScript Communication Techniques.

XMLHttp Request Object - Creating the XMLHttpRequest Object,

XMLHttpRequestProperties, XMLHttpRequestMethods, Using the XMLHttpRequest

Object in Different Browsers.

Data Formats, Security Concerns, User Interface Design for Ajax.

Introduction to Python - Features of Python, Simple Python Programs, Numbers in

Python,, Strings in Python, Lists in Python.

Conditional & Loops - if Statement, for Loop, and while Loop, Examples of

Conditional Statement and Loops.

Objects and Methods - Objects in Python, Methods of Python, Python Classes, Python

Functions.

Unit: -04: (JAVA SERVLETS) No. of Hours Allotted: 12


Java Servlets and CGI Programming - Introduction to Java Servlets and CGI

Programming, Architecture of Servlet, Features of Servlet, Advantages and

Disadvantages of CGI Programming.

Benefits of Servlets - Scalable, Robust, Object Oriented, Platform Independent, Error

Handling, Security.

Life Cycle of Java Servlet - init( ) Method, service( ) Method, doGet( ) Method,

doPost( ) Method, destroy( ) Method.

Reading Data from Client - HTTP Request Header, HTTP Response Header.

Cookies - Definition, Creating Cookie, Setting Cookies, Reading Cookies, Deleting

Cookie.

Sessions - Definition, Methods of Session Object, Creating Session Object, Deleting

Session.

JSP - Introduction to JSP, JSP Architecture, JSP Lifecycle, JSP Page, HTTP JSP Page.

JSP Tags - Directives Tags, Declarations Tags, Scriplets Tags, Expressions Tags.

Variables and Objects - string, int, byte, long, float, double, boolean.

JSP Implicit Objects - out, request, response, session, application, exception, page,

pageContext, config.

Methods - Creating a Method, Accessing a Method.

Control Statements - if...else, switch case. Loops - for Loop, while Loop, do-while

Loop.

Request String - getMethod( ), getProtocol( ), getPathInfo( ), getPathTranslated( ),

getQuerryString( ), getContentLength( ), getServerPort( ), getServerName( ),

getRemoteUser( ), getRemoteAddress( ), getRemoteHost( ).

JSP Sessions - Definition, Methods of Session Object, Creating Method Object,

Deleting Session.

JSP Cookies - Definition, Creating Cookie, Setting Cookies with JSP, Reading Cookies

with JSP, Deleting Cookie.

Unit: -05: (PHP) No. of Hours Allotted:12


Overview of PHP - Introduction to PHP, Common Uses of PHP.

General Syntactic Characteristics - Simplicity, Efficiency, Security, Flexibility,

Familiarity.

Primitives - Integers, Doubles, Boolean, NULL, Strings.

Operators - Arithmetic, Comparison, Logical, Assignment, Conditional or terniary.

Control Statements - Decision Making: if...else, if...elseif, switch.

Loops - for, while, do-while, foreach Loop.

Arrays - Numeric Array, Associative Array, One Dimensional Array, Two

Dimensional Array, Multi Dimensional Array.

Functions - Creating PHP Functions, Functions with Parameters, Passing Arguments by

Reference, Functions Returning Value, Setting Default Values for Function Parameters,

Dynamic Function Calls.

Pattern Matching - Pattern Matching on a String, Regular Expression String, Source

String, Flag Argument, Offset parameter, Replacing Patterns.

Form Handling - Super Global Variables, $_GET, $_POST, $_REQUEST.

Files - Opening a File, Reading a File, Writing into a File, Closing a File, Files modes.

Cookies - Definition, Creating Cookies with PHP, Setting Cookies with PHP,

Accessing Cookies with PHP, Deleting Cookie with PHP.

Session Tracking - Definition of Session, Starting a PHP Session, Destroying a PHP

Session, Examples.

Data Base Access with PHP - Architecture, Connecting to MySQL Data Base, Opening

a Data Base Connection, Closing Data Base Connection, Creating a Data Base,

Deleting a Data Base, Selecting a Data Base, Creating a Data Base Table, Deleting a

Table, Insert Data to MySQL Data Base, Retrieving Data From MySQL Data Base,

Updating Data into MySQL Data Base, Deleting Data from MySQL Data Base.

Data Base Access with Perl - Architecture, Create Table, Inserting into a Table, Update

a Table, Select the Values from the Table.

Data Base Connection with JDBC - Architecture, Create a Table, Insert Values into

Table, Select Values from the Table, Update the Values of a Table by Using Prepared

Statement, Prepared Statement Interface that Deletes the Record,

Semester - V Course List:


BCA301 Internet Protocols

BCA 302 Web programming

BCA 303 Object oriented System Development& UML

BCA 311(Elective-I) Advanced Java Programming

BCA 312(Elective-II) UNIX Programming

Course/paper : Internet Protocol Unit-1 no. of hours allocated: 12

Topic Hours

Introductin,Protocols and standards, Standard organizations, internet administration 1

OSI model layers 2

TCP/ IP suite, 1

Addressing, versions, IP addressing- decimal notation, classes, special addresses 1

Unicast- multicast and broadcast addresses, subnetting- masking, examples, variable length 3

Subnetting , super netting, delivery and routing of IP packets-connection oriented versus connectionless services,

2

Direct versus indirect delivery, routing methods, static versus dynamic routing 2


Topic Hours

Error detection- types of errors, detection 1

Internet protocol datagram, fragmentation, options, checksum 2

ARP- format, encapsulation, operation. proxy ARP, RARP 2

TCMP-Types of messages, mrssage format, error reporting, query, checksum 2

IGMP- encapsulation 1

MBONE, encryption, decryption-DBS, RSA, authentication 2


Topic Hours

IJDP- process to process communications, user datagram, checksum, operation, use 2

TCP-process to ptocess communication, services, segment, options, checksum, flow control, error control, timers, state transition, congestion control,operation

2

ROUTING PROTOCOLS-RIP 1

OSPF 1

BGP 1

MULTICASR ROUTING 2

CLIENT- SERVER MODEL- CONCURRENCY, PROCESS 2

BOOTP, DHCP 1

Unit-4 no. of hours allocated:12

Topic Hours

DNS- name space, DNS, Distribution, DNS in internet, resolution, messages, types of record , compression

2

DDNS, TELNET - concepts, NVT, OPTIONS, Negotiation, sub-option, control 1

Out of band signaling, escape character, mode of operation, example 1

User interface,RLOGIN, security, 2

FTP- connections, communication, command processing, file transfer, user interface, anonymous FTP

2

TFTP- messages, connection, data transfer. 1

SNMP- concept 1

SMI,MIB,SNMP, example 2


Topic Hours

SMTP-USER AGENT, addresses, delay delivery, aliases 1

MTA, commands and responses, mail transfer phases 1

MIME, POP 1

HTTP- transactions, request messages, response messages, header, example 2

Socket interface- definitions, sockets, byte ordering, address transformation 2

Socket system calls 2

Connectionless iterative server, 1

UDp client – server programs. Connection oriented, 1

Concurrency server, TCP 1

IPv6- addresses, packet format, ICMPY6, transition from IPv4 to IPv6 2

Course/Paper: WEB PROGRAMMING

Unit: HTML-01: HTML(Hyper Text Markup Language) No. of Hours Allotted:12


Introduction to HTML, History of HTML, Browser Wars, Creating a Web Page,

Installing a Web Page, Structure of HTML page.

1

Formatting - Creating Italic Text, Creating Bold Text, Underlining Text.

HTML Styles- Physical HTML Styles, Logical HTML Styles.

1

Fonts - Setting Fonts using <FONT> tag. Headings - Creating Web Page Headings

using <H1> to <H6> tags.

1

Presenting and Arranging Text - Inserting Line Breaks, Creating Paragraphs, Creating

Horizontal Rules, Centering Text, Displaying Preformatted Text, Creating Columns,

Formatting Block Text, Formatting Inline Text, Arranging Text in Layers, Creating

Inline Layers.

1

Images - Adding Image To A Web Page, Displaying alternate text in place of Images,

Allocating space for an Image, Adding borders to Images, Adding space around

Images, Aligning text and Images Vertically and Horizontally, Scaling Images to

different sizes, Setting page background Images, Creating overlapping Images.

1

Links and Lists - Creating Hyperlinks, Setting Hyperlink Colors, Creating Graphical

Hyperlinks, Setting the Base for Hyperlinks, Setting Link Information, Creating

Navigation Bars, Emailing with Hyperlinks, Creating List Items, Creating Unordered

Lists, Creating Ordered Lists, Creating Definition Lists, Nesting Lists.

1

Tables- Creating a Table, Adding a border, Padding cells, Widening the cell spacing,

Aligning the data horizontally and vertically, Spanning Columns, Spanning Rows,

Setting Colors.

1

Frames- Creating Vertical and Horizontal Frames, Using Named Frames as Hyperlink

Targets, Handling browsers that don't handle frames, Opening new browser windows,

Setting frame border and color, Creating inline frames.

1

Multimedia - Multimedia Sound, Multimedia Video, Creating own multimedia,

Connecting to external multimedia files, Creating Inline Sound, Creating Inline Video.

1

Style Sheets - External Style Sheets, Embedded Style Sheets, Inline Style Sheets,

Creating Style Classes, Cascading Styles, Organizing Styles.

2

11hrs

Unit: HTML-02: HTML AND JAVA SCRIPT No. of Hours Allotted: 12


Forms and Controls - Creating HTML Forms, Creating Buttons, Checkboxes, Radio

Buttons, Reset Buttons, File Input for a form, Hidden Data, Image Submit Buttons,

Password Controls, Submit Buttons, Text Fields, Text Areas, Creating a selection

controls, Grouping and Labeling Form elements.

2

JavaScript Objects - Document, Form, Frame, History, Location, Navigator, Window. 1

Object Properties - bgcolor, fgcolor, lastmodified, title, hostname, appName.

Methods - write, writeln, go, alert, open.

1

JavaScript Events - onAbort, onBlur, onChange, onClick, onDblClick, onError,

onFocus, onLoad, onSelect, onSubmit, Key Events, Mouse Events.

2

JavaScript Programming- Creating a Script, Commenting JavaScript, Working with

Data in JavaScript, Working with JavaScript Operators, Conditional Statements, Loops,

Creating Functions.

2

JavaScript Classes- String, Array, Math and Date. 2

Window Object- Opening a New Browser Window, Configuring and writing to a new

window, Creating Alert Dialog Box, Creating Confirmation Dialog Box, Creating

Prompt Dialog Box, Writing to the Browser's Status Bar.

1

Location and History Objects- Navigating with the location Object, Navigating with the

history Object by using forward ,back and go Methods.

1

12hrs

Unit: HTML-03: DYNAMIC HTML No. of Hours Allotted: 12


Setting Styles- Setting styles on the fly, Toggling Style Sheets On And Off

Changing Web Pages- innerHTML, innerText, insertAdjacentHTML, outerHTML,

outerText, pasteHTML, insertAdjacentText, Mouse Over Effects.

1

Dynamic Content - document.write, UsingTextRanges, Using the CreateElement

Method, Creating Dynamic Tables, Using Conditional Comments To Set Content On

The Fly, insertAdjacentHTML and insertAdjacentText Methods, innerText, outerText,

innerHTML, outerHTML properties.

1

Animation - Creating Animation, Creating Animation With Layers.

VML - Using Vector Markup Language.

1

Visual Effects - Filters, Transitions, Transitions Using Layers 2

Drag and Drop - Dragging and Dropping Data, Dragging and Dropping Using Layers. 1

Data Binding - Data Source Objects, Using The MSHTML Data Source Control,

Creating Tables With the MSHTML Control, Using the Tabular Data Control, Creating

Tables with TDC, Using the XML Data Source Control, Creating Tables with the XML

Data Source Control, Using the RDS Control, Creating Tables with the RDS Control.

3

Behaviors - Attaching to Events, Creating Properties, Creating Methods, Creating

Events, Using Default Behaviors.

2

11hrs

Unit: XML-04: XML(Extended Markup Language) No. of Hours Allotted:12


Valid and Well-formed XML Documents - Creating XML Documents.

XML Document Type Definitions - Creating XML Documents with DTDs, Specifying

Attributes in DTDs.

2

XML Schemas - Creating XML Documents with Schemas.

Creation and Specification of XML

1

Accessing XML Data - Accessing XML Data by Loading XML Documents, Accessing

XML Data with an XML Data Island, Getting Attribute Values from XML Elements.

1

Parsing XML - Parsing XML Documents in Code, Parsing XML to Get Element

Content, Parsing XML to Get Attribute Values.

2

Handling Events - Handling Events While Loading XML Documents,

onreadystatechange Event, ondataavailable Event, readyState Property.

1

Data Binding - Using Data Binding and XML, XML Tabular Data Binding, XML

Single Record Binding, Handling Hierarchical Data, Handling Variable size

Hierarchical Data.

2

Record Sets - Using Record Sets and XML.

XML Applet - Single Record Data Binding with the XML Applet, Tabular Data

Binding with the XML Applet, XML Applet Data Access Using Record Sets,

Searching XML Data Using the XML Applet.

2

XML Data Islands - Single Record Data Binding with XML Data Islands, Tabular Data

Binding with XML Data Islands, XML Data Island Access Using Record Sets,

Searching XML Data Using XML Data Islands.

2

13hrs

Unit: 05: PERL No. of Hours Allotted: 12


Creating Perl Programs - Creating Perl Scripts, Saving the Perl, Creating Code Files,

Run Perl Code, Finding the Perl Interpreter, Text Input and Output, Using the print

Function, Text Formatting, Commenting the Code, Reading Typed Input, Using the

Default Variable.

1

Handling Data - Creating Scalar Variables, Operators - Relational Operators, Equality

Operators, Creating arrays, Using Arrays, Creating Hashes, Using Hashes. Using

Numbers in Scalar Variables, Handling Truth Values in Perl, Using Strings in Scalar

Variables. Statements and Declarations.

2

Modules and Objects - Creating Perl Modules, Using Perl Modules, Creating Objects,

Using Objects in Perl.

1

Strings - Creating Strings, Using Strings.

List - Defining a List, Assigning Lists to Other Lists, Joining a List into a string.

1

Control Structures - Using the if Statement, the Reverse if Statement, Looping with the

for Loop, Looping with the foreach Loop, Looping with the while Loop, Using the

Reverse while Loop, Modifying Statements With if, unless, until, while and foreach.

1

CGI Scripting - Introduction, CGI Programming With CGI.pm, Creating HTML

Controls in CGI, Reading Data From HTML Controls in CGI.

2

Creating HTML Controls in Perl - Using Perl Script, Starting HTML Document,

Displaying Images, Creating HTML Heads, Creating HTML Elements, Creating a

Bulleted List, Creating a Hyper Link, Creating Horizontal Rules, Creating HTML

Form, Ending an HTML Form, Ending an HTML Document.

2

Reading Data From HTML Controls - Working With Text Fields, Working With Text

Areas, Working With Check Boxes, Working Radio Buttons, Working With Hidden

Data Fields, Working With Scrolling Lists, Working With Password Fields, Working

With Popup Menus, Creating Submit and Reset Buttons to Upload Data from HTML

Form.

2

Image Maps - Creating Image Maps, Creating Frames.

Debugging - Debugging CGI Scripts, Running a Script Locally.

1

13hrs

Course/Paper: Advance Java Programming (AJP)


Topic Hours Introducing JDBC: Describing Components of JDBC 2 Features of JDBC , JDBC Architecture 2 Types of Divers, Advantages and disadvantages of Drivers, Use of Drivers 2 JDBC Statement and Methods 1 PreparedStatement , 2 CallableStatement 2 Working with Resultset interface , Working with Resultset with metadata 2


Topic Hours Introducing CGI , Introducing Servlet , Advantages of Servlet over CGI 1 Features of Servlet , Introducing Servlet API 1 Javax.servlet package

1

Javax.servlet.http package 1 Servlet life Cycle 1 Working with GenericServlet and HttpServlet 1 RequestDispatcher interface ,Use of RequestDispatcher , 1 Session in Servlet: Introducing session , Session tracking mechanism 2 Cookies : Advantages & disadvantages ,use of cookies 2 Hidden form filed ,URL rewritten , HttpSession 1


Topic Hours Introduction to JSP :Advantages of JSP over Servlet 2

JSP architecture , JSP life cycle 2 Implicit objects in JSP 2 JSP tag elements: Declaration, scriplet, expression 1 ‐ Declarative, action tags 2 Java Bean‐ Advantages & Disadvantages, useBean tag‐ setProperty

and getProperty , Bean In Jsp 2


Topic Hours JSTL core tag: General purpose tag 2 conditional tag, networking tag 2 JSTL SQL tags , JSTL formatting tags 2 JSTL xml tags 2 Custom tag: empty tag, body content tag, iteration tag, simple tag 2 Introducing internationalization & Java: local class, ResourseBundle class,

web application 2


Topic Hours Working with JSF, Java Server Faces 2 Web Design Patterns 2 Security in web Application 1 Introduction to Frameworks in java: struts, 2 springs 2 hibernate 2 Course/Paper: BCA 312 (Unix Programming) Unit:1- Review of C Language No. Of Hours Alloted:


No. Of Hours

Introduction: files and directories , error handling 1

System calls and library functions, signals 1

Programs and process, user authentication 1

Unix standardization and implementations 1

Relationships of standards and implementations, primitive system types 2

Features test macros, conflicts between standards 1

File I/O, File descriptors and commands 1

I/O Efficiency, file sharing , atomic operations 1

Dup and dup2 functions 1

Files and directories commands 2

12

Unit:2- System Files and Informations No. Of Hours Alloted:


No. Of Hours

Standard I/O Library: streams and file objects 1

Buffering, operations on streams (Reading, writing, closing , opening) 2

Binary I/O, Positioning the stream 2

Formatting I/O, Implementation details 1

Temporary files and alternatives to standards 1

Password files shadow passwords, supplementary group 1

Login accounting and system identification 1

Time and date routine 1

Group file 1

Other data files 1

12

Unit: 3- Process control and Relationships No. Of Hours Alloted:


No. Of Hours

Introduction to process identifiers, fork,vfork,wait,wait3, exit functions 1

Race Condition, exec function, changing user id and group id 2

Interpreter files, system functions 1

Process accounting, user identification 1

Process times and process relationship 1

Terminal logins and network logins 1

Process groups, sessions, controlling terminals 1

Job control, shell executions and orphaned process groups 1

Signal concepts, reentrant functions 2

Abort function, system function, sleep function 1

Reliable signals and job control signals 1

13

Unit: 4- Terminal I/O No. Of Hours Alloted:


No. Of Hours

Terminal I/O introduction, special input character 1

Getting and setting terminal attributes 1

Baud rate functions, line control functions, terminal identification 1

Canonical mode, non canonical mode 1

Terminal window size, termcap, terminfo, curses functions 1

Advanced I/O: non blocking I/O, Record locking 2

Streams, multiplexing 1

I/O Multiplexing, Asynchronous I/O ,Memory Mapped I/O 2

Daemon Processes: introduction and characteristics 1

Coding rules, error logging, client server model 1

12

Unit: 5: Interprocess Comminication No. Of Hours Alloted:


No. Of Hours

Pipes, coprocesses, popen pclose functions 1

FIFO’S 1

System V IPC 1

Message Queues, semaphores 2

Shared memory, client server properties 1

Advanced interprocess communication, stream pipes 1

Client server connection functions, an open server 2

Database library, centralized and decentralized 1

Concurrency, source code, performance 1

11

Semester VI Course List:


BCA 351 Mobile Computing

BCA 352 Electronic Commerce

BCA 353 Software Testing & Maintenance

BCA 362(Elective-I) Enterprise Java

BCA 363(Elective-II) Unix System Administration

Course/Paper: Mobile Computing Unit: I No. of Hours Allotted: 15


required

Applications, history of mobile communications 1

reference model Wireless transmission - Frequencies, 1

Signals, Antennas, Signal propagation 1

Multiplexing 2

Modulation 2

Spread spectrum, 1

cellular systems 1

Medium access layer - Motivation 1

SDMA, FDMA, CDMA 1

Wireless LAN 1

Infrared vs radio transmission 1

infrastructure, IEEE802.11 1

HIPERLAN, Bluetooth 1

15hrs



required

Key services for mobile internet. 1

Mobile IP - Goals, assumptions, requirements, entities, 2

IP packet delivery 1

Agent advertisement and discovery 1

Registration. Tunnelling 2

Optimization, reverse tunneling 1

DHCP, Adhoc networks, 1

Mobile transport Layer - Traditional TCP 1

Indirect TCP . Snooping TCP, 1

Mobile TCP 1

Fast transmit Fast recovery 1

Transmission timeout freezing, 1

transaction oriented TCP 1

15hrs



Wireless Application Protocol 1

Overview of WAP 1

WAP architecture, 1

components. Network infrastructure 1

Design principles 1

WML - Document model 2

Basics, basic content 2

events, tasks 1

binding, variables, 1

other content, controls 1

application security, other data 1

Practical Examples of WML Document 1

Assignment of WAP Architecture 1

15hrs



Wireless binary extensible markup language 2

WML Script - language basics 1

standard libraries 1

script libraries 2

script development 1

User interface design 1

structured usability methods 1

design guidelines 1

user interface, 1

selected WML elements 1

WML uses with application example 1

WML device based libraries 1

WML design based assignments 1

15hrs



Tailoring Content with WML components 1

Content adjustment using WML scripts 1

Application Tailoring using WML standard Libraries 1

Application Tailoring to Client Device 1

Push Messaging according to WML 1

Wireless Telephony Application 2

WTA calls and recieving calls 2

WTA based Applications 1

WTA uses 1

WTA In retail market 1

WTA benefits 1

WTA servers 1

WTA application building and deploying 1

15hrs

Course/paper: software testing & Maintenance Unit-1 no. of hours allocated:10

Topic Hours

Example test series-first cycle, second cycle, subsequent cycles

1

Objectives and limits of testing 1

Testing in software development process- planning stage, design stage& Software errors

2

Reporting and analyzing bugs- problem report contents 1

Characteristics of problem report 1

Analysis of reproducible 2

Tactics for analyzing a reproducible bug 1

Making a bug reproducible 1


Topic Hours

PROBLEM TRACKING SYSTEMS- objectives, tasks, overview, users, mechanics, further thoughts on problem tracking reporting

2

Testcase design- characteristics of a good test 1

Equivalence classes and boundary values 2

Visible state transition, race conditions, load testing 2

Error guessing, function equivalence testing 1

Regression testing`` 1

Executing the tests 1


Topic Hours

Building a software testing strategy- computer system strategic risks, economics of testing, common computer problems,

2

Economics of SDLC, testing an organizational issue 1

Establishing a testing policy- methods of a testing policy,

2

structured approach to testing, test strategy, testing methodology

1

Establishing a software testing methodology – reasons for deects, reduce the cost of testing , work bench concepts

2

Eight considerations in developing testing methodologies

2

Determining software testing technique-testing tool and techniques selection process, structural system testing techniques- stress, execution, recovery, operations, compliance, security testing technique

2

Functional system testing techniques-requirements, regression, error handling, manual-support,inter system, control, parallel testing technique

2

Eleven steps of software testing process- overview-cost, life cycle testing, verification, validation, step-1: assess project management

1


Topic Hours

Step-2: develop test plan 1

Step-3: requirement phase testing 1

Step-4: design phase testing 1

Step-5:program phase testing 1

Step-6: execute test and record results 1

Step-7:Acceptance test 1

Step-8: Report test results 1


Topic Hours

Step-9:testing software installation 1

Step-10: test software changes 1

Step-11: evaluate test effectiveness 1

Software maintenance- characteristics, maintainability, maintenance tasks, side effects, reverse engineering and reengineering

2

Software configuration management- configuration items, scm process, version control

2

Change con-ml,configuration audit, status reporting 2

Course/Paper: BCA 362 (ENTERPRISE JAVA)

Unit: 01(EJB) No. of Hours Allotted: 12


Need for a Server-Side Component Architecture - Software Components, Re-usable

Components.

1

Component Architecture - Tools for Developing Components, A Container that

Manages the Deployed Components, Tools for Deploying Components and

Maintaining Components.

2

Ideal Language For Component Architecture - Component Interface, Component

Implementation.

1

Component Architectures in Java - Applets, Servlets and EJB. 1

Multi-Tier Architecture - Presentation Layer, Business Logic Layer, Data Layer. 1

Two-Tier Architecture - Combining the Presentation Layer with the Business Logic

Layer, Characteristics of Two Tier Architectures. 1

N-Tier Architecture - Presentation Tier, Business Logic Tier, Data Tier, Characteristics

of N-Tier Architecture. 1

J2EE Technologies - EJB, RMI and RMI-IIOP, JNDI, JDBC, JTA & JTS, JMS, JSPs. 1

EJB Business Solutions - Vendors of Business Logic, Business Component,

Application Server, Deployment.

1

Six Parties - Bean Provider, Container Provider, Server Provider, Application

Assembler, Deployer, System Administrator.

1

Types of Beans - Session Beans, Entity Beans. 1

12hrs

Unit: 02 (Session Beans) No. of Hours Allotted: 12


Introduction to Session Beans - Enterprise Bean Class, EJB Object, Home Object,

Deployment Descriptor, Bean Specific Properties, EJB-jar File.

2

Session Beans - Session Bean Life Time, Conversational versus Non-Conversational

Session Beans, All Session Beans methods are Serialized, Types of Session Beans.

2

Writing Session Bean - setSessionContext(SessionContext ctx), ejbCreate( ),

ejbPassivate( ), ejbActivate( ), ejbRemove( ), Business Methods.

2

Calling Session Beans - Loot up a Home Object, Create ana EJB Object, Call Business

Methods, Remove the EJ B Object.

2

Basics of Stateless Beans - Characteristics of Stateless Session Bean, Life Cycle of

Stateless Session Bean, Developing a Stateless Bean.

2

Basics of Statefull Session Beam - Characteristics of Statefull Session Bean, Life Cycle

of Statefull Session Bean, Developing a Statefull Bean.

2

12hrs

Unit: 03( Entity Beans) No. of Hours Allotted: 12


Adding Functionality to Bean - EJB Contexts, Session Bean Contexts. 1

EJB Security - Authentication, Authorization, Security Roles, Declarative

Authorization, Programmatic Authorization, Security Propagation.

2

Introduction to Entity Beans - Persistence Concepts, Java Object Serialization, Object-

Relational Mapping, Object Data Bases.

1

Entity Bean - Application Logic Components, Persistent Data Components, Entity

Bean Class, Remote Interface, Home Interface, Primary Key Class, Deployment

Descriptor, Environment Properties.

2

Features of Entity Beans - Entity Beans are Long-Lived, Entity Beans Survive Failures,

Entity Bean Instances are a View into a Data Base, Several Entity Bean Instances may

Represent the Same Underlying Data, Entity Bean Instances can be Pooled, Entity

Beans can be Created, Removed or Found.

2

Developing and Using Entity Beans - Creation of Entity Beans, Finding Existing Entity

Beans, Destruction of Entity Beans.

1

Entity Contexts - getEJBObject( ), getPrimaryKey( ), Life Cycle of Entity Bean. 1

Writing Bean-Managed Persistent Entity Beans - Implementation Guide Lines for Bean

Managed Persistence, Example for Bean Managed Persistence. 1

Writing Container-Managed Persistent Entity Beans - Container Managed Fields,

Primary Key Class, Implementation Guidelines for Container Managed Persistence,

Example for Container Managed Persistence.

1

12hrs

Unit: 04 (ADVANCED EJB CONCEPTS) No. of Hours Allotted: 12


Hours

Transactions - Motivation for Transactions, Atomic Operations, Network or Machine

Failure, Multiple Users Sharing Data.

1

Benefits of Transactions - Atomic Operation, Concurrency Control, Exception Handling. 1

ACID Properties - Atomicity, Consistency, Isolation, Durability. 1

Transactional Models - Flat Transactions, Nested Transactions, Other Transactional

Models.

1

Transactions with EJB - Transaction Models Supported, Underlying Transaction System

Abstraction, Declarative and Programmatic Transactions, EJB Transaction Attribute

Values.

1

Transactional Isolation - The Need for Concurrency Control, Isolation and EJB, The Dirty

Read Problem, The Unrepeatable Read Problem, The Phontom Problem.

2

Distributed Transactions - Durability, Two-Phase Commit Protocol, Transactional

Communications Protocol and Transaction Contexts.

Programmatic Transactions in EJB - OTS, JTS, JTA.

1

CORBA - Benefits of CORBA, Draw backs of CORBA. 1

Underlying How CORBA Works - ORB, Object Implementations, Object Referenes,

Object Adapters, Repositories. 1

OMG IDL - OMG IDL Maps to Concrete Languages, Static Invocations, Dynamic

Invocations. 1

CORBA Services - Naming Service, Event Service, Object Transaction Service,

Concurrency Control Service, Security Service, CORBA Components. 1

RMI over IIOP - Need for RMI - CORBA, Interoperability, Combining RMI with

CORBA, Benefits of RMI over IIOP, Problems that arise when combining RMI with IIOP. 1

13hrs

Unit: 05( DESIGNING CONSIDERATIONS FOR J2EE ) No. of Hours Allotted: 12


Designing Considerations - Implementation of J2EE in the Real World. 1

Designing an E-Commerce Object Model - A Preview of the Final Product, Scoping

the Technical Requirements, Object Model for the Business Logic Tier, Object Model

for the Presentation Layer.

1

Implementing E-Commerce Entity Beans - The Customer Entity Bean, The Order Line

Item Entity Bean, The Order Entity Bean.

1

Implementing E-Commerce Session Beans - The Quote Line Item Statefull Session

Bean, The Quote Statefull Session Bean, The Pricer Stateless Session Bean, The Bank

Teller Stateless Session Bean.

1

Combining Servlets with Enterprise Java Beans - The Role of Servlets in an EJB

Deployment, Implementing Servlets, Running the Complete E-Commerce System,

Optimization and Design Strategies.

1

J2EE Applications - RMI, JNDI and XML 1

JNDI - Naming and Directory Services, Benefits of JNDI, JNDI Overview,

Programming with JNDI, Advanced JNDI. 1

XML - Business Needs for XML, Benefits of XML, XML Concepts, XML and EJB. 1

Java Messaging Service (JMS) - Distributed Objects, Reliable, Scalability,

Asynchronous, MOM, Transactional, Fault-Tolerant, Vendor-Independent Manner.

1

Building a Complete J2EE Application - Exploring the Building of a Complete J2EE

Application with Examples.

2

11hrs

Course/Paper: BCA 363 (Unix System Administration) Unit:1- No. Of Hours Alloted:


No. Of Hours

Essential tasks of the system administrator: adding and removing users, adding and removing hardware’s, installing new software’s, monitoring the system

1

Trouble shooting, maintaining the local documentation 1

Booting and shutdown process: automatic and manual booting, hardware configuration

1

Booting in single user mode, startup scripts 1

Rebooting and shutting down 1

Rootly Powers: ownership of files and processes, recoming root 2

Controlling processes: components of a process, life cycle of process, 2

Signals, kill, life cycle of process, process states 2

Adding new users 1



No. Of Hours

Devices and drivers 1

Serial devices, serial standards, alternative connectors 1

Software configuration for serial devices, configuration of hardwired terminals 1

Terminal support 1

Adding a disk: disk interfaces, IDE Interfaces, disk geometry 1

Connecting the disk, labelling the disk, setting up automatic mounting 1

Periodic processes: cron command, format of crontab files 1

Cleaning the file system, rotating log files 1

Backups: backup devices and media, dumping and restoring for upgrades 1

Syslog and Log files: finding log files, rotating log files 1

Syslog: system event logger, configuring syslogd 1

Designing syslog scheme for site 1

12



No. Of Hours

Configuring the Kernel TCP/IP: tcp/ip and the internet, network standards and documentation, networking roadmaps

1

Packets and encapsulation, link layer, packet addressing 1

Ip addresses : glory details, subnetting and netmasks 1

Routing: routing tables, ICMP redirects 1

PPP: Point to point protocol, addressing PPP Performance issues, making your host speak PPP

1

Controlling ppp links, security issues 1

Domain name system: DNS Namespace, selecting domain name,creating your own domain name

1

BIND: Client issues, BIND Server configurations 1

DNS Database, PTR Record, srv record, txt record 2

Network file system, SLIP 2

12



No. Of Hours

Electronic Mail: Mail system, anatomy of mail message, mail aliases 1

Sendmail, installation, sendmail configuration and primitives 1

Security and sendmail, testing and debugging 1

Postfix mail system, spam control 1

Network management: trouble shooting a network, packet sniffers 1

Network management protocols, SNMP 1

SNMP Agents, network management applications 1

Security: seven common sense rules of security, shadow passwords 1

Printing : mini glossary of printing terms, network printers, BSD Printing 1

System vs Printing , adding a printer 1

Debugging printing problems, common printing softwares 1

Printer philosophy, secure your printer 1

12



No. Of Hours

Disk Space Management 2

Maintenance and Environment: maintenance basics and maintenance contracts 2

Board handling lore, monitors ,Environment 1

Machine room cooling, Temperature Monitoring 1

Performance analysis: Factors that affects performance, system performance check up, Analyzing CPU usage

1

Analyzing memory usage, Analyzing Disk I/O 2

Daemons: init, cron, inetd, the services file 1

System daemons 1

System daemons, printing daemons 1

12

Academic Year 2016-2017 Department: Informatics

Programme Name :M.C.A(CBCS) Semester: I

Course List:


PC 101 IT Discrete Mathematics

BS 101 MT Probability & Statistics

PC 102 IT Computer Programming & Problem Solving

PC 103 IT Elements of Information Technology

HS 101 CM Economic Analysis

MC 106 EG English

Course/Paper: MCA-Discrete mathematics

Unit: 5 Units No. of Hours Allotted: 60


I.statemenments and notation cinnectivities,quilence of statement formula, 4

Theorem providing-introduction to predicate calculus. Relations-binary relations and

digraphs,special properties of binary relations,

6

Equivalence relations,orders relations,lattices and enumerations,operations of relations. 4

II.definations and properties of functions,indectively defined functions,partials

functions, hashing functions,recursions.

5

Boolean algebra-definations and properties,lattices,Boolean functions,normal

forms:DNF,CNF,principle of DNF,

5

Principle of CNF,applications of swichinnig mechanisum,application to logic. 4 III.reccurence relations:first order linear reccurence relations,second order linear

homogeneusreccurence relation with constants coefficients,non homogenius reccurence relations

6

Algebra structures-definations,example with properties groups:definations,example and

elementary properties,homogenisum,isomorpisumand cyclic groups.. 4

4.elementary combinatory-sets,operations on sets,venn diagram,basic of combinations and permutations without repitation,unlimited repitations,constrained repetations.

6

Binomial coefficients,binomial and multinomial theorems,principle of inclusive and

exclusive

4

5.graph theort:basic concepts,isomorphisum and sub graphs,trees and their properties,spanning

trees,directed graphs,binary tree 6

Planar Graphs, Euler Circuits, Hamiltonian Graphs,chromatic numbers,four color

problem,network flows. 6

60 hrs

Course/paper :I semester (Probability & Statistics) Unit-I:No. Of Hours allocated:10

Topics to be covered No. Of. Hours

Correction of data: Methods of collection primary data, sources of secondary data, designing a questionnaire, presentation of data: Classification of Data tabulation of data frequency distribution

2

Diagrammatic representation, graphical representation: bar chart, pie chart, percentage

1

Methods of Survey: Census survey or complete enumeration, sample survey or partial enumeration

1

Sampling theory: reason’s of sampling, types of sampling 2

Gathering information from data charting or information abstraction

2

Accuracy of data, data validation (Tabulation of data) 2

Unit-II:No. Of Hours allocated:9


Probability: Permutation (Definitions, axioms, theorems) 1

Loss of Probability: Addition laws, conditional probability and multiplication laws of probability, base theorems

2

Probability Distributions: Bernoulli’s distributions (definition, principles, theorem)

2

Theoretical discrete distribution: binomial distribution (definition, principles, moment generating function, moments(central, raw)

2

Poisson distribution: definition, principles, moment generating function, moments (central, raw)

2

Unit-III: No. Of Hours allocated:15


Continuous distribution: rectangular distributions(definition, moments of rectangular or uniform distribution)----the mean, variance

2

Moment generating function, characteristics function, mean deviation of (rectangular and uniform distribution)

2

Normal distribution: introduction, chief characteristics of normal distribution, mean ,median and mode of normal distribution

1

Moment generating function, characteristic function of normal distribution, area property

1

Problems based on normal distribution 2

Gamma distribution: introduction, (definition, properties, mean, variance), moment generating function, moments

2

Cummulant generating function of standard gamma variate, additive property, problems solve based on gamma distribution

2

Beta distribution: beta distribution of 1st kind ,mean, variance, harmonic mean

2

Beta Distribution: Beta distribution of Second kind: Mean, variance, harmonic mean, problem solving based on beta distribution of 2nd Kind

1

Unit-IV:No. Of Hours allocated:14


Frequency Distribution: Introduction, Arithmetic Mean, Median, Mode, problem solving based on frequency distribution

2

Mathematical Expectation: Properties of mathematical expectation, addition theorem, multiplication theorem, variance, covariance

2

Moments: Central moments, Raw moments, moment about origin, relationship between central moments in terms of raw moments, The effect of change of origin and scale on central movement

2

Problems: based on movement 2

Skewness: Introduction, Measures of skewness,(definition, formulae’s, problems)

2

Limits for Bowley’s coefficient of skewness Problems: based on bowley’s coefficient

2

Kurtosis : introduction, definition, formulae’s diagram, problems solving based on kurtosis

2

UnitV:No. Of Hours allocated:15


Correlation: introduction, types of correlation,(definition, formulae’s, problems solving )

2

karl pearson’s coefficient of correlation,(definition, formulae’s) problems solving

2

Spearman’s rank correlation coefficient,(definition, formulae’s, problem solving) properties of correlation : proof,

1

Regression analysis: line of regression, regression coefficient, properties of regression coefficients,

1

Angle between two lines of regression, difference between correlation and regression Problems based on regression analysis

1

Tests of significance: introduction, definition, tests of significance for large samples, problem solving, Test significance for single proportion, problem solving, Test of significance for difference of proportions, problem solving

2

Test significance for single mean, problem solving Test significance for difference of means, problems

1

Test significance for the difference of standard deviation, problems 1

Small sample tests: t-test, t- test for a single mean, t-test for difference of means, paired t-test for difference of means

1

t-test to test the significance of an observed sample correlation coefficient, t-test to test the significant of an observed partial correlation coefficient

1

Chi- square test: chi- square test for population variance, goodness of fit test, independence of attributes chi square test, chi square test of homogenality of correlation coefficient ,estimates of same population variance

2

Course/Paper: Computer Programming and Problem Solving (CPP)


Topic Hours Computing Environments, Computer Languages 2 Creating and Running Programs 1 Number Systems (Binary, Octal, Decimal, Hex) 2 Representation of numbers (fixed and floating point) 1 Definition of Algorithms, examples 1 Symbols used in Flow chart, examples 1 Background, C Identifiers, Data Types, Operators, Variables, Constants, Input /

Output 1

Expressions, C Programs, Precedence and Associativity 1 Evaluating Expressions, Type Conversion, Statements, Bitwise Operators 2


Topic Hours Logical Data and Operators 1 if-else, switch Statements 1 Standard Functions. 1 loops, while, for, do-while statements 2 Loop examples, break, continue, go to. 1 Arrays - Concepts, Using Arrays in C 1 Inter-Function Communication 1 Array Applications 1 Two- Dimensional Arrays, Multidimensional Arrays 1 Linear and Binary Search, Selection, Bubble, Insertion Sorts. 2


Topic Hours Functions: Designing Structured Programs, Functions Basics, User Defined

Functions 2

Inter Function Communication, Standard Functions, Scope 2 Storage Classes-auto, Register, Static, Extern 1 Scope Rules, and Type Qualifiers. 1 Recursive Functions, Terminating Condition 1 Quick & Merge Sort Techniques 2 Preprocessor Commands 1

Type Def, directives, other features 2


Topic Hours Pointers – Introduction 1 Compatibility, L value and R value 1 Arrays and Pointers, Pointer Arithmetic and Arrays 1 Call-by-reference: Pointers for Inter-Function Communication 1 Passing Arrays to a Function 1 Memory Allocation Functions 1 Array of Pointers, Programming Applications 2 Strings - Concepts, C Strings, String Input / Output Functions 1 Arrays of Strings 2 String Manipulation Functions. 1


Topic Hours The Type Definition (type def), Enumerated Types 1 Structure: Definition and Initialization of Structures, Accessing Structures,

Nested Structures 2

Arrays of Structures, Structures and Functions 2 Pointers to Structures 1 Self Referential Structures 1 Unions, operations of union, accessing union variables, combination of

union and structure 2

Files, Streams, Standard library Input Output Functions 2 Character Input Output Functions 1

Course/Paper: Modern Economic Analysis Unit: 1. INTRUDUCTION TO MANAGERIAL ECONOMICS No. of Hours Allotted: 07


Introduction to managerial economics -objectives, concepts, definition, introduction 1

Nature of managerial economics, scope, relationship with other disciplines

2

Significances, limitation, role, fundamental concepts

2

Opportunity cost, managerial economics and traditional economics, time perspective 2

Unit: 2 Demand Analysis No. of Hours Allotted: 14


Demand analysis-definition, introduction, objectives, 1

Concept, types of demand, determinants 2

Demand function -definition, types Demand schedule-types characteristics

2

Demand curve-law of demand, increase and decrease demand Changes in demand

2

Types of demand-price demand, income demand, cross demand 1

Elasticity demand-definition, concept, types 1

Price elasticity of demand-definition, types 2

Income elasticity of demand-definition, introduction, types 1

Cross elasticity of demand-definition, introduction, types 2

Unit: 3 PRODUCTION AND COST ANALYSIS No. of Hours Allotted: 12


Production and cost analysis--definition, introduction, objectives, concepts, factors 1

Production function—definition, concept, characteristics

2

Types of production function-definition, types Empirical production function Cobb-Douglas PF

2

Returns to scale-definition, types Isoquants curve-definition, types

2

Cost analysis-definition, concept, types Cost function-definition, determinant,

1

Cost output relationship –short term, long run Economics of scale- definition, introduction and internal and external economic of scale

2

Supply analysis- definition, function, assumptions, determinants Perfect competition-definition, introduction, features

2

Unit: 4 National Income and Economic Planning No of Hours Allotted: 10


National income-definition, objectives, concept 2

Determinants-definition, explanation Estimation of national income-explanation

2

Problems underlying in estimating NI Signification -explanation

2

Economic planning – definition, need, machinery, features 2

Objectives, economic planning in India, sources, achievements 2

Unit: 5 INDIAN FINANCIAL SYSTEM No. of Hours llotted: 10


Financial System-Definition, introduction, objectives, concept 1

Structure of financial system Money market and capital market

2

RBI-introduction, objectives, functions 2

Credit control instruments of RBI Role of RBI

2

Role of RBI in the management of financial market-definition, concept, functions 2

Sources of funds INDIA 1

Semester: II Course List:


HS 201 CM Accounting & Financial Management

PC 201 IT Principles of Object Oriented Programming

PC 202 IT Management Information Systems

PC 203 IT C++ & Data Structures

PC 204 IT Computer Organization

HS 202 EG Communication Skills

Course/paper : Accounting and Financial Management Unit: 1 Accounting No. of Hours Allotted: 10


Accounting – Objectives, Functions, Branches, Advantages, Disadvantages, Principles, Process

1

Accounting Concepts and Conventions – Explanation 2

Journal – Subsidiary Books, Problem Solving

2

Ledger—Posting,Balancing,Problem solving 2

Financial Statements – Definition, Introduction and Problem solving 2

Bank Reconciliation Statement – Definition ,Introduction, Problem solving 1

Unit :2 Financial statement Analysis and interpretation No. of Hours Allotted:12


Definition,Introduction,Types,Methods ,Explation 2

Ratio Analysis –Classification ,Measuring Financial performance 2

Problems on ratio analysis

2

Problems on Financial statement analysis and interpretation 2

Structural ratios,coverage ratios problems 2

Leverage ratios ,Turn over ratios and problems 2

Unit :3 Working Capital No. of Hours Allotted: 12


Concepts of working capital – Definition, Introduction, Explanation 2

Determinants of Working Capital -- Introduction, Definition, Explanation Sources of Working Capital, Importance of working Cpaital

2

Statement of Working Capital Requirements Statement of Changes in Financial Position – Working Capital Problem Solving

2

Funds Flow Statement Analysis – Importance, Advantages, Disadvantages, Problems 2

Cash Flow Statements – Explanation, Advantages, Disadvantages, Problem Solving 2

Management of Inventory – Objectives, Benefits, Techniques, Problems, LIFO, FIFO, Weighted Average

2

Unit: 4 Capital Budgeting Subject: Financial and Accounting Management No. of Hours Allotted: 12


Capital Budget – Introduction, Definition, Features, Importance, Investment Decision, Types 1

Process, Objectives, Comparison between Practical Investment decision and Strategic Investment Decision, Periodic Budgeting

2

Capital Budget Methods or Techniques – Discounting and Non Discounting Problems (PB, ARR, IRR,NPV)

2

Profitability Index, Cost of Capital – Concept, Importance, Types, Theories 2

Weighted Average Cost of Capital – Problem Solving 2

Problems on Capital Budgeting, Problems on Cost of Capital 2

Problems in Determination of Cost of Capital 1

Unit: 5 Cost Concepts No. of Hours Allotted: 12


Cost Concepts -- Introduction, Definition, Types, Techniques, Methods 1

Cost Sheet – Fixed Cost, Marginal Cost, Marginal Costing, Advantages and Disadvantages of Marginal Costing

2

Cost Volume Profit Analysis – Objectives, Contribution, Break Even Analysis and Break Even Point – Explanation with Chart

2

Variable Cost and Absorption Cost -- Introduction, Definition, Explanation 2

Budget – Budgeting Control, Features, Classification, Types 1

Fixed and Flexible Budgeting – Preparation on Flexible Budget, Comparison Between Fixed and Flexible Budgets,

1

Forecasting – Forecasting Techniques, Short Term and Forecasting, Budget Forecasting Comparison

2

Problem on BEP Problem on Flexible Budget

1

Course/Paper: Principals of Object Oriented Programming Using Java (Java)


Topic Hours Understanding Object Oriented Development, Understanding Object Oriented Concepts,

1

Benefits of Object Oriented Development. 1 Java Programming Fundamentals: Introduction, Overview of Java, Data types

1

Variables and Arrays, Operators 1 Control Statements 2 Classes, Methods 2 Packages and Interfaces 2 Inheritance 2


Topic Hours Exception Handling, 2 Multithreaded Programming 2 I/O basics 1 Reading console input and output 2 Reading and Writing Files 2 Print Writer Class 1 String Handling 2


Topic Hours Exploring Java Language 2 Collection Overview 1 Collections Interfaces 1 Collection Classes, Iterators 2 Random Access Interface 1 Maps, Comparators, Arrays 2 Legacy classes and Interfaces 1 String Tokenizer, Bit Set, Date classes 1 Calendar observable, Timer classes 1


Topic Hours Java I/0 classes 2 Java I/0 Interfaces 2 Files Stream introduction 1 Byte Classes 2 Character Streams 2 Serialization 2

Synchronization 1


Topic Hours GUI and Event Driven Programming : Applet Class. 1 Event Handling 1 Delegation event model 1 event classes and event listener Interfaces 2 Customizing Frame Windows 1

Course/Paper: C++ and Data Structures

Unit: 01 (Introduction to C++) No. of Hours Allotted:12


C++ - Introduction of C++, History of C++.

Programming Paradigm - Procedural Programming Paradigm Modular Programming

Paradigm, Object Oriented Programming Paradigm.

2

Object Oriented Programming Concepts - Object, Class, Data Abstraction, Data

Encapsulation, Inheritance, Polymorphism and Message Passing.

1

Advantages of OOPS, Applications of OOPS. 1

Functions - Definition of Function, Syntax of Function, Function Components, Sample

Programs of Function..

1

Calling the Function - Call-by-Value, Syntax and Example, Call-by-Reference, Syntax

and Example.

1

In Line Functions - Definition, Syntax, Example.

Function Overloading - Definition, Syntax, Rules for Function Overloading, Example.

2

Recursion - Definition, Examples of Recursion, Factorial, Tower of Hanoi. 2

Arrays - Introduction, Definition, Syntax, Arrays Using Functions, Pointers with

Arrays, Multidimensional Arrays.

2

12hrs

Unit: 02 (Defining Classes) No. of Hours Allotted:12


Classes - Definition of Class and Object, Syntax of Class and Object, Example of Class

and Object.

1

Abstract Data Types - Syntax, Access Specifiers, Accessing Class Members, Example. 1

Member Functions - Defining Member Functions, Inside the Class Specification,

Outside the Class Specification, Nested Member Functions, Examples.

2

Friend Concept - Definition of Friend Function, Syntax, Rules for Friend Functions,

Uses of Friend Functions, Friend Classes, Examples.

2

Constructors - Definition of Constructors, Syntax, Rules for Constructor, Types of

Constructors: Default Constructor, Parameterized Constructor, Copy Constructor.

2

Destructors - Definition of Destructors, Syntax, Rules for a Destructor, Example,

Differentiation Between Constructor and Destructor.

1

Strings - Definition, Syntax, String Manipulation, String Comparison, Examples. 1

Pointers - Definition, Dereferencing of Pointers, Syntax, Pointer Arithmatic, Pointers to

Arrays, Pointers to Objects, Pointers to Pointers, Array of Pointers.

1

Dynamic Arrays - Dynamic Memory Allocation, Definition of Dynamic Array, Syntax

of Dynamic Array, Examples of Dynamic Arrays.

1

12hrs

Unit: 03(Inheritance) No. of Hours Allotted: 12


Operator Overloading - Concepts of Operator Overloading, Overloadable Operators,

Operators that Cannot be Overloaded, Operator Keyword, Rules for Overloading

Operators, Unary Operators Overloading, Binary Operator Overloading, Overloading

Binary Operators Using Friend Function.

2

Inheritance - The Notation of Inheritance, Base Class, Derived Class, Types of

Inheritance: Single Inheritance, Multiple Inheritance, Hierarchical Inheritance,

Multilevel Inheritance, Hybrid Inheritance.

2

Overriding - Need of Overriding, Examples of Overriding.

Polymorphism - Definition, Compile Time Polymorphism, Runtime Polymorphism,

Virtual Base Class.

2

Virtual Functions - Need for Virtual Functions, Base Class Pointer, Virtual Function,

Pointer to Derived Class Objects, Pure Virtual Functions, Pure Virtual Function With

Abstract Class.

2

Exception Handling - Definition, try Block, catch Block, throw, Invoking Function that

Generate Exception, Multiple Catch Statements.

1

Templates - Generic Function, Generic Class, Function Templates, Class Templates. 2

11hrs

Unit: 04 (Introduction to Linear Data Structures) No. of Hours Allotted:12


Linear List - Definition, Representation of Linear List, Array Representation, Linked

Representation.

1

Stacks - Definition, Syntax, Operations of Stacks Using Array, Operations of Stacks

Using Linked Lists, Examples.

2

Queue - Definition, Syntax, Operations of Queues Using Array, Operations of Queues

Using Linked Lists, Circular Queue, Priority Queue, Examples.

2



2



2



1

Hash Table Representation - Ideal Hashing, Hash Functions and Tables, Hashing With

Chains.

2

Collision- Linear Probing, Quadratic Probing. 1

13hrs

Unit: 05 ( Non-Linear Data Structures) No. of Hours Allotted:12


Binary Trees - Definition, Properties of Binary Trees, Array Representation of Binary

Trees, Linked Representation of Binary Tree, Operations on Binary Trees, Examples.

2

Traversals - Tree Traversing Techniques, Pre-Order, In-Order, Post-Order, Examples. 2

AVL Trees - Definition, Properties of AVL Trees, Representation of AVL Trees: Array

Representation, Linked Representation, Operations on AVL Trees, Examples

2

B-Trees - Definition, Syntax, Representation, Operations on B-Trees, Examples. 2

Graphs - Definition, Syntax, Representation of Graphs, Operation on Graphs,

Examples.

2

Graph Traversal Techniques - Breadth-First Search (BFS), Depth-First Search(DFS),

Examples.

2

12hrs

Course/Paper: Computer organization (CO)


Topic Hours

Digital Logic Circuits: Digital Computers, Logic Gates, Boolean

Algebra

1

Map Simplification 1

Combinational Circuits 1

Flip Flops, Sequential Circuits 2

Digital Components: Integrated Circuits, Decoder 1

Multiplexers 1

Registers, Shift

Registers

1

Binary counter, Memory unit 1

Data Representation: Data types, Complements 1

Fixed and Floating Point Representation, Other binary codes 1

Error Detection codes 1


Topic Hours

Register Transfer and Micro operations:. Register Transfer

language, Register transfer

1

Bus and Memory Transfer 1

Arithmetic Micro operations 1

Logic Micro operations, Shift

Micro operations

1

Arithmetic logic shift unit 1

Basic Computer Organization and Design: Instruction codes 1

Computer Registers, Computer Instructions 1

Timing and Control 1

Instruction Cycles 1

Memory Reference

Instructions

1

Input, Output and Interrupts 1

Design of Accumulator logic 1


Topic Hours

Programming the Basic Computer: Introduction, Machine Language 1

Assembly Language, The Assembler, 2

Programming Arithmetic and Logic Operations 1

Subroutines 1

input -output Programming 1

Micro programmed Control: Control Memory 1

Address Sequencing 2

Micro program

Example

2

Design of Control Unit 1


Topic Hours

Central Processing Unit: Introduction, General Register

Organization, Stack

Organization

1

Instruction Formats 1

Addressing Modes 1

Data Transfer and Manipulation 1

Program Control, RISC 1

Parallel Processing: Pipelining, Arithmetic Pipeline 2

Instruction Pipeline, RISC Pipeline 2

Computer Arithmetic: Addition and Subtraction 1

Multiplication algorithms, Division

Algorithms

1

Floating point arithmetic operations, decimal arithmetic unit, and

decimal arithmetic operations

1


Topic Hours

Input -Output organization: Peripheral Device 1

I/O output interface 1

Asynchronous data transfer 1

Modes of transfer 1

Priority Interrupt 2

DMA 2

Input output Processor 1

Serial Communication 1

Memory Organization: Memory Hierarchy 1

Main Memory, Cache Memory 1

Programme Name :M.C.A II year Semester: I

Course List:

Course/Paper: BCA254 - SOFTWARE ENGINEERING


Topics to be covered No. of Hours I I The software Problem- Cost, Schedule and Quality, Scale and change Software Processes 5 Process and project, Component Software Processes, Software Development Process Models,

Project management Process. 4

II Software Requirements Analysis and Specification - Value of a good SRS, Requirements

Process', Requirements Specification 5

Architectural styles for C & C view, Documenting Architecture Design, evaluating

Architectures 5

III Planning a Software Project - Effort Estimation, Project Schedule and staffing, Quality

Planning, Risk Management Planning, Project Monitoring Plan 4

Detailed Design, Verification, Metrics 5 IV Coding and Unit Testing - Programming Principles and Guidelines, Incrementally

developing code 6

. managing evolving code, unit testing, code inspection 4 , Metrics Testing - Testing Concepts, Testing Process, Black Box testing, White box testing,

Metrics 5

V Maintenance and Reengineering - Software Maintenance, 5 , supportability, Reengineering, Business process Reengineering, Software reengineering, 6 Concurrent Executing of Transactions, Lock-Based Concurrency Control. 6

Course/Paper: Database Management System (DBMS)


Topic Hours

Introduction to DBMS and ER Model, File System vs Database,

Advantages of DBMS

1

Database Design and E-R Diagrams 1

Entities, Attributes and Entity Sets, Relationships and

Relationship Sets

1

Additional Features of the ER Model 1

Conceptual Design with the ER Model 1

The Relational Model, Introduction to Relational Model 1

Integrity Constraints over Relations 1

Views 1

Schema Refinement and Normal Forms: Schema Refinement 1

Functional Dependencies 1

Normal Forms, Normalization 1

Schema Refinement in Database Design 1


Topic Hours

Relational Algebra and Calculus, Preliminaries 1

Relational Algebra and Calculus, Preliminaries 1

Relational Algebra, 2

Relational Calculus, 2

Expressive Power of Algebra and Calculus, SQL Queries,

Constraints

1

Triggers 1

The Form of Basic SQL Query, Set Operators, Nested Queries 1

Aggregate Operators, Null Values 1

Triggers and Active Databases, Designing Active Databases 1

Accessing Databases from Applications using Embedded SQL, 1

Cursors, Dynamic SQL. 1


Topic Hours

Overview of Storage and Indexing, File Organizations and Indexing 1

Index Data Structures 1

Comparison of File Organizations 1

Tree-Structured Indexing, Indexed Sequential Access Method (ISAM) 1

B+ Trees, Search, Insert

Delete, B+ Trees in Practice

2

Hash-Based Indexing: Static Hashing 1

Extendible Hashing 2

Linear Hashing 2

Extendible versus

Linear Hashing

1


Topic Hours

Transaction Management, ACID Properties 1

Transactions and Schedules 1

Concurrent Execution of Transactions 1

Lock-Based Concurrency Control 1

Concurrency Control, 2PL 2

Serializablity, and Recoverablity 1

Introduction to Lock Management 1

Dealing with Deadlock 1

Specialized Locking Techniques 1

Concurrency Control without Locking 2


Topic Hours

Crash Recovery, Introduction to ARIES 2

The Log, Other Recovery Related Structures 2

The W AL, Check pointing 1

Recovering from a System Crash, Media Recovery 1

Recovering from a System Crash, Media Recovery 1

Security and Authorization, Introduction to Database Security 2

Access Control 1

Discretionary Access Control, 1

Mandatory Access Control, Additional Issues related to Security 2

Course/Paper: DESIGN AND ANALYSIS OF ALGORITHMS (DAA)


Topic Hours Introduction to Algorithms, Definitions, Characteristics of Algorithms 1

Algorithm Specification 1

Asymptotic notations Big O, Big W 1

Asymptotic notations littlie ‗o‘, w and tita ɵ 1

Performance Analysis, Time and Space Complexity definitions, formulas

explanation

1

Time and Space Complexity explanation with examples 1

Randomized Algorithms. 1

Elementary Data Structures: Stacks and Queues 1

Trees, Dictionaries, 1

Priority Queues 1

Sets and Disjoint Set Union 1

Graphs, Definitions, Representation 1

Unit: II No. Of Hours Allotted: 12

Topic Hours Divide and Conquer, Binary Search 1 Finding the Maximum and Minimum, Merge Sort 2 Quick Sort, Selection, 2 Strassen ‗s Matrix Multiplication 1 Convex Hull. 1 The Greedy Method, Knapsack Problem, 1 Tree Vertex Splitting, Job Sequencing with Deadlines, 1 Minimum-Cost Spanning Trees, 1

Optimal Storage on Tapes, Optimal Merge Patterns, 1

Single Source Shortest Paths. 1

Unit: III No. Of Hours Allotted: 12

Topic Hours Dynamic Programming: General Method, Multistage Graphs 1 All-Pairs Shortest Paths 1 0/1 Knapsack, Reliability Design, 1 Single-Source Shortest Paths, Optimal Binary Search Trees 1 The Travelling Salesperson Problem. 1 Basic Traversal and Search Techniques : Techniques for Binary

Trees 2

Techniques for Graphs, Connected Components 2 Spanning Trees 1 Bi-connected Components and DFS 2


Topic Hours NP-Hard and NP-Complete Problems, fundamental concepts 1

Basic Concepts, Cook's Theorem 1 NP-Hard 2 Graph Problems, 2 NP-Hard Scheduling Problems 2 NP-Hard Code Generation 2 Some Simplified NP-Hard Problems. 2

Course/Paper: Operating Systems (OS)


Topic Hours OS structure and strategies 1 Process concept, Life cycle 2 Inter process communication,

Threads, Multithreaded

Programming.

2

Process Scheduling: Scheduling

Criteria, 1

Non Pre-emptive Scheduling

Algorithms, 2

Pre-emptive Scheduling Algorithms 2 Multi Processor scheduling 1

Thread Scheduling. 1


Topic Hours Memory Management scheme 1 Swapping, Contiguous allocation, 1 Paging, Static and dynamic partition 1 Demand paging, Page replacement

Algorithms, 2

Thrashing, Segmentation, Segmentation with

Paging. 2

File Concept, Access Methods 1 Directory Structure, File System

Mounting 1

File Sharing, and Protection 1 File-System Structure, File-System

Implementation, 1

Directory Implementation, Allocation

Methods, and 1

Free Space management, Efficiency and

Performance, Recovery. 1


Topic Hours Process Synchronization Introduction 1 Critical Section Problems 2 Semaphores, Monitors. 2 Deadlocks: Necessary conditions 1 Resource Allocation Graph, Methods for

handling deadlocks, 1

Deadlock Preventions, detection and

recovery. 1

Deadlock avoidance 2 Protection: Goal, domain of protection,

access matrix 2


Topic Hours Device Management: Disk Structure 2 Disk Attachment, Disk Scheduling

Algorithms, Disk Management, 2

Swap Space Management, RAID structure

and Storage Implementation. 2

I/O System: I/O hardware, Application TO

Interface, 2

Kernel I/O Subsystem 1 Transforming I/O

request to hardware operation, STREAM 2


Topic Hours Case Studies: Linux System: Design

Principles, Kernel Modules 2

Process Management, 2 Scheduling Memory Management, File

Systems, 2

Input and Output, Inter-Process

Communication,Network Structure, Security. 2

Windows XP: General Architecture. 2 The NT Kernel, The NT

Executive. 2

Course/paper :III semester (OPERATION RESEARCH) Unit-I: No. Of Hours allocated:15


Linear programming: introduction, concepts of linear programming model,(explanation, method, steps ) problem solving

1

Development of linear programming models: introduction, method, steps, explanation, examples

1

Graphical method: introduction, explanation, method ,steps, problems

2

Graphical method problems 2

Linear programming methods: introduction, steps, method, simplex method(types of simplex methods)

2

Simplex method :steps, method, problems solving 2

Artificial variable technique :two- phase method (steps, methods, problem solving)

1

Big-m method—steps ,methods, explanation, problem solving 1

Degeneracy method: steps, problem solving 1

Duality: steps, explanation, problem solving 1

Sensitivity analysis: explanation, steps, problem solving 1

Unit-II: No. Of Hours allocated:13 Topics to be covered No. Of. Hours

Transportation problem: introduction, mathematical model for transportation problem(explanation, steps)

1

Types of transportation problem: north-west corner rule, maxima cost entry method, travelling sales man problem, vogel’s approximation problem

2

North west corner rule: steps, problem solving 1

Maxima cost entry method: steps, problem solving 1

Travelling sales man problem: steps, problem solving 2

Vogel’s approximation problem: steps, problem solving 2

Vogel’s method for obtaining optimum solution: steps, problem solving 2

Transhipment model: steps, explanation, problem solving 2

Unit-III: No. Of Hours allocated:13


Assignment problem: introduction, zero-one programming model(steps, problems)

2

Types of assignment problem: Hungarian method(steps, problems) 2

Branch and bound technique for assignment problem: steps, method explanation, problem solving

2

Integer programming: introduction, integer programming formulations(types, steps, methods)

1

Cutting plane algorithm: explanation , steps, method, problem solving 2

Branch and bound technique for integer programming: steps, explanation, method, problem solving to obtain optimum solution

2

Zero-one implicit enumeration algorithm: explanation, steps, methods, problem solving

2

Unit-IV: No. Of Hours allocated:8 Topics to be covered No. Of.Hours

Dynamic programming :introduction, applications of dynamic programming(explanation, implementation)

2

Solution of linear programming through dynamic programming: (Multiplicative additive inverse of two variable, three variable

2

Bell’s man optimality test, application, implementation 2

Mathematical formulation of models 2

Unit-V: No. Of Hours allocated:12 Topics to be covered No. Of.Hours

Game theory: Introduction, game with pure strategies (Definition of Saddle point, Payoff matrix, Strategies) problem with saddle point

2

Problem for Payoff matrix without saddle point, game with mix strategies (problem solving for payoff matrix and finding strategies player A and player B)

2

Dominance property: Introduction method, problem solving using dominance property

2

Graphical method for 2xn game: Introduction, method, problem solving for payoff matrix using 2xn game

2

Graphical method for mx2 game: Introduction, method, problem solving for payoff matrix using mx2 game

2

Linear programming approach for game theory (Introduction, definition of simplex, method of simplex, problem solving for payoff matrix using LPP

2

Semester:II Course List:


CS 751 Data ware Housing and Data mining

CS 752 Computer Networks

CS 753 Unix Programming

CS 754 Web Programming

CS 755 Distributed System

Course/Paper: Data Warehousing and Data Mining Unit: I No. of Hours Allotted: 15


required

Data Warehousing – Introduction,Definition, 1

multidimensional Data model, OLAP operations, 1

Schema, Architecture, Data Marts 1

Meta Data, OLAP Engine, 1

backend process 1

Data Mining – Definitions, KDD, 1

DM Techniques, Problems, 1

Issues and challenges,Applications. 1

Association Rules – Introduction, methods, 2

A priori, Partition Pincer – Search algorithm, 2

Dynamic Itemset Counting. 1

FP – tree Growth algorithms 1

incremental algorithm 1

15hrs



required

Clustering Techniques 1

Introduction, Partitioning algorithms 1

Partitioning algorithms 1

Hierarchical algorithms 2

Categorical clustering 2

Decision Trees – introduction 1

tree construction principle 1

Best split, 1

Construction algorithms 1

construction with presorting 1

Live Examples of Clusteing 1

Clustering with Data ( code Execution). 1

Assignment by students for Clustering and Decission Tree 1

15hrs



required

Neural Networks. 1

Genetic algorithms 1

Genetic algorithms examples 1

Web Mining – content mining 1

Structure mining 1

usage mining, text mining 1

text clustering 1

Temporal data mining- introduction, 1

temporal association rules 2

sequence mining. GSP, SPADE. 2

Episode discovery 1

Event-prediction 1

time-series, spatial mining. 1

15hrs Unit: IV No. of Hours Allotted: 15


required

Data warehouse applications 1

grocery store, 1

warehouse, shipments 1

value-chain 1

Value-chain combination 1

financial services 2

Subscription business, 2

insurance, 1

voyage business. 1

Warehouse shipments problems 1

Warehouse grocery store problems. 1

Another side of warehouse applications(pharmaceutical comapnies) 1

Examples by student assignment . 1

15hrs



required

Factless fact tables. 1

Building a dimensional data 1

dimensional data warehouse 1

aggregates, 1

Multidimensional Data 1

back room operations. 2

Front room operations. 2

Front end applications 1

future trends 1

Schemas for warehouse 1

Schema based warehouse choosing, 1

Explaination for Fact table 1

Assignment for building Fact table for student warehouse 1

15hrs

Course/Paper: Computer Networks (CN)


Topic Hours Data Communications : Components - Direction of Data flow 2 networks -Components and Categories

1

types of Connections - Topologies 2 Protocols and Standards - ISO/OSI model,. 2 TCP/IP model 1 Transmission Media - Coaxial Cable - Fiber Optics - 2

Line Coding - Modems - RS232

Interfacing 1


Topic Hours Data link Layer Services 1 Error detection and correction 1 CRC, Hamming code 2 Flow Control and Error

control 2

stop and wait - go back-N ARQ - selective repeat ARQ-sliding

window 2

HDLC. 1 Mac Layer : LAN - Pure and Slotted ALOHA, 1 Ethernet IEEE 802.3 -IEEE 802.4 -IEEE 802.5,Bridges 2


Topic Hours Network Layer Services 2 Internetworks - virtual circuit and Datagram approach Routers 2 IP addressing, 2 Sub netting, CIDR. 2 Routing - Distance Vector Routing, 2 Link State Routing, OSPF and BGP 2


Topic Hours Transport Layer : Services of transport layer 2 Multiplexing. 1 Transmission Control Protocol (TCP) 2 Congestion Control, 2 timer management, Quality of services (QOS) 2 User Datagram Protocol(UDP) 2


Topic Hours Application Layer Services 2 Domain Name Space (DNS) - 2 SMTP 1

FTP - HTTP 2 WWW 2

Other Protocols 2

Course/Paper: Unix Programming (UP)


Topic Hours

Unix Introduction 1

commands 2

file system 1

security and file permission 2

regular expression 2

grep 1

shell programming 1

awk 2


Topic Hours

The Unix Model 1

signal 1

process control, daemon process 2

Interprocess Communication

Introduction

1

file and record locking, other unix

locking techniques

2

pipes, FIFOs, 1

streams and messages 1

namespaces, message queues 1

semaphores 1

shared memory 1


Topic Hours

Socket programming 1

Socket address 1

elementary socket system calls 2

advanced socket system calls 2

reserved ports, socked options 1

asynchronous I/O 1

Input/ Output Multiplexing 1

out-off band data 1

sockets and signals 1

Internet super server 1


Topic Hours

Introduction to PHP, Overview 1

syntactic characteristics 1

primitives 1

operations and expressions, output 1

control statements 1

arrays 1

functions 2

pattern matching 1

form handling files 2

cookies and

session tracking

1


Topic Hours

Python Basics 1

Python Objects, Numbers 1

Sequences: Strings 1

Lists, and Tuples 2

Mapping and Set Types 1

Conditionals and Loops 1

Files and Input/Output 1

Errors and Exceptions 1

Functions and

Functional Programming

1

Modules 1

Object oriented programming 1

Course/Paper: MCA-WEB PROGRAMMING



I.html:markup languages,common tags,headers,test styles,lincking images,formatting

text

4

Unorder list,nested and order list,tabs and formatings,basic forms,fomplex forms

lincking,meta tags,

6

Dynamic html:cascading styles sheets in line styles,style external style sheettext flow

and box modeluser style sheets..

4

II.object model and collections:object referencing,collections all,chillderns

frames,navigator objects.

5

Event model:onclick,onload,error handling,on error,on

mouse,onmoseover,onmouseout,onfocus,onblr,onsubmit.

5

Dynamic html:filters and tractions,data binding with tabular datacontrol buiding to

img,table,structure graphics,active controls. 4

III.inctoduction to scripting,java script,data types,arithmetic equality relations,assignment increment,decrement operarers,java script control structrure-if,if else,while.

5

java script control structure:for,switch,do/while,break.programming modules,recursions,object

maths,string Boolean and numbers 5

4.client side scripting vb script,operations,data types and control structure,functions,arrays,string manipulations,classes and object.

6

Web servers:personal web server,internetinformation server,aphache web

server,installing of aweb sever.

4

5.active pages,client side scripting vs server side scripting,server sideactive x composer,ado,file

system object,sessions tracking,cgi and perl5,string. 6

Processing and regular expressions,server side includes,cookies and perl,xml,document type definations,xml parsers,using xml with html.

6

60 hrs

Programme Name :M.C.A III year Semester: I

Course List:


CS 801 Information security

CS 802 Middle ware technologies

CS 803 Object oriented system development

CS 805 Electronic commerce

CS 810 Mobile computing

Course/Paper: MCA (Information Security) Unit:1- Introduction to information security No. Of Hours Alloted:


No. Of Hours

History , critical characteristics of informtaion 1

NSTISSC Security model 1

Components of information system, securing the components 2

Balancing security and access 1

The SDLC, The security SDLC 2

Need for security, Business needs 1

Threats , Attacks , types of Attacks 2

Secure software development 1

Unit:2- Legal, ethical and professional issues No. Of Hours Alloted:11


No. Of Hours

Legal, ethical and professional issues 1

Laws and ethics in information security 1

Relevant U.S Laws international laws and legal bodies 2

Ethics and information security 1

Risk Management 1

Risk identification, Risk assessment, Risk control strategies 2

Selecting a risk control strategy 1

Quantitative vs qualitative risk control practices 1

Risk management discussion points 1

Recommended risk control practices 1

Unit: 3- planning for security No. Of Hours Alloted:

Topics to be Covered No. Of Hours

Security policies standards and practices 2

Security blue print 1

Security education 1

Continuity strategies 2

Security technology: Firewall and VPNs 2

Physical design 1

Firewalls 1

Protecting remote connections 2

Unit: 4- Security Technology No. Of Hours Alloted:12


Intrusion detection and types of intrusions 1

Access control and other security tools 1

Intrusion detection and prevention system 1

Scanning and analysis tools 1

Access control devices 1

Cryptography: foundations of cryptology 1

Cipher methods 1

Cryptographic algorithms 2

Cryptographic Tools 1

Protocols for secure communications 1

Attacks on cryptosystems 1

Unit: 5: No. Of Hours Alloted:12


Implementing information security: information security project management 2

Technical topics of implementation 1

Non technical aspects of implementation 1

Security certification and accreditation 1

Security and personnel: positioning and staffing security functions 2

Employment policies and practices 1

Internal control statregies 1

Information security maintenance: security management models 2

Maintenance model, digital forensics 2

Course/Paper: CS 802 (MIDDLE WARE TECHNOLOGIES) Unit: 01 (CLIENT/SERVER Concepts) No. of Hours Allotted:12


Client/Server - Definition, Client/Server Architecture, Characteristics of Client and

Server, Advantages of Client and Server, Disadvantages of Client and Server.

1

File Server - Definition, Implementation of File Server, Types of File Servers, Security

in File Server.

1

Data Base Server - Definition, Implementation of Data Base Server, Types of Data

Base Servers, Benefits of Data Base Server.

1

Group Server - Definition, Implementation of Group Server, Advantages of Group

Server.

1

Web Server - Definition, Common Features of Web Server, Advantages of Web

Server, Features of Web Server.

1

Middleware - Definition, Exploring Middleware, Uses of Middleware, Types of

Middleware. 1

General Middleware - MOM, Distributed Directories, LAN Server, TCP/IP. 1

Service Specific Middleware - Data Base Specific Middleware, Group-Ware Specific

Middleware, Object-Specific Middleware, Internet-Specific Middleware, System

Management-Specific Middleware.

1

Client/Server Building Blocks - Client Building Block, Server Building Block,

Middleware Building Block, DSM, Server-to-Server Middleware. 1

RPC - Definition of Remote Procedure Call, Implementation of RPC, RPC Security,

Example. 1

Peer-to-Peer - Sockets, TLI, CPIC/APPC, NetBIOS, Named Pipes.

Messaging - MOM, Exploring Messaging, Example. 1

Web Services - SOA, SOAP, WSDL, REST Services.

SOA - Definition, Architecture of SOA, Characteristics of SOA, Uses. 2

13 hrs

Unit: 02 (EJB ARCHITECTURE) No.of Hours Allotted: 12


EJB - Definition, EJB's Logical Architecture, EJB's Software Architecture. 2

EJB's Software Architecture - EJB Servers, EJB Containers, Enterprise Beans, RMI

Clients, CORBA Clients.

2

EJB Conversation - Finding the Bean, Getting Access to a Bean, Calling the Bean

Methods, Getting Rid of the Bean.

2

Building and Deploying EJBs - Writing the EJB, Deploying the EJB, Connecting to the

EJB.

2

Roles in EJB - Enterprise Bean Provider, Deployer, Application Assembler, EJB Server

Provider, EJB Container Provider, System Administrator.

2

10 hrs

Unit: 03 (EJB APPLICATIONS) No. of Hours Allotted:12


EJB Session Beans - Uses of Session Beans, Constraints on Session Beans, Session

Bean Life Cycle, Transactions and EJB, Stateless Session Bean, Stateful Session Bean.

2

Stateless Session Bean - Requirements, Design, Implementation, Deploying the

Example.

1

Stateful Session Bean - Requirements, Design, Implementation, Examples. 1

EJB Entity Beans - Uses of Entity Beans, Concurrent Use by Several Clients, Long

Life Time, Survival of Server Crashes, Direct Representation of Data in an Underlying

Data Base, BMP, CMP.

2

Entity Bean Life Cycle - Non-Existence, Pooled State, Ready State, Reentrant

Instances.

1

Container Managed Persistence - Requirements, Design, Implementation. 1

Bean Managed Persistence - Requirements, Design, Implementation. 1

EJB Client - EJB Bean as a Client to Another Bean, Serializing a handle, Transactions

in Clients, Authentication in Clients, Getting Meta Data, Servlet Client, Applet Client,

CORBA Client.

2

EJB Deployment - Deployment Descriptor Class, Session Descriptor Class, The Entity

Descriptor Class Using Roles at Runtime, Other Deployment Issues.

1

Building the EJB - Home Interface, Remote Interface, Bean Implementation Class,

Client.

1

13hrs

Unit: 04 (CORBA) No. of Hours Allotted: 12


CORBA - Concepts, Uses of CORBA, OMG, ORB, Objects, Advantages. 1

Distributed Systems - The Beginning: Monolithic Systems and Main Frames, The

Revolution: Client/Server Architecture, The Evolution: Multitier Client/Server, The

Next Generation: Distributed Systems.

1

Purpose of CORBA - Platform Independence, Language Independence. 1

Exploring CORBA Alternatives - Socket Programming, RPC, DCE, DCOM, RMI. 1

Architecture Overview - Architecture of CORBA, CORBA ORB Interfaces, Interface

Repository, Dynamic Skeleton Interface, Object Adopter, Dynamic Invocation

Interface, CORBA Objects.

1

CORBA and Networking Model - IIOP, TCP/IP, DCE, ORB, Network Transport

Protocol. 1

CORBA Object Model - Definition of Object Model, Traditional Object Model,

Difference Between CORBA Object Model, Traditional Model, Object Distribution,

Object References, BOA.

1

IDL – IDL Specification, IDL Stubs, IDL Skeletons, IDL Compiler, IDL File. 1

ORB – Roles of ORB, Intercepts call, Finds Object, Method Invocation, Passes

Parameters, Returns Results or Error Messages.

1

Advantages of CORBA – Object Location Transparency, Server Transparency,

Language Transparency, Implementation Transparency, Architecture Transparency,

Operating System Transparency, Protocol Transparency.

1

Building an Application With CORBA – IDL Code, Generate Stubs & Skeletons,

Server Object Implementation, Client, Compiling the code, Running the application. 2

12hrs

Unit: 05 (COM) No. of Hours Allotted: 12


COM Data Types – Long Integer, Single Precision, Double Precision, Boolean, String,

Object, Enumeration, Variant.

1

Interfaces – Definition, Implementing the Interfaces. 1

Proxy & Stub – Definition of Proxy & Stub, Generating Proxy & Stub, Marshalling,

Uses, Example.

2

Implementing Server/Client – Implementation of Server/Client, Examples. 2

Interface Pointers – Object Creation, Object Invocation, Object Destruction. 1

COM & CORBA – Comparison of COM and CORBA, Advantages, Disadvantages. 1

.NET – Introduction , Overview, Advantages. 1

.NET Architecture – Overview of .NET Architecture, Framework of .NET . 2

Marshalling and Remoting – Definition of Marshalling, Explanation of Marshalling,

Explanation of Remoting. 1

12 hrs

Course/Paper: Object oriented system development (OOSD)


Topic Hours

UML Introduction, Why we model 2

Introducing the UML, Hello World 1

Basic Structural Modeling,

Classes

1

Relationships, Common Mechanisms 1

Diagrams, Class Diagrams 1

Advanced Structural Modeling,

Advanced Classes

2

Advanced Relationships, Relationships 2

Interfaces,

Types and Roles

1

Packages, Instances, Object Diagrams,

Components

1


Topic Hours

Basic Behavioral Modeling,

Interactions

2

Use Cases 1

Use Case Diagrams 1

Interaction Diagrams 2

Activity Diagrams 1

Advanced Behavioral Modeling,

Events and signals

1

State Machines 1

Processes and Threads 1

Times and space 1

State Chart Diagrams 1


Topic Hours

Architectural Modeling 2

Artifacts 1

Deployment 1

Collaborations 2

Patterns and Frame works 2

Artifact diagrams 2

Deployment diagrams 1

Systems and models 1


Topic Hours

Unified Software Development

Process

1

The Unified Process 1

The Four Ps 1

A Use-Case Driven Process 2

Architecture 1

Architecture – Centric Process 2

Iterative Process 2

Incremental Process 2


Topic Hours

Core Workflows 1

Requirements Capture 1

Capturing Requirements as Use Cases 2

Analysis 2

Design 2

Implementation 2

Test 2

Course/Paper:Mobile Computing(MC)



No. Of

Hours

Introduction and applications of mobile computing 1

Wirless Transmission 1

Frequencies 1

Signals 1

Antennas 1

Signal Propagation 1

Multiplexing 1

Modulation 1

Spread Spectrum 1

Cellular Systems 1

Medium Access Control 1

SDMA,FDMA,TDMA,CDMA,Comparisons 1



No. Of

Hours

Telecommunication system 1

GSM 2

DECT,TDMA,TETRA 1

UMTS & IMT-2000 2

Satellite Systems-Applications,Basics,routing 1

Localization,Handover 1

Broadcast systems:Cyclicrepresentaion of data 1

Digital audio Broad casting 1

Digital video Broad casting 1

Convergence of Broadcasting and mobile communication 1



No. Of

Hours

Wireless LAN 2

Infrared vs Radio Transmission 2

Infratructure and Adhoc Networks, 2

IEEE 802.11 2

HIPERLAN 2

Bluetooth 2



No. Of

Hours

Mobile IP 1

Dynamic Host Configuration Protocol 2

Mobile Adhoc Networks 2

Mobile Transport Layer 2

Traditional TCP 2

Classical TCP improvements 1

TCP over 2.5/3g Wireless Networks 1

Performance Enhancing Proxies 1



No. Of

Hours

Operating Systems for Mobile Devices 2

Features of Windows CE,Palm OS 2

Symbian OS,Java Card support for mobility 2

File Systems 2

WWW 2

Wireless Application Network 2

Academic Year 2016-2017 Department: Informatics

Programme Name :M.Sc(IS) Semester: I

Course List:


IS 101 Advanced Algorithms

IS 102 Artificial Intelligence

IS 103 Advanced Operating System

IS 104 Software Project Management

IS 105 Financial Managerial Accounting

IS 106 Communication Course-1

Course/Paper: ALGORITHMS


Topic Hours Algorithms introduction, Definition, Characteristics, 1 Algorithms specification 1 Asymptotic Notations Big ‗O‘, Big ‗W‘ example functions 1 Asymptotic Notations Little ‘O‘, Little ‗W‘ example functions and Ө 1 Anal sizing algorithms, Designing algorithms 2 Heap Tree, Heap Properties, Construction of Heap Tree, Heap sort

2

Quick sorting in linear time, 1 Radix Sort, Counting Sort 1 Finding Minimum, Maximum 1 Basic Terminology Definitions of Tree and Graphs 1


Topic Hours Elementary data structures, Linear List, Linked List, 1 Double Linked List, Circular Linked List 1 Stack: Definition, operations : Push, Pop, Applications 1 Queue: Definition, Operations, Types of Queues, Applications 1 Hash tables: Definition, Hashing Functions 1 Binary search trees: Definition, properties, Insertion, 2 Binary search trees: deletion, search operations 2 Red-Black tress: Definition, properties, Rotation 1 Red- Black Tree Operations: Search, Insertion 1

Red- Black Tree Operations: Deletion 1


Topic Hours Introduction of B-Trees. Definition of B-trees, Properties of B-

Trees, 1

Basic operations on B-trees: B-Tree-Search, B-Tree

Create, Splitting a Node in a B-Tree and B-Tree-Insert 2

Deleting a key from a B-tree 1 Binomial Heaps: Definition, Properties, Create, Insert, Search 2 Union operation, Decrease Key, Delete Key 2 Fibonacci Heaps: Definition, Properties, Create, Insert, Search 2 Union operation, Decrease Key, Delete Key 1 Data structures for disjoint sets 1


Topic Hours Advanced design and analysis techniques – Dynamic programming,.

. 2

greedy algorithms 2 Amortized analysis 2 Graph algorithms- Elementary graph algorithms 2 Minimal spanning tree 2 Single source shortest paths. 1 All pair shortest paths 1


Topic Hours String Matching Algorithems: The Naive String-Matching Algorithm 1 The Rabin-Karp algorithm 1 String matching with finite automata 2 Number Theoretic algorithms: Elementary number-theoretic notions 1 Solving modular linear equations 2 The Chinese Remainder theorem 1 Computational Geometry: Line-segment properties, Determining

whether consecutive segments turn left or right 1

Determining whether two line segments intersect, Determining

whether any pair of segments intersects 1

Finding the convex hull, Graham’s scan 2

Course/Paper: Artificial Intelligence



required

Artificial Intelligence – introduction 1

Foundations. History 1

Intelligent Agents – introduction. 1

Intelligent Agents -Structure, environments 1

Solving problems by searching – problem,Solving agents 1

Formulating problems. Searching for solutions. 1

Search Strategies. Avoiding repetitions 2

Constraint satisfaction 1

Informed search methods 1

Best – first. Heuristic functions 2

memory Boundary search 1

Iterative improvement. 1

Assignments to students 1

15hrs



required

Agents that reason logically 1

Knowledge based agent 1

Representation. 1

Reasoning and logic. Propositional logic 2

First-Order logic – Syntax and semantics 2

Extent ions and Notational variations 1

Using first-order logic 1

Simple reflex agents. Representing change. 1

Deducing hidden properties 1

Preferences,Inference in first-order logic 1

Generalized modus Ponens 1

Forward and backward chaining. 1

Completeness. Resolution 1

15hrs



required

Basics of LISP 1

LISP Program Structure 1

Basic Syntax 1

Data Types 1

Variables. 1

Decission Making and Loops 2

Functions. 2

Character,Strings 1

Arrays 1

Sequences 1

Lists 1

Symbols 1

Set,Tree 1

15hrs



required

Uncertain Knowledge and reasoning 1

Uncertainty, Basic Probability notations. 1

Axioms of probabilities 1

Baye‘s rule and its use 1

Probabilistic reasoning systems – Representation 1

Belief Networks – Semantics. Inference 2

Multiply connected belief networks 2

Knowledge engineering,Other approaches to uncertain reasoning 1

Making complex decisions 1

Sequential decision problems. 1

Value iteration. Policy iteration. 1

Decision theoretic agent design 1

dynamic networks. 1

15hrs



required

Learning from observations – General model of learning agents 1

Inductive learning 1

Learning decision trees 1

Learning general logical descriptions. 1

Computational learning theory. 1

Learning in neural and belief networks – Neural networks. 2

Perceptrons. Multi- layer feed forward. Applications. 2

Bayesian methods for learning belief networks 1

Reinforcement learning – Passive learning.Active learning. Exploration. 1

Action – value function. Generalization in reinforcement learning 1

Knowledge in learning – examples, 1

Explanation – based learning 1

Learning using relevance information. Inductive logic programming 1

15hrs

Course: Financial and managerial accounting Unit: 1 MEANING AND SCOPE OF ACCOUNTING No. of Hours Allotted: 10


Accounting- definition, need, objectives, functions, branches 1

Accounting principles-concepts and conventions 2

Journal- definition, proforma, problem solving 2

Ledger- definition, proforma, problem solving 2

Trial balance-definition. Problems solving 2

Sub division of journal-explanation Negotiable instruments-explanation

1

Unit: 2 Bank Reconciliation Statement No. of Hours Allotted: 12


Bank reconciliation statement -- Introduction, Definition, Explanation, importance, techniques of preparing BRS

2

Problem on BRS 2

Capital and revenue—introduction, definition, classification

2

Final account- introduction, proforma, problem on final account 2

Problem on final account with adjustments 2

Rectification of errors—introduction, classification, problem solving 2

Unit: 3 Managerial Accounting No. of Hours Allotted: 09


Managerial accounting-introduction, goals, explanation 1

Relationship of management with financial accounting Relation between cost and management

2

Cost sheet-introduction, advantages and disadvantage, problems on cost sheet

2

Manufacturing cost- introduction, problem solving 2

Job order costing system- introduction, problem solving 1

Process costing-explanation, problem solving 1

Unit: 4 Cost Volume Profit Analysis No. of Hours Allotted: 08


Concept of cost-Introduction, Classification, Cost Volume Profit Analysis- objectives, Explanation,

2

Break Even Analysis Break Even Chart-Introduction, Explanation,

2

Cost Allocation- Purpose, Explanation Activity Based Costing- Explanation, advantages, disadvantages

2

Marginal Costing-Problem solving 2

Unit: 5Capital Budgeting No. of Hours Allotted: 12


Capital Budget- Introduction, Definition, Capital Budget Technique -Problem Solving.

2

Discounting Method-NPV, IRR Method Problem solving.

2

Budgetary Planning and Control- Planning, Control Explanation. 2

Master Budget-Explanation with diagram Standard Costing and Variance

2

Production and sales budget Problems solving. Standard Costing and Variances

2

Sales and Cash Budget Problem solving Cost Center, Profit Center, Investment Center.

2



IS 151 Network Security

IS 152 Design Patterns

IS 153 Data ware house and Data Mining

IS 154 Information System and Audit Control

IS 155 Communication Course-2

IS 156 Customer Relationship Management

Course/paper :Network Security Unit-I: Cryptography Terminology No.of Hours allocated:10 Topics to be covered No.of

Hours

Introduction to cryptography terminology: Definitions and types of cryptography methods

1

Cryptography methods: stenography, definition substitution cipher (types of substitution ciphers), transposition cipher –implementation of transposition cipher, Definition of one-time patis – Implementation

2

Cryptographic Protocols :introduction to cryptographic protocols using symmetric cryptography - working and implementation of symmetric method, algorithms

1

Algorithm using symmetric cryptography ,One way hash function – Definition and working, examples of one way hash function ,

1

Communication using public key –introduction to public key ,methods and implementation of public key using algorithms.

1

Key cryptography and hybrid cryptosystems algorithms, introduction digital signatures – digital signatures using encryption techniques

1

Random and pseudo random sequence generation –implementation ,basic protocols –key exchange ,authentication and key exchange

1

Definition-Formal analysis, algorithms-secret splitting ,secret sharing ,cryptographic protection of databases .

2

Unit-II: Intermediate protocols No.of Hours allocated:10 Topics to be covered No.of

hours

Introduction to intermediate protocols: Definition- time stamping ,algorithm using time stamping method, subliminal channel(working and implementation)

1

Signatures-algorithm using digital signatures(implementation),bit commitment- definition ,algorithm(examples and implementation with different users),fair coin flip-algorithm(implementation and examples)

1

Mental poker-Definition (algorithm),key escrow –Definition, implementation 1

Advanced protocols –introduction ,zero knowledge proofs (algorithm and implementation),blind signatures – Definition, algorithm

1

Identity based public key cryptography- Definition, algorithm, encryption techniques 1

Obvious transfer-(Definition, algorithm), simultaneous contract signing-(method ,algorithm),digital certified mail- (Definition ,algorithm)

2

Simultaneous exchange secrets- (explanation ,algorithm),Escteric protocol-algorithm 1

Secret elections –algorithm, secure multiparty computation –types of algorithms , 1

Anonymous message broadcast – (definition ,types of algorithms),digital cash – definition ,types of algorithms

1

Unit-III: key Management No.of Hours allocated:14 Topics to be covered No. Of hours

Key length-introduction key length ,types of key lengths-(symmetric and public key lengths),key management-introduction key management (generation and transfer of key),verification of key

1

Use, store, backup, lifetime, destruction of keys, public key management

1

Algorithm types and modes: introduction to types of modes, electronic code book(definition, working, security, advantage, disadvantage, implementation),block replay(definition, diagram, working, implementation, security, advantage, disadvantage)

2

Cipher block chaining mode-(definition, working, implementation, security, advantage, disadvantage, diagram), stream cipher –definition, diagram, working, security, advantage, disadvantage

2

Self synchronizing cipher feedback mode: (definition, diagram, security, implementation, advantage) , synchronous stream cipher—definition, diagram, working, security, advantage, implementation)

2

Output feedback mode: definition, diagram, working, security, implementation, advantage), counter mode: definition, diagram, working, implementation, security , advantage), choosing cipher mode: types of modes selecting for implementation,

2

Comparison: between different modes, using algorithms: choosing an algorithm for implementation, symmetric encrypting versus public key, and communication channels

2

Encrypting data for storage hardware encryption versus software encryption ---storage area for encrypted data

2

Unit-IV: Information Theory No. Of Hours allocated:13 Topics to be covered No.Of Hours

Information theory: introduction to information theory, complexity theory ---definition, working, security, number theory--- definition, working, security, implementation

2

Factoring ---providing security to the algorithms, prime number generators---- complexity of algorithm by generating prime factors

2

Des---background theory of inventing Des key, description of Des key, working of Des key, implementation of Des key

2

Security of Des : providing security by finding factors , differential and linear crypto analysis: differences between , variants of Des--- types of Des

2

Pseudo random sequence generators---- generating random numbers for security , working , implementation

1

Linear congruential ----generating linear numbers, linear feedback shift register---working, implementation, diagram

1

Stream ciphers using LFRS---- generating bits, implantation using LFRS, diagram , working, security

1

Design and analysis: designing stream cipher as LFRs, working, implementation, security, diagram

1

Stream cipher using LFRS----- working ,security, implementation, advantage

1

Unit-V: No.Of Hours allocated:13

topics to be covered No.Of hours

one way hash function: description, working, security, implementation 1

Md5: description, working, implementation, security 1

SHA: description , working, implementation , security 1

Public key algorithms---background description, working, implementation, security 2

Digital signature algorithm:description, diagram, working , implementation, security 1

Diffiehellman key exchange: description, working, implementation, security, algorithm 2

Rsa –description, working, implementation, security, algorithm 2

Diffiehellman implementation examples: IBM,ISDN,Kerberos 1

ISO authentication framework : description, working, security 1

PEM: Description, security, working, algorithm 1 Course/Paper: Data Warehousing and Data Mining Unit: I No. of Hours Allotted: 15

Topics to be covered No. of Hours required





backend process 1









15hrs










Best split, 1






15hrs



Neural Networks. 1




Structure mining 1


text clustering 1




Episode discovery 1

Event-prediction 1


15hrs




grocery store, 1


value-chain 1




insurance, 1

voyage business. 1





15hrs






aggregates, 1





future trends 1





15hrs

Course/paper:Information systems control and Audit Unit-1 no. of hours allocated:12

Topic Hours

Introduction, Need for control and audit computers, 1

Effects of computers on internal control, Effects of computers on audting 1

Conducting an information systems audit- dealing complexity,audit risks, types of audit procedures, file library

2

Capacity planning and performance monitoring 1

Data resource management controls- motivation, functions DA and DBA,, 2

Data repository system,, control over DA and DBA 1

Security management controls- conducting a security program, 2

Major security threats and remedial measures, control resorts 2


Topic Hours

Operational management controls- computer operations, network operations. 1

Data preparation and entry production controls file library, documentation , capacity planning management of outsourced operations

2

Boundary controls- introduction, cryptographic controls, access controls, 2

PINs, Digital signatures, plastic cards, audit trial 1

INPUT CONTROL- Data input methods, source document design, entry screen design,

1

Date code controls.check digits, batch controls. 1

Validation of data input, Instruction input validation, audit trail control 2


Topic Hours

Communication controls- communication subsystem, physical component controls 1

Line error controls. Flow controls, link controls. 1

Topological controls. Channel access controls. Control over subversive threats 2

INTERNETWORKING CONTROLS, COMMUNICATION ARCHITECTUREA AND CONTROLS.

2

Processing controls- processor controls, real memory controls, virtual memory controls,

2

Operating systen integrity, application software controls, audit trials 1

Data base controls- access, integrity, applicatin program, concurrency cryptography, file handling , audiot trial

3


Topic Hours

Output controls- inference , batch output production and distribution, 1

Batch report design, online output production distribution, audit trial 2

Audit software- generalized audit software, 1

Utility dofttware, specialized audit software 2

Code review 1

Test data, code compression 1

Concurrent audit techniques- need, types, implemtation, strengths/limitation 2

Performance measurment- introduction, characteristics, performance measurement and data integrity

3


Topic Hours

Evaluating asset safeguarding and data integrity 1

Measures of asset safeguarding and data integrity 1

Determinants of judgement performance 1

Auditing technology to assit the evluation decision 1

Evaluating system effectiveness-introduction, models of information system effectiveness 2

Evaluating perceived usefulness 1

Evaluating information system satisfaction 1

Evaluating organizational impact 2

Evaluating system efficiency, performance indice 2

Workload models, system model 1

Course/Paper: Customer Relationship Management Unit: 1 Distinctive Aspects of Services Management No. of Hours Allotted: 10


Definition, Introduction, expiation, Services in Modem Economy 1

Integrated Approach, Environment of Service,

1

Customer Involvement in Service processes, Differentiation, The Value of Classification Schemes

2

Services As a presser – Introduction, Explanation, Management Challenges, Customer and serves Operations

2

Service as System – Definition, Introduction, Diagram, Explanation 2

Managing Service Encounter, Customer Misbehavior, Customer as a Co-Producer 2

Unit: 2 Customer Behavior No. of Hours Allotted: 15


Customer Behavior– Introduction, Definition, Nature, Understanding 1

Customer Need and Expectations – Introduction, Definition, Expectations, Needs, Diagrams

1

Customer Evaluation of Performance

1

Strategic Response -- – Introduction, Definition, 2

Purchase Process for Services -- – Introduction, Definition, 1

Selecting Customer – Introduction, Definition, 1

Valued Relationship – Relationship Vs Transaction, Creating Membership relationship 1

Customer Loyalty – Search for Customer Loyalty, Explanation 2

Customer Complaining Behavior -- – Introduction, Definition, Explanation, Diagram. 1

Service Recovery -- Introduction, Definition, Explanation 1

Service Guarantee -- – Introduction, Definition, Explanation 1

Variances – Introduction, Types, Formulas, Problem Solving 1


Unit: 3 Positioning a Service in the Market Place No. of Hours Allotted: 7


Search for Competitive Advantages – Explanation with Diagram Creating a Competitive Position -- Steps, Maps

1

Pricing Strategies for Service – Definition, Customers Perspectives, Employees Perspectives Service Pricing – Definition, Introduction, Explanation

2

Monetary Pricing Objectives -- Introduction, Definition, Explanation. Pricing Strategy – Pricing and Demand

2

Customer Evaluation and Service Promotion – Marketing Communication, Tasks, Strategies, Marketing Mix, Objectives, Advertising, Publicity, Sales Promotion

2

Unit: 4 Scenarios for Service Delivery No. of Hours Allotted: 15


Options for Service Delivery -- Introduction, Definition, Explanation 1

Place and Time Decisions -- Introduction, Definition, Explanation

2

Role of Intermediaries – Channels of Distribution, Warehousing, Network Channels

2

Balancing Demand and Capacity – Ups and Downs of Demand and Explanation 2

Measuring and Managing Capacity Patterns and Determinants of Demand -- -- Introduction, Definition, Explanation

1

Strategies for Managing Demand – Introduction, Definition, 1

Managing Customer Waiting Lines and Reservations -- Introduction, Definition, Explanation

2

Universality of Waiting -- Introduction, Definition, Explanation 1

Minimizing Perceived length of Wall -- Introduction, Definition, Explanation, Diagram. 1

Calculating Waiting Times – Problem Solving Reservation -- Introduction, Definition, Explanation

2

Unit: 5 CRM Marketing Initiatives No. of Hours Allotted: 10


Customer Relationship Management -- Introduction, Definition, Explanation 1

CRM Marketing Initiatives -- Introduction, Definition, Explanation

2

CRM and Customer Service-- Introduction, Definition, Explanation

2

Sales Force Automation – Introduction, Definition, Explanation 2

CRM I EBusiness -- – Introduction, Definition, Explanation 2

Analytical CRM -- Introduction, Definition, Explanation 1



IS 201 Digital Logic & Embedded Systems

IS 202 Big Data

IS 203 Formal Languages & Compiling Techniques

IS 204 Cloud Computing

IS 210 Human Computer Interaction

Course/paper :DIGITAL LOGIC AND EMBEDDED SYSTEM Unit-I: No. Of Hours allocated:10 Topics to be covered No. Of. hours

Design concepts: introduction to design concepts, definitions, Digital hardware---definition, diagram, working, design process---diagram, working

1

Design of digital hardware -------diagram, working , implementation, logic circuits---- introduction to logic circuits, (diagram, working, implementation of logic circuits)

1

Boolean algebra---definition, examples, problems solving, axioms, theorems 1

Gates ---introduction to logical gates, truth tables, circuit diagram using gates, CAD tools—definition, usage

1

VHDL Implementation Technologies---- introduction to VHDL code, program using code, implementation, working

1

NMOS—definition, diagram, working, implementation, CMOS—definition, diagram, working, implementation, difference between NMOS and CMOS

1

PLD’s—definition, block diagram, working, implementation, types of PLDS--- PLA, PAL( diagram, working, implementation), practical aspects

1

Transmission gates—multiplexers, exclusive OR gate,(diagram, working, truth table) 1

Implementation of Pld’s and FPGA’s 2

Unit-II: No. Of Hours allocated:15 Topics to be covered No. Of. Hours

Optimized implementation of logic functions--- karnaugh map (definition, table structure, working, problem solving using k-map )

2

Strategy, minimization of product of sum---(k-map), NAND and NOR gates (circuits diagram, truth table, ), analysis and synthesis process

2

Multilevel synthesis—definition, forward and backward synthesis process, 1

Cubical representation--- definition, method, implementation, problem solving 1

Minimization using cubical representation---problems, synthesis and analysis process, diagram

2

CAD tools--- implementation, working, program using VHDL code, design of arithmetic circuits using CAD tools

2

Combinational building blocks--- multiplexers(circuit, working, truth table, implementation), decoders(definition, examples, circuit, working, implementation)

1

Encoders( definition, examples, circuits, working, implementation), cod e converters—definition, working, examples, implementation, problem solving, VHDL for combinational circuits--- VHDL code for constructing circuits, working, implementation

1

Latches— basic latch, definition, diagram, SR gated (truth table, diagram, circuit, working, analysis), gated D(truth table, circuit, working, analysis),

1

Flip-flops—definition, types of flip flops(D,T,JK) circuit, working, analysis, truth tables 1

Registers, counters, using CAD tools(definition, implementation, examples, diagram) 1

Unit-III: No. Of Hours allocated:12 Topics to be covered No. Of .Hours

Synchronous sequential circuits: basic design, definition, state assignments (definition, working, implementation), melay state model(definition, working, diagram, implementation)

2

Design of finite state machine using CAD tools--- definition, diagram, working, state minimization—working, diagram, implementation, counter using sequential circuits--- definitions, circuit diagram, working, implementations

2

FSM as arbiter circuit--- definition, working, design, implementation, analysis, ASM charts---- definition, diagram , working, implantation

2

Asynchronous sequential circuits---definition, behaviour, analysis, process, synthesis process- backward and forward

2

State assignment--- definition, working, diagram, Hazards ---definition, types of hazards 1

Digital system design--- building block circuits (design, working, implementation), design examples

1

Clock synchronization—definition, working, Testing—definition, working, implementation, examples

2

Unit-IV: No. Of Hours allocated:11 Topics to be covered No. Of. Hours

General purpose processors software: basic architecture (diagram, working, implementation), operation, programmers view(definition, working, implementation), development environments(definition, working, implementation)

2

ASIPs ---definition, working, standard single purpose processor: introduction, working, timers—definition, example

1

UARTs—Definition, example, PWM—definition, examples, LCD controller—definition, examples, KEYPAD controller—definition, examples, stepper motor controller—definition, examples

1

A/D controller—definition, examples, Memory---introduction, types of memories, RAM,ROM,OPROM,EPOROM

2

Interfacing—introduction, communication basics, working, I/O addressing--- definition, working, implementation, Interrupts--- definition, working, implementation,

2

DMA—definition, working, implementation, Arbitration—definition, working, examples, Advanced communication principles--- definition, working, implementation

2

Serial protocols—definition, explanation, parallel protocols, wireless protocols--- definition, working, implementation

1

Unit-V: No. Of Hours allocated:11 Topics to be covered No. Of. Hours

State machine and concurrent process models: introduction , working of concurrent process, models, languages

1

FSMD—definition, explanation, using state machines--- definition, working, implementation, HCFSM--- definition, explanation, PSM—definition, explanation

2

Concurrent process model—introduction, processes, explanation, implementation, examples, communication synchronization—definition, explanation,

2

Implementation, Control systems—open loop, closed loop, PID controllers(definition, explanation, examples)

21

Practical issues: working, implementation, benefits, IC Technology: VLSI,ASIC :definition, various aspects, explanation, implementation

2

Design technology: introduction, explanation, automation(explanation, examples),synthesis: forward and backward process, verification, reuse(explanation, examples )

2

Course/Paper: Big Data



required

Overview: Big Data, History of Data Management 1

Evolution of Big Data, 1

Structuring Big Data, Types of Data 1

Elements of Big Data, Big Data Analytics, 1

Advantages of Big Data Analytics, Future of Big Data 1

Exploring the Use of Big Data in Business Context: Social Networking, 1

Preventing Fraudulent Activities, 1

Detecting Fraudulent Activities in Insurance Sector, Retail Industry 1

Introducing Technologies for Handling Big Data: Distributed and Parallel

Computing, 2

Hadoop, Cloud Computing and Big Data 2

In-Memory Computing Technology for Big Data 1

Technical details of practical implementation 1


15hrs



required

Hadoop: Hadoop Ecosystem, 1

Hadoop Distributed File System, 2

Map Reduce, Hadoop YARN, H Base, Hive 1

Pig and Pig Latin, Scoop, Zookeeper, Flume, Oozier 1

Map Reduce Fundamentals: The Map Reduce Framework, 2

Techniques to Optimize Map Reduce Jobs, 1

Uses of Map Reduce 1

Big Data Technology Foundations: Exploring the Big Data Stack 1

Virtualization and Big Data, Virtualization Approaches 1

Storing Data in Hadoop: Introducing HDFS 1

Introducing H Base, Combining H Base and HDFS 1

Selecting the Suitable Hadoop Data 1

Hadoop Data Organization for Applications 1

15hrs



required

Processing Your Data with Map Reduce: Concept of Map Reduce Framework, 1

Developing Simple Map Reduce Application, Points to Consider while Designing

Map Reduce

1

Customizing Map Reduce Execution: Controlling Map Reduce Execution with

Input Format,

1

Reading Data with Custom Record Reader, 1

Organizing Output Data with Output Formats,. 1

Customizing Data with Record Writer, 2

Optimizing Map Reduce Execution with Combiner, Controlling Reducer

Execution with Partitioners

2

Exploring Hive: Introducing Hive, Getting Started with Hive, 1

Data Types in Hive, Built-In Functions in Hive, Hive DDL, 1

Data Manipulation in Hive, Data Retrieval Queries, Using JOINS in Hive 1

Analyzing Data with Pig: Introducing Pig, Running Pig, 1

Getting Started with Pig Latin, Working with Operators in Pig 1

Working with Functions in Pig 1

15hrs



required

Storing Data in Databases and Data Warehouses: RDBMS and Big Data, 1

Non-Relational Database, Polyglot Persistence, 1

Integrating Big Data with Traditional Data Warehouses, Big Data Analysis and

Data Warehouse, 1

Changing Deployment Models in Big Data Era 1

No SQL Data Management: Introduction to No SQL, Aggregate Data Models, 1

Key Value Data Model, Document Databases, Relationships, Graph Databases,

Schema-Less Databases,

2

Materialized Views, Distribution Models, Shading, Map Reduce Partitioning and

Combining, Composing Map Reduce Calculations

2

Analytics and Big Data: Comparing Reporting and Analysis, Types of

Analytics,

1

Points to Consider during Analysis, Developing an Analytic Team, 1

Understanding Text Analytics 1

Analytical Approaches and Tools to Analyze Data: Analytical Approaches,

History of Analytical Tools, 1

Introducing Popular Analytical Tools, 1

Comparing Various Analytical Tools 1

15hrs



required

Data Visualization: Introducing Data Visualization, 1

Techniques Used for Visual Data Representation, Types of Data Visualization, 1

Applications of Data Visualization, Visualizing Big Data, Tools Used in Data

Visualization 1

Social Media Analytics and Text Mining: Introducing Social Media, 1

Introducing Key Elements of Social Media, 1

Introducing Text Mining, Understanding Text Mining Process, 2

Sentiment Analysis Performing Social Media Analytics 2

Opinion Mining on Tweets 1

Mobile Analytics: Introducing Mobile Analytics, 1

Introducing Mobile Analytics Tools, 1

Performing Mobile Analytics, 1

Challenges of Mobile Analytics 1

Assignment to student for Hadoop eco system versions and implementations for

practical examination

1

15hrs

Course/Paper: Formal Languages and compiling Techniques Unit:1- No. Of Hours Alloted:


No. Of Hours

Theory of computation-Introduction basic concepts 2

Finite Automata- DFA,NFA 4

Regular language and regular grammars 2

Regular expression 2

Regular grammars 1

Closure properties of regular languages 1

connection between regular expressions and regular languages 2

14



No. Of Hours

Context free languages 1

Context free grammars 1

Parsing and ambiguity 1

CFG and programming languages 1

Simplification of context free grammars methods 2

Normal forms-CNF,GNF 2

Pushdown automata 2

PDA and CFG pumping lemma 2

Introduction to turing machine 2

More examples on TM 2

16



No. Of Hours

Compiler introduction 1

Phases of compiler 2

Lexical analysis 2

Role,specification of tokens 2

Recognition of tokens 2

Symbol table 2

Lex 2

13



No. Of Hours

Syntax analysis 2

Role of parser 1

Top-down parsing 3

Bottom up parsing 3

yacc 1

Symbol table organization 2

12



No. Of Hours

Semantic analysis 4

Code generation 4

Code optimization 4

12

Course/paper: cloud computing


Topic Hours

Introduction to cloud computing 1

, cloud computing in a Nutshell, 1

System models for distributed and cloud computing, roots of cloud computing, grid and cloud 2

LAYERS AND TYPES OF CLOUDS- saas paas,iaas, 2

DESIRED FEATURES OF A CLOUD 1

Basic principles of cloud computing 2

, challenges and risks, service models 1


Topic Hours

Virtual machines and virtualization of clusters and data centers 2

Virtualization, levels of virtualization 1

Virtualization mechanic s and structure tools 1

Virtualization of cpu- cpu fragmentation 1

Virtual clusters and resource management 2

Virtualization of cpu, memory and i/O devices 2

Virtualization data center automation 2

Case studies on xen virtual machine monitors,VM products, 1

Micrsoft virtual server, feaures of microsoft virtual server 1


Topic Hours

Cloud computing architectures over virtualized data centers – introduction 1

data centre design and inter connection networks 2

Architechtural design of compute and storage clouds 2

Cloud platform- public and private 2

GAE, AWS 2

Azure 1

Inter cloud resource management 2


Topic Hours

Introduction to data security 1

Data security implementations 1

The current state of data security in cloud 2

cryptDb : introduction 1

Onion encryption layers- description 2

Commands in onion encryption-DET, RND, OPE, JOIN, SEARCH, HOM 3

Homomorphic encryption , FPE 1

Trust, reputation and security management 2


Topic Hours

Cloud programming and soft ware environment- introduction 1

Features of cloud and grid platforms 2

Parallel and distributed programming paradigm 2

Programming support of google App engine, programminf on Amazon AWS and microsoft Azure

2

Emerging cloud software environments 1

Common standards in cloud computing- the open cloud consotium, the distributed management task force

2

Standards for application developers, standards for mrssaging 1

IMAP, standard forsecurity, example of end user acces to cloud computing

2

LESSON PLAN FOR THE ACADEMIC YEAR 2016-2017 (Semester II-I)

Class : BCA 203 Section: COMPUTER SCIENCE

Course/Paper: BCA IT HARDWARE



I Overview of computer systems — features and components. Mother board — Types,

Components; Form factors, interface connections

5

System resources Microprocessor — Processor specification and latest Processors,

Motherboard ROM BIOS, BIOS Basics

4

II Memory — System logical memory, physical memory RAM types, cache, Power supply 5

— Keyboards, mice, Touch screen / Touchpad, Printers, Speakers, UPS 5

III Video Display - Monitors and Types, Video cards-types, Communications — Serial

ports, parallel ports, Fire Wire Port, USB

4

USB, components of LAN, LAN cables, PCMCIA, Audio — sound card — Applications 5

IV Hard disk drives - Definitions, Form — Factors, Operation, Components, 6

. Components, Features, Hard Disk Interfaces 4

DVD, Blue ray disk, USB flash drive specifications, disk and drive formats. 5

V Building a system - Tools for maintenance. Disassembly and reassembly procedures, 5

, preventive maintenance. Active preventive maintenance, Hard disk maintenance, passive

preventive maintenance. Diagnostic tools

6

Operating Systems software and troubleshooting - Input devices, Audio / Video cards,

Motherboard, Memory, Processor

6

60 hrs

Name of the Teacher: Mr.RAVINDER ELUPULA Head, Department of Informatics




Course/Paper: MSC(IS) DLES



Design Concepts-Digital Hardware, design process, design of digital hardware

Introduction to logic circuits - Boolean Algebra

5

CAD tools VHDL Implementation Technologies NMOS, CMOS, PLDs 4

II Optimized implementation of logic functions- Karnaugh map, strategy,

minimization of product of sums

5

NAND and NORgates, Multilevel Synthesis, Cubical representations and

minimization using cubical representation

5

III Digital System design Building block circuits, design examples, clock

synchronization, Testing.

4

Input-Output Organizations- Input-Output Interface, Asynchronous data 5

IV IV General Purpose processors software Basic architecture, operation, 6

, UARTs, PWM, LCD controller, keypad controller, 4

Parallel protocols, wireless protocols. 5

V State Machine and concurrent process models - Models, Languages, FSMD. 5

Control Systems - Open loop, closed loop, PID controllers, 6

ASIC. Design Technology - Automation: 6

60 hrs





Course/Paper: BCA CO



Data Representation: Data types, Complernents, Fixed and Floating Point

Representation,

5

Other binary codes and error Detection codes. Digital Logic Circuits: Digital

Computers, Logic Gates

4

II Central Processing Unit: Instruction formats, addressing Mod., Data Transfer

and Manipulation, Program Control Status bit conditions

5

Program Interrupts: Types of Interrupts. 5

III Input-Output Organizations- Input-Output Interface, Asynchronous data 4

Input-Output Organizations- Input-Output Interface, Asynchronous data 5

IV 8086 CPU Pin Diagram- Special functions of general purpose registers. 6

Segment register, concept of pipelining 4

8086 Flag register, Addressing modes of 8086 5

V 8086-Instruction formats: assembly Language Programs 5

involving branch 8, Call instruction 6

sorting, evaluation of arithmetic expressions 6

60 hrs



LESSON PLAN FOR THE ACADEMIC YEAR 2016-2017 (Semester I) Class : M. Sc (I.S) I Year I Sem Section:

Course/Paper: Artificial Intelligence Unit: I No. of Hours Allotted:

15


required

Artificial Intelligence – introduction 1

Foundations. History 1

Intelligent Agents – introduction. 1

Intelligent Agents -Structure, environments 1

Solving problems by searching – problem,Solving agents 1

Formulating problems. Searching for solutions. 1

Search Strategies. Avoiding repetitions 2

Constraint satisfaction 1

Informed search methods 1

Best – first. Heuristic functions 2

memory Boundary search 1

Iterative improvement. 1


15hrs

Class : M. Sc (I.S) I Year I Sem Section:




required

Agents that reason logically 1

Knowledge based agent 1

Representation. 1

Reasoning and logic. Propositional logic 2

First-Order logic – Syntax and semantics 2

Extent ions and Notational variations 1

Using first-order logic 1

Simple reflex agents. Representing change. 1

Deducing hidden properties 1

Preferences,Inference in first-order logic 1

Generalized modus Ponens 1

Forward and backward chaining. 1

Completeness. Resolution 1

15hrs

Name of the Teacher: O.Subhash Chander Goud Head, Department of

Informatics







required

Basics of LISP 1

LISP Program Structure 1

Basic Syntax 1

Data Types 1

Variables. 1

Decission Making and Loops 2

Functions. 2

Character,Strings 1

Arrays 1

Sequences 1

Lists 1

Symbols 1

Set,Tree 1

15hrs





required

Uncertain Knowledge and reasoning 1

Uncertainty, Basic Probability notations. 1

Axioms of probabilities 1

Baye‘s rule and its use 1

Probabilistic reasoning systems – Representation 1

Belief Networks – Semantics. Inference 2

Multiply connected belief networks 2

Knowledge engineering,Other approaches to uncertain reasoning 1

Making complex decisions 1

Sequential decision problems. 1

Value iteration. Policy iteration. 1

Decision theoretic agent design 1

dynamic networks. 1

15hrs


Informatics



Class : M. Sc (I.S) II Year I Sem Section:

Course/Paper: Business Intelligence Unit: I No. of Hours Allotted:

15


required

Introduction ,Getting to core of Data 1

Integrating Data from Many sources 1

Spreadsheet,Visio,Share point 1

Analysing data, 1

Data Mining. 1

BI Tools Silver light , 1

Report builder 1

Data Life cycle, 2

Data Generation 1

Collection, 2

Transformation 1



15hrs



Course/Paper: Business Intelligence Unit: III No. of Hours Allotted: 15


required

Turning Data in to Information 2

Datawarehouse 2

Datamart 2

Data storage patterns, 2

Models, Schemas

and Patterns

2

Dashboards 1

Report Generation 1

Report Generation fromDash Boards 1

Live Examples of BI tools 1

Asignment for BI tool implementations 1

15hrs


Informatics




Course/Paper: Business Intelligence



required

Datamining for Information 1

Datamining role for BI process 1

Digging data 1

Digging data into Datamining 1

Datamining structures 2

Datamining Models 2

generating and Collecting Data 2

generating and Collecting Data using tools 1

generating and Collecting Data using tools like Excel 1

analysing data using Pivot tables 1

Pivot tables 1

Pivot Charts. 1

15hrs


Course/Paper: Business Intelligence Unit: V No. of Hours Allotted: 15


required

Setting Your Bussiness Intelligence Goals 1

Determining Implementation plan 1

solidfying the goals of BI 1

solidfying the goals of BI Projects 1

Evaluating and Choosing technologies 1

assessing your BI capabilities 2

utlising free BI tools 2

BI Tools testing and rolling it out 1

BI Tools training , 1

Using Free BI Tools 1

Evaluating BI Tools 1

Challenges of BI 1

Assignment to student for free BI Tools and implementations 1

15hrs


Informatics




Course/Paper: Big Data Unit: I No. of Hours Allotted:

15


required

Overview: Big Data, History of Data Management 1

Evolution of Big Data, 1

Structuring Big Data, Types of Data 1

Elements of Big Data, Big Data Analytics, 1

Advantages of Big Data Analytics, Future of Big Data 1

Exploring the Use of Big Data in Business Context: Social Networking, 1

Preventing Fraudulent Activities, 1

Detecting Fraudulent Activities in Insurance Sector, Retail Industry 1

Introducing Technologies for Handling Big Data: Distributed and Parallel

Computing,

2

Hadoop, Cloud Computing and Big Data 2

In-Memory Computing Technology for Big Data 1



15hrs





required

Hadoop: Hadoop Ecosystem, 1

Hadoop Distributed File System, 2

Map Reduce, Hadoop YARN, H Base, Hive 1

Pig and Pig Latin, Scoop, Zookeeper, Flume, Oozier 1

Map Reduce Fundamentals: The Map Reduce Framework, 2

Techniques to Optimize Map Reduce Jobs, 1

Uses of Map Reduce 1

Big Data Technology Foundations: Exploring the Big Data Stack 1

Virtualization and Big Data, Virtualization Approaches 1

Storing Data in Hadoop: Introducing HDFS 1

Introducing H Base, Combining H Base and HDFS 1

Selecting the Suitable Hadoop Data 1

Hadoop Data Organization for Applications 1

15hrs


Informatics


LESSON PLAN FOR THE ACADEMIC YEAR 2016-2017 (Semester I) Class : M. Sc (I.S) II Year I Sem Section:




required

Processing Your Data with Map Reduce: Concept of Map Reduce Framework, 1

Developing Simple Map Reduce Application, Points to Consider while Designing Map

Reduce

1

Customizing Map Reduce Execution: Controlling Map Reduce Execution with Input

Format,

1

Reading Data with Custom Record Reader, 1

Organizing Output Data with Output Formats,. 1

Customizing Data with Record Writer, 2

Optimizing Map Reduce Execution with Combiner, Controlling Reducer Execution

with Partitioners

2

Exploring Hive: Introducing Hive, Getting Started with Hive, 1

Data Types in Hive, Built-In Functions in Hive, Hive DDL, 1

Data Manipulation in Hive, Data Retrieval Queries, Using JOINS in Hive 1

Analyzing Data with Pig: Introducing Pig, Running Pig, 1

Getting Started with Pig Latin, Working with Operators in Pig 1

Working with Functions in Pig 1

15hrs



required

Storing Data in Databases and Data Warehouses: RDBMS and Big Data, 1

Non-Relational Database, Polyglot Persistence, 1

Integrating Big Data with Traditional Data Warehouses, Big Data Analysis and Data

Warehouse, 1

Changing Deployment Models in Big Data Era 1

No SQL Data Management: Introduction to No SQL, Aggregate Data Models, 1

Key Value Data Model, Document Databases, Relationships, Graph Databases,

Schema-Less Databases, 2

Materialized Views, Distribution Models, Shading, Map Reduce Partitioning and

Combining, Composing Map Reduce Calculations 2

Analytics and Big Data: Comparing Reporting and Analysis, Types of Analytics, 1

Points to Consider during Analysis, Developing an Analytic Team, 1

Understanding Text Analytics 1

Analytical Approaches and Tools to Analyze Data: Analytical Approaches, History

of Analytical Tools, 1

Introducing Popular Analytical Tools, 1

Comparing Various Analytical Tools 1

15hrs


Informatics


LESSON PLAN FOR THE ACADEMIC YEAR 2016-2017 (Semester I) Class : M. Sc (I.S) II Year I Sem Section:




required

Data Visualization: Introducing Data Visualization, 1

Techniques Used for Visual Data Representation, Types of Data Visualization, 1

Applications of Data Visualization, Visualizing Big Data, Tools Used in Data

Visualization

1

Social Media Analytics and Text Mining: Introducing Social Media, 1

Introducing Key Elements of Social Media, 1

Introducing Text Mining, Understanding Text Mining Process, 2

Sentiment Analysis Performing Social Media Analytics 2

Opinion Mining on Tweets 1

Mobile Analytics: Introducing Mobile Analytics, 1

Introducing Mobile Analytics Tools, 1

Performing Mobile Analytics, 1

Challenges of Mobile Analytics 1

Assignment to student for Hadoop eco system versions and implementations for

practical examination 1

15hrs

Class : M. Sc (I.S) I Year II Sem Section:

Course/Paper: Data Warehousing and Data Mining



required





backend process 1









15hrs


Informatics


LESSON PLAN FOR THE ACADEMIC YEAR 2016-2017 (Semester I) Class : M. Sc (I.S) I Year II Sem Section:




required








Best split, 1






15hrs




required

Neural Networks. 1




Structure mining 1


text clustering 1




Episode discovery 1

Event-prediction 1


15hrs


Informatics


LESSON PLAN FOR THE ACADEMIC YEAR 2016-2017 (Semester I) Class : M. Sc (I.S) I Year II Sem Section:




required


grocery store, 1


value-chain 1




insurance, 1

voyage business. 1





15hrs



required




aggregates, 1





future trends 1





15hrs


Informatics


LESSON PLAN

Class : MCA I Year/II Sem Section: MCA

Course/Paper: II- CS 654 (Data Structures)

Unit: 01 (LINEAR LIST) No. of Hours Allotted: 12


Data Objects and Structures - Definition, Explanation, Examples.

The Linear List Data Structure - The Abstract Data Type Linear List, The Abstract

Class Linear List.

2

Array Representation of Linear List - The Representation, Changing the Length of a

One Dimensional Array, The Class array List, Iterators in C++, An Iterator for array

List.

2

Linked Representation of Linear List - Singly Linked Lists, Doubly Linked Lists,

Circular Linked Lists and Chains.

2

Singly Linked Lists and Chains - The Representation, The Struct Chain Node, The



2

Doubly Linked Lists and Chains - The Representation, The Struct Chain Node, The



2

10hrs

LESSON PLAN



Unit: 02 (Arrays, Matrices and Stacks) No. of Hours Allotted: 12


Arrays - The Abstract Data Type, Indexing a C++ Array, Row and Column Major

Mappings, Array of Arrays Representation, Row Major and Column Major

Representation, Irregular Two Dimensional Arrays.

1

Matrices - Definitions, Operations of Matrices, The Class Matrix, Special Matrices,

Sparse Matrices.

2

Special Matrices - Definitions, Applications, Diagonal Matrices, Tri Diagonal

Matrices, Triangular Matrices, Symmetric Matrices.

1

Sparse Matrices - Motivation, Representation Using a Single Linear List,

Representation Using Many Linear Lists, Performance Measurement.

2

Stacks - Definition, The Abstract Data Type, Array Representation, Linked

Representation, Performance Measurement.

2



2

Queues - Definition, the Abstract Data Type, Array Representation, Linked

Representation, Performance Measurement.

2



2

14hrs

Name of the Teacher: G.Kavitha Head, Department of Informatics


LESSON PLAN



Unit: 03 (TREES) No. of Hours Allotted: 12


Trees - Definitions, Properties, Array Representation, Linked Representation,

Operations.

2

Binary Trees - Definition, Properties of Binary Trees, Array-Based Representation,

Linked Representation, Binary Tree Operations, The ADT Binary Tree, The Class

LinkedBinary Tree.

2

Binary Tree Traversals - Types of Binary Tree Traversing Techniques, Pre-Order

Traversing, In-Order Traversing, Post-Order Traversing.

2

Applications of Binary Tree - Placement of Signal Boosters, Union-Find Problem 2

Binary Search Tree - Definitions, Binary Search Trees, Indexed Binary Search Trees,

Abstract Data Types, Binary Search Tree Operations and Implementations, Binary

Search Trees with Duplicates.

2

AVL Trees - Definition, Height of an AVL Tree, Representation of an AVL Tree,

Searching an AVL Search Tree, Inserting into an AVL Search Tree, Deletion from an

AVL Search Tree.

2

12hrs



LESSON PLAN



Unit: 04 (B-TREES) No. of Hours Allotted:12


B-Trees - Definition, Indexed Sequential Access Method (ISAM), m-Way Search

Trees, B-Trees of Order m.

1

Operations on B-Trees - Height of a B-Tree, Searching a B-Tree, Inserting into a B-

Tree, Deletion from a B-Tree, Applications of B-Tree.

2



1

Hash Table Representation - Ideal Hashing, Hash Functions and Tables, Linear

Probing, Hashing With Chains.

2

Priority Queues - Definition and Applications, The Abstract Data Type, Linear Lists,

Heaps, Left List Trees.

2

Heaps - Definitions, Max Heap, Min Heap, Insertion into a Max Heap and Min Heap,

Deletion from a Max Heap and Min Heap, Max Heap and Min Heap Initialization,

Heaps and the STL.

2

Applications - Heap Sort, Machine Scheduling, Huffman Codes. 2

12hrs



LESSON PLAN



Unit: 05 (SORTING AND SEARCHING) No. of Hours Allotted: 12


Sorting - Definition, Types of Sorting, Examples of Sorting. 1

Sorting Techniques - Merge Sort, Selection Sort, Heap Sort and their Examples 2

Complexity Analysis - Definition, Notation of Complexity Analysis, Complexity Analysis

of Merge Sort, Complexity Analysis of Selection Sort, Complexity Analysis of Heap Sort.

2

Graphs - Definitions, Notation, Types of Graphs, Properties, Representation. 1

Representation of Graphs - Array Representation, Linked Representation. 1

Types of Graphs - Directed Graph, Undirected Graph, Weighted Graphs, Un-Weighted

Graphs.

1

Graphs Search Methods - Breadth First Search, Depth First Search. 2

Applications of Graphs - Finding a Minimal Path, Finding Path From Source Vertex s to

Destination Vertex d, Use Graph Search Starting at s and Terminating as Soon as we

Reach d.

2

12hrs

Class: MCA III yr I sem Section: MCA Course/Paper: CS 802 (MIDDLE WARE TECHNOLOGIES) Unit: 01 (CLIENT/SERVER Concepts) No. of Hours Allotted:12


Client/Server - Definition, Client/Server Architecture, Characteristics of Client and

Server, Advantages of Client and Server, Disadvantages of Client and Server.

1

File Server - Definition, Implementation of File Server, Types of File Servers, Security in

File Server.

1

Data Base Server - Definition, Implementation of Data Base Server, Types of Data Base

Servers, Benefits of Data Base Server.

1

Group Server - Definition, Implementation of Group Server, Advantages of Group Server. 1

Web Server - Definition, Common Features of Web Server, Advantages of Web Server,

Features of Web Server.

1

Middleware - Definition, Exploring Middleware, Uses of Middleware, Types of

Middleware.

1

General Middleware - MOM, Distributed Directories, LAN Server, TCP/IP. 1

Service Specific Middleware - Data Base Specific Middleware, Group-Ware Specific

Middleware, Object-Specific Middleware, Internet-Specific Middleware, System

Management-Specific Middleware.

1

Client/Server Building Blocks - Client Building Block, Server Building Block,

Middleware Building Block, DSM, Server-to-Server Middleware.

1

RPC - Definition of Remote Procedure Call, Implementation of RPC, RPC Security,

Example.

1

Peer-to-Peer - Sockets, TLI, CPIC/APPC, NetBIOS, Named Pipes.

Messaging - MOM, Exploring Messaging, Example.

1

Web Services - SOA, SOAP, WSDL, REST Services.

SOA - Definition, Architecture of SOA, Characteristics of SOA, Uses.

2

13 hrs


Lesson Plan

Class: MCA III yr I sem Section: MCA Course/Paper: CS 802 (MIDDLE WARE TECHNOLOGIES)

Unit: 02 (EJB ARCHITECTURE) No.of Hours Allotted: 12


EJB - Definition, EJB's Logical Architecture, EJB's Software Architecture. 2

EJB's Software Architecture - EJB Servers, EJB Containers, Enterprise Beans, RMI

Clients, CORBA Clients.

2

EJB Conversation - Finding the Bean, Getting Access to a Bean, Calling the Bean

Methods, Getting Rid of the Bean.

2

Building and Deploying EJBs - Writing the EJB, Deploying the EJB, Connecting to the

EJB.

2

Roles in EJB - Enterprise Bean Provider, Deployer, Application Assembler, EJB Server

Provider, EJB Container Provider, System Administrator.

2

10 hrs



Lesson Plan


Unit: 03 (EJB APPLICATIONS) No. of Hours Allotted:12


EJB Session Beans - Uses of Session Beans, Constraints on Session Beans, Session

Bean Life Cycle, Transactions and EJB, Stateless Session Bean, Stateful Session Bean.

2

Stateless Session Bean - Requirements, Design, Implementation, Deploying the

Example.

1

Stateful Session Bean - Requirements, Design, Implementation, Examples. 1

EJB Entity Beans - Uses of Entity Beans, Concurrent Use by Several Clients, Long

Life Time, Survival of Server Crashes, Direct Representation of Data in an Underlying

Data Base, BMP, CMP.

2

Entity Bean Life Cycle - Non-Existence, Pooled State, Ready State, Reentrant

Instances.

1

Container Managed Persistence - Requirements, Design, Implementation. 1

Bean Managed Persistence - Requirements, Design, Implementation. 1

EJB Client - EJB Bean as a Client to Another Bean, Serializing a handle, Transactions

in Clients, Authentication in Clients, Getting Meta Data, Servlet Client, Applet Client,

CORBA Client.

2

EJB Deployment - Deployment Descriptor Class, Session Descriptor Class, The Entity

Descriptor Class Using Roles at Runtime, Other Deployment Issues.

1

Building the EJB - Home Interface, Remote Interface, Bean Implementation Class,

Client.

1

13hrs




Unit: 04 (CORBA) No. of Hours Allotted: 12


CORBA - Concepts, Uses of CORBA, OMG, ORB, Objects, Advantages. 1

Distributed Systems - The Beginning: Monolithic Systems and Main Frames, The

Revolution: Client/Server Architecture, The Evolution: Multitier Client/Server, The

Next Generation: Distributed Systems.

1

Purpose of CORBA - Platform Independence, Language Independence. 1

Exploring CORBA Alternatives - Socket Programming, RPC, DCE, DCOM, RMI. 1

Architecture Overview - Architecture of CORBA, CORBA ORB Interfaces, Interface

Repository, Dynamic Skeleton Interface, Object Adopter, Dynamic Invocation

Interface, CORBA Objects.

1

CORBA and Networking Model - IIOP, TCP/IP, DCE, ORB, Network Transport

Protocol. 1

CORBA Object Model - Definition of Object Model, Traditional Object Model,

Difference Between CORBA Object Model, Traditional Model, Object Distribution,

Object References, BOA.

1

IDL – IDL Specification, IDL Stubs, IDL Skeletons, IDL Compiler, IDL File. 1

ORB – Roles of ORB, Intercepts call, Finds Object, Method Invocation, Passes

Parameters, Returns Results or Error Messages. 1

Advantages of CORBA – Object Location Transparency, Server Transparency,

Language Transparency, Implementation Transparency, Architecture Transparency,

Operating System Transparency, Protocol Transparency.

1

Building an Application With CORBA – IDL Code, Generate Stubs & Skeletons,

Server Object Implementation, Client, Compiling the code, Running the application.

2

12hrs

Unit: 05 (COM) No. of Hours Allotted: 12


COM Data Types – Long Integer, Single Precision, Double Precision, Boolean, String,

Object, Enumeration, Variant.

1

Interfaces – Definition, Implementing the Interfaces. 1

Proxy & Stub – Definition of Proxy & Stub, Generating Proxy & Stub, Marshalling,

Uses, Example.

2

Implementing Server/Client – Implementation of Server/Client, Examples. 2

Interface Pointers – Object Creation, Object Invocation, Object Destruction. 1

COM & CORBA – Comparison of COM and CORBA, Advantages, Disadvantages. 1

.NET – Introduction , Overview, Advantages. 1

.NET Architecture – Overview of .NET Architecture, Framework of .NET . 2

Marshalling and Remoting – Definition of Marshalling, Explanation of Marshalling,

Explanation of Remoting. 1

12 hrs



Class: BCA III yr I sem Section: BCA

Course/Paper: BCA 302 (WEB PROGRAMMING)

Unit: HTML-01: HTML(Hyper Text Markup Language) No. of Hours Allotted:12


Introduction to HTML, History of HTML, Browser Wars, Creating a Web Page,

Installing a Web Page, Structure of HTML page.

1

Formatting - Creating Italic Text, Creating Bold Text, Underlining Text.

HTML Styles- Physical HTML Styles, Logical HTML Styles.

1

Fonts - Setting Fonts using <FONT> tag. Headings - Creating Web Page Headings

using <H1> to <H6> tags.

1

Presenting and Arranging Text - Inserting Line Breaks, Creating Paragraphs, Creating

Horizontal Rules, Centering Text, Displaying Preformatted Text, Creating Columns,

Formatting Block Text, Formatting Inline Text, Arranging Text in Layers, Creating

Inline Layers.

1

Images - Adding Image To A Web Page, Displaying alternate text in place of Images,

Allocating space for an Image, Adding borders to Images, Adding space around

Images, Aligning text and Images Vertically and Horizontally, Scaling Images to

different sizes, Setting page background Images, Creating overlapping Images.

1

Links and Lists - Creating Hyperlinks, Setting Hyperlink Colors, Creating Graphical

Hyperlinks, Setting the Base for Hyperlinks, Setting Link Information, Creating

Navigation Bars, Emailing with Hyperlinks, Creating List Items, Creating Unordered

Lists, Creating Ordered Lists, Creating Definition Lists, Nesting Lists.

1

Tables- Creating a Table, Adding a border, Padding cells, Widening the cell spacing,

Aligning the data horizontally and vertically, Spanning Columns, Spanning Rows,

Setting Colors.

1

Frames- Creating Vertical and Horizontal Frames, Using Named Frames as Hyperlink

Targets, Handling browsers that don't handle frames, Opening new browser windows,

Setting frame border and color, Creating inline frames.

1

Multimedia - Multimedia Sound, Multimedia Video, Creating own multimedia,

Connecting to external multimedia files, Creating Inline Sound, Creating Inline Video.

1

Style Sheets - External Style Sheets, Embedded Style Sheets, Inline Style Sheets,

Creating Style Classes, Cascading Styles, Organizing Styles.

2

11hrs





Unit: HTML-02: HTML AND JAVA SCRIPT No. of Hours Allotted: 12


Forms and Controls - Creating HTML Forms, Creating Buttons, Checkboxes, Radio

Buttons, Reset Buttons, File Input for a form, Hidden Data, Image Submit Buttons,

Password Controls, Submit Buttons, Text Fields, Text Areas, Creating a selection

controls, Grouping and Labeling Form elements.

2

JavaScript Objects - Document, Form, Frame, History, Location, Navigator, Window. 1

Object Properties - bgcolor, fgcolor, lastmodified, title, hostname, appName.

Methods - write, writeln, go, alert, open.

1

JavaScript Events - onAbort, onBlur, onChange, onClick, onDblClick, onError,

onFocus, onLoad, onSelect, onSubmit, Key Events, Mouse Events.

2

JavaScript Programming- Creating a Script, Commenting JavaScript, Working with

Data in JavaScript, Working with JavaScript Operators, Conditional Statements, Loops,

Creating Functions.

2

JavaScript Classes- String, Array, Math and Date. 2

Window Object- Opening a New Browser Window, Configuring and writing to a new

window, Creating Alert Dialog Box, Creating Confirmation Dialog Box, Creating

Prompt Dialog Box, Writing to the Browser's Status Bar.

1

Location and History Objects- Navigating with the location Object, Navigating with the

history Object by using forward ,back and go Methods.

1

12hrs


Unit: HTML-03: DYNAMIC HTML No. of Hours Allotted: 12


Setting Styles- Setting styles on the fly, Toggling Style Sheets On And Off

Changing Web Pages- innerHTML, innerText, insertAdjacentHTML, outerHTML,

outerText, pasteHTML, insertAdjacentText, Mouse Over Effects.

1

Dynamic Content - document.write, UsingTextRanges, Using the CreateElement

Method, Creating Dynamic Tables, Using Conditional Comments To Set Content On

The Fly, insertAdjacentHTML and insertAdjacentText Methods, innerText, outerText,

innerHTML, outerHTML properties.

1

Animation - Creating Animation, Creating Animation With Layers.

VML - Using Vector Markup Language.

1

Visual Effects - Filters, Transitions, Transitions Using Layers 2

Drag and Drop - Dragging and Dropping Data, Dragging and Dropping Using Layers. 1

Data Binding - Data Source Objects, Using The MSHTML Data Source Control,

Creating Tables With the MSHTML Control, Using the Tabular Data Control, Creating

Tables with TDC, Using the XML Data Source Control, Creating Tables with the XML

Data Source Control, Using the RDS Control, Creating Tables with the RDS Control.

3

Behaviors - Attaching to Events, Creating Properties, Creating Methods, Creating

Events, Using Default Behaviors.

2

11hrs





Unit: XML-04: XML(Extended Markup Language) No. of Hours Allotted:12


Valid and Well-formed XML Documents - Creating XML Documents.

XML Document Type Definitions - Creating XML Documents with DTDs, Specifying

Attributes in DTDs.

2

XML Schemas - Creating XML Documents with Schemas.

Creation and Specification of XML

1

Accessing XML Data - Accessing XML Data by Loading XML Documents, Accessing

XML Data with an XML Data Island, Getting Attribute Values from XML Elements.

1

Parsing XML - Parsing XML Documents in Code, Parsing XML to Get Element

Content, Parsing XML to Get Attribute Values.

2

Handling Events - Handling Events While Loading XML Documents,

onreadystatechange Event, ondataavailable Event, readyState Property.

1

Data Binding - Using Data Binding and XML, XML Tabular Data Binding, XML

Single Record Binding, Handling Hierarchical Data, Handling Variable size

Hierarchical Data.

2

Record Sets - Using Record Sets and XML.

XML Applet - Single Record Data Binding with the XML Applet, Tabular Data

Binding with the XML Applet, XML Applet Data Access Using Record Sets,

Searching XML Data Using the XML Applet.

2

XML Data Islands - Single Record Data Binding with XML Data Islands, Tabular Data

Binding with XML Data Islands, XML Data Island Access Using Record Sets,

Searching XML Data Using XML Data Islands.

2

13hrs



Class: BCA III yr I sem Section: BCA Course/Paper: BCA 302 (WEB PROGRAMMING)

Unit: 05: PERL No. of Hours Allotted: 12


Creating Perl Programs - Creating Perl Scripts, Saving the Perl, Creating Code Files,

Run Perl Code, Finding the Perl Interpreter, Text Input and Output, Using the print

Function, Text Formatting, Commenting the Code, Reading Typed Input, Using the

Default Variable.

1

Handling Data - Creating Scalar Variables, Operators - Relational Operators, Equality

Operators, Creating arrays, Using Arrays, Creating Hashes, Using Hashes. Using

Numbers in Scalar Variables, Handling Truth Values in Perl, Using Strings in Scalar

Variables. Statements and Declarations.

2

Modules and Objects - Creating Perl Modules, Using Perl Modules, Creating Objects,

Using Objects in Perl.

1

Strings - Creating Strings, Using Strings.

List - Defining a List, Assigning Lists to Other Lists, Joining a List into a string.

1

Control Structures - Using the if Statement, the Reverse if Statement, Looping with the

for Loop, Looping with the foreach Loop, Looping with the while Loop, Using the

Reverse while Loop, Modifying Statements With if, unless, until, while and foreach.

1

CGI Scripting - Introduction, CGI Programming With CGI.pm, Creating HTML

Controls in CGI, Reading Data From HTML Controls in CGI.

2

Creating HTML Controls in Perl - Using Perl Script, Starting HTML Document,

Displaying Images, Creating HTML Heads, Creating HTML Elements, Creating a

Bulleted List, Creating a Hyper Link, Creating Horizontal Rules, Creating HTML

Form, Ending an HTML Form, Ending an HTML Document.

2

Reading Data From HTML Controls - Working With Text Fields, Working With Text

Areas, Working With Check Boxes, Working Radio Buttons, Working With Hidden

Data Fields, Working With Scrolling Lists, Working With Password Fields, Working

With Popup Menus, Creating Submit and Reset Buttons to Upload Data from HTML

Form.

2

Image Maps - Creating Image Maps, Creating Frames.

Debugging - Debugging CGI Scripts, Running a Script Locally.

1

13hrs



Class: BCA III yr II sem Section: BCA Course/Paper: BCA 362 (ENTERPRISE JAVA)

Unit: 01(EJB) No. of Hours Allotted: 12


Need for a Server-Side Component Architecture - Software Components, Re-usable

Components.

1

Component Architecture - Tools for Developing Components, A Container that

Manages the Deployed Components, Tools for Deploying Components and

Maintaining Components.

2

Ideal Language For Component Architecture - Component Interface, Component

Implementation.

1

Component Architectures in Java - Applets, Servlets and EJB. 1

Multi-Tier Architecture - Presentation Layer, Business Logic Layer, Data Layer. 1

Two-Tier Architecture - Combining the Presentation Layer with the Business Logic

Layer, Characteristics of Two Tier Architectures. 1

N-Tier Architecture - Presentation Tier, Business Logic Tier, Data Tier, Characteristics

of N-Tier Architecture. 1

J2EE Technologies - EJB, RMI and RMI-IIOP, JNDI, JDBC, JTA & JTS, JMS, JSPs. 1

EJB Business Solutions - Vendors of Business Logic, Business Component,

Application Server, Deployment.

1

Six Parties - Bean Provider, Container Provider, Server Provider, Application

Assembler, Deployer, System Administrator.

1

Types of Beans - Session Beans, Entity Beans. 1

12hrs

Unit: 02 (Session Beans) No. of Hours Allotted: 12


Introduction to Session Beans - Enterprise Bean Class, EJB Object, Home Object,

Deployment Descriptor, Bean Specific Properties, EJB-jar File.

2

Session Beans - Session Bean Life Time, Conversational versus Non-Conversational

Session Beans, All Session Beans methods are Serialized, Types of Session Beans.

2

Writing Session Bean - setSessionContext(SessionContext ctx), ejbCreate( ),

ejbPassivate( ), ejbActivate( ), ejbRemove( ), Business Methods.

2

Calling Session Beans - Loot up a Home Object, Create ana EJB Object, Call Business

Methods, Remove the EJ B Object.

2

Basics of Stateless Beans - Characteristics of Stateless Session Bean, Life Cycle of

Stateless Session Bean, Developing a Stateless Bean.

2

Basics of Statefull Session Beam - Characteristics of Statefull Session Bean, Life Cycle

of Statefull Session Bean, Developing a Statefull Bean. 2

12hrs




Unit: 03( Entity Beans) No. of Hours Allotted: 12


Adding Functionality to Bean - EJB Contexts, Session Bean Contexts. 1

EJB Security - Authentication, Authorization, Security Roles, Declarative

Authorization, Programmatic Authorization, Security Propagation.

2

Introduction to Entity Beans - Persistence Concepts, Java Object Serialization, Object-

Relational Mapping, Object Data Bases.

1

Entity Bean - Application Logic Components, Persistent Data Components, Entity

Bean Class, Remote Interface, Home Interface, Primary Key Class, Deployment

Descriptor, Environment Properties.

2

Features of Entity Beans - Entity Beans are Long-Lived, Entity Beans Survive Failures,

Entity Bean Instances are a View into a Data Base, Several Entity Bean Instances may

Represent the Same Underlying Data, Entity Bean Instances can be Pooled, Entity

Beans can be Created, Removed or Found.

2

Developing and Using Entity Beans - Creation of Entity Beans, Finding Existing Entity

Beans, Destruction of Entity Beans. 1

Entity Contexts - getEJBObject( ), getPrimaryKey( ), Life Cycle of Entity Bean. 1

Writing Bean-Managed Persistent Entity Beans - Implementation Guide Lines for Bean

Managed Persistence, Example for Bean Managed Persistence.

1

Writing Container-Managed Persistent Entity Beans - Container Managed Fields,

Primary Key Class, Implementation Guidelines for Container Managed Persistence,

Example for Container Managed Persistence.

1

12hrs




Unit: 04 (ADVANCED EJB CONCEPTS) No. of Hours Allotted: 12


Transactions - Motivation for Transactions, Atomic Operations, Network or Machine

Failure, Multiple Users Sharing Data.

1

Benefits of Transactions - Atomic Operation, Concurrency Control, Exception

Handling.

1

ACID Properties - Atomicity, Consistency, Isolation, Durability. 1

Transactional Models - Flat Transactions, Nested Transactions, Other Transactional

Models.

1

Transactions with EJB - Transaction Models Supported, Underlying Transaction

System Abstraction, Declarative and Programmatic Transactions, EJB Transaction

Attribute Values.

1

Transactional Isolation - The Need for Concurrency Control, Isolation and EJB, The

Dirty Read Problem, The Unrepeatable Read Problem, The Phontom Problem.

2

Distributed Transactions - Durability, Two-Phase Commit Protocol, Transactional

Communications Protocol and Transaction Contexts.

Programmatic Transactions in EJB - OTS, JTS, JTA.

1

CORBA - Benefits of CORBA, Draw backs of CORBA. 1

Underlying How CORBA Works - ORB, Object Implementations, Object Referenes,

Object Adapters, Repositories.

1

OMG IDL - OMG IDL Maps to Concrete Languages, Static Invocations, Dynamic

Invocations.

1

CORBA Services - Naming Service, Event Service, Object Transaction Service,

Concurrency Control Service, Security Service, CORBA Components.

1

RMI over IIOP - Need for RMI - CORBA, Interoperability, Combining RMI with

CORBA, Benefits of RMI over IIOP, Problems that arise when combining RMI with

IIOP.

1

13hrs




Unit: 05( DESIGNING CONSIDERATIONS FOR J2EE ) No. of Hours Allotted:

12


Designing Considerations - Implementation of J2EE in the Real World. 1

Designing an E-Commerce Object Model - A Preview of the Final Product, Scoping

the Technical Requirements, Object Model for the Business Logic Tier, Object Model

for the Presentation Layer.

1

Implementing E-Commerce Entity Beans - The Customer Entity Bean, The Order Line

Item Entity Bean, The Order Entity Bean.

1

Implementing E-Commerce Session Beans - The Quote Line Item Statefull Session

Bean, The Quote Statefull Session Bean, The Pricer Stateless Session Bean, The Bank

Teller Stateless Session Bean.

1

Combining Servlets with Enterprise Java Beans - The Role of Servlets in an EJB

Deployment, Implementing Servlets, Running the Complete E-Commerce System,

Optimization and Design Strategies.

1

J2EE Applications - RMI, JNDI and XML 1

JNDI - Naming and Directory Services, Benefits of JNDI, JNDI Overview,

Programming with JNDI, Advanced JNDI.

1

XML - Business Needs for XML, Benefits of XML, XML Concepts, XML and EJB. 1

Java Messaging Service (JMS) - Distributed Objects, Reliable, Scalability,

Asynchronous, MOM, Transactional, Fault-Tolerant, Vendor-Independent Manner. 1

Building a Complete J2EE Application - Exploring the Building of a Complete J2EE

Application with Examples. 2

11hrs



Class: MCA II sem Section: MCA Course/Paper: II- PC 203 IT (C++ and Data Structures)

Unit: 01 (Introduction to C++) No. of Hours Allotted:12


C++ - Introduction of C++, History of C++.

Programming Paradigm - Procedural Programming Paradigm Modular Programming

Paradigm, Object Oriented Programming Paradigm.

2

Object Oriented Programming Concepts - Object, Class, Data Abstraction, Data

Encapsulation, Inheritance, Polymorphism and Message Passing.

1

Advantages of OOPS, Applications of OOPS. 1

Functions - Definition of Function, Syntax of Function, Function Components, Sample

Programs of Function..

1

Calling the Function - Call-by-Value, Syntax and Example, Call-by-Reference, Syntax

and Example.

1

In Line Functions - Definition, Syntax, Example.

Function Overloading - Definition, Syntax, Rules for Function Overloading, Example.

2

Recursion - Definition, Examples of Recursion, Factorial, Tower of Hanoi. 2

Arrays - Introduction, Definition, Syntax, Arrays Using Functions, Pointers with

Arrays, Multidimensional Arrays.

2

12hrs

Unit: 02 (Defining Classes) No. of Hours Allotted:12


Classes - Definition of Class and Object, Syntax of Class and Object, Example of Class

and Object.

1

Abstract Data Types - Syntax, Access Specifiers, Accessing Class Members, Example. 1

Member Functions - Defining Member Functions, Inside the Class Specification,

Outside the Class Specification, Nested Member Functions, Examples.

2

Friend Concept - Definition of Friend Function, Syntax, Rules for Friend Functions,

Uses of Friend Functions, Friend Classes, Examples.

2

Constructors - Definition of Constructors, Syntax, Rules for Constructor, Types of

Constructors: Default Constructor, Parameterized Constructor, Copy Constructor.

2

Destructors - Definition of Destructors, Syntax, Rules for a Destructor, Example,

Differentiation Between Constructor and Destructor.

1

Strings - Definition, Syntax, String Manipulation, String Comparison, Examples. 1

Pointers - Definition, Dereferencing of Pointers, Syntax, Pointer Arithmatic, Pointers to

Arrays, Pointers to Objects, Pointers to Pointers, Array of Pointers.

1

Dynamic Arrays - Dynamic Memory Allocation, Definition of Dynamic Array, Syntax

of Dynamic Array, Examples of Dynamic Arrays.

1

12hrs




Unit: 03(Inheritance) No. of Hours Allotted: 12


Operator Overloading - Concepts of Operator Overloading, Overloadable Operators,

Operators that Cannot be Overloaded, Operator Keyword, Rules for Overloading

Operators, Unary Operators Overloading, Binary Operator Overloading, Overloading

Binary Operators Using Friend Function.

2

Inheritance - The Notation of Inheritance, Base Class, Derived Class, Types of

Inheritance: Single Inheritance, Multiple Inheritance, Hierarchical Inheritance,

Multilevel Inheritance, Hybrid Inheritance.

2

Overriding - Need of Overriding, Examples of Overriding.

Polymorphism - Definition, Compile Time Polymorphism, Runtime Polymorphism,

Virtual Base Class.

2

Virtual Functions - Need for Virtual Functions, Base Class Pointer, Virtual Function,

Pointer to Derived Class Objects, Pure Virtual Functions, Pure Virtual Function With

Abstract Class.

2

Exception Handling - Definition, try Block, catch Block, throw, Invoking Function that

Generate Exception, Multiple Catch Statements.

1

Templates - Generic Function, Generic Class, Function Templates, Class Templates. 2

11hrs


Unit: 04 (Introduction to Linear Data Structures) No. of Hours Allotted:12


Linear List - Definition, Representation of Linear List, Array Representation, Linked

Representation.

1

Stacks - Definition, Syntax, Operations of Stacks Using Array, Operations of Stacks

Using Linked Lists, Examples.

2

Queue - Definition, Syntax, Operations of Queues Using Array, Operations of Queues

Using Linked Lists, Circular Queue, Priority Queue, Examples.

2



2



2



1

Hash Table Representation - Ideal Hashing, Hash Functions and Tables, Hashing With

Chains.

2

Collision- Linear Probing, Quadratic Probing. 1

13hrs



Class: BCA Iyr Section: BCA

Course/Paper:Programming and Object Structures(Java)



No. Of Hours

Computer Languages-Introduction to C-Language 1

Creating and Running Programmes 1

System developments 1

Algorithm:Notation, Top Down Design, Stepwise Refinement, 1

Structure of Program `2

Data Types, variables 2

Operators,Operators Precedence 2

Input/output device 1

Control statement-Selection 2

Control statement-Iteration 2

Programming exercises., 2

Functions-paramenters,scope and extent of Declaration 2

Recursion 1

Structural data types- Arrays, 1

Structures 1

pointers,reference, 2

strings 1



No. Of

Hours

Programming Paradigms,Abstraction.OOP principles. 1

Java-Overview 1

data types 2

variables, arrays 2

operators 2

control statements 2

Classes-class structure, objects, 1

methods , 1

constructors,overloading 2

simple input-output., 1

Exception Handling- dealing with errors 2

benefits of Exception Handling, 1

the classifications of exceptions, 1

exception-hierarchy checked exceptions 1

And unchecked exception, usage of try,catch,throw and finally, 2

rethrowingexceptions,exception specification,. 1

built-in-specifications, creating own exception sub classes,Guide

lines for proper use of exceptions

1

Multithreading- Differences between multiprocess and multi-

thread models,

2

threadstates,creating threads, interrupting threads,. 2

thread priorities, synchronizing threads 2

inter-thread communication, 1

thread groups, daemon threads 1



Inheritance-Inheritance concepts ,benefits of Inheritance, 2

super classes and sub classes, Member acces rules, 2

Inheritance hierarchies,super uses, 2

preventing Inheritance:final classes and methods, 2

casting 1

Polymorphism- dynamic binding , method overriding, 2

abstract classes and methods, the objects classes and its methods. 2

Interfaces-interfaces vs Abstract classes, defining an interface,

implementing interface

2

accessing implementatyion through interface references, 1

extending Interface Inner classes. Examples 1

Packages-Defining, Creating and accessing a package, 1

understanding CLASSPATH, importing packages. 2



Data structures creation and manipulation in java-Introduction to Java

Collections,

2

Overview of java Collection framework, 1

Commonly used collection classes- ArrayList,LinkedList, 2

hashset,LinkedHashset, Treeset, Priority Queue 2

ArrayDeque, Enumset, map Collection 2

Interface- Collection, 1

Set,List, Queue,Deque, 2

Map, Legacy, Collection Classes-Vector, 2

stack, Hashtable 2

Dictionary(abstract), Enumeration Interface, 1

Iteration over Collection-Iterator interface,ListIterator interface, 2

other utility classes, StringTokenizer 1

Formatter,Random,Scanner,Observable 1

Using java.io.net- Introduction, Manipulation URLs, Client/server, 1

Interaction with Stream Socket Connections, 1

Connectionless client/server interactions with datagrams using java.net 1

Unit:V No. Of Hours Alloted:21


No. Of

Hours

GUI Programming with java- The AWT classes hierachy 2

Introduction to Swing, Swing vs.AWT,MVC Architecture,

Hierarchy of Swing components,

2

Containers-Top-level-containers-Jframe,JApplet,Jwindow,

Jdialogue, Leight Weight

2

Containers-Jpanel,A simple Swing appllication, 1

Overview of severasl swing components-

Jbutton,JtoggleButton,Jcheckbox,

1

Jradiobutton, Jlabel, Jtextfield, JtextArea ,Jlist, JcomboBox,Jmenu 1

Java‘s Graphic capabilities-Introduction, Graphic contexts, 1

Graphic objects, color control,. 1

Font Control, Drawing Lines, rectangles and ovals, Drawing arcs, 1

Layout management- Layout managers types-border,grid,flow,box 2

Event Handling- Events ,Events sources, Event Classes, 1

Events Listeners, Relationshipo between Event Sources and

Listeners,

1

Delegation Event Model, Semantic and low level Events. 1

Examples: handling a button click, handling mouse and keyboard

events, Adapter classes.

1

Applets-Inheritance hierarchy for Applets, differences between

applets and applications.

1

life cycle of an applet- Four methods of an applet, Developing

applets and testing,

1

passing parameters to applets, applet security issues 1

Class: Msc(IS)–I yr, II sem section: Msc(IS) Course/paper:Information systems control and Audit


Topic Hours

Introduction, Need for control and audit computers, 1

Effects of computers on internal control, Effects of computers on audting

1

Conducting an information systems audit- dealing complexity,audit risks, types of audit procedures, file library

2

Capacity planning and performance monitoring 1

Data resource management controls- motivation, functions DA and DBA,,

2

Data repository system,, control over DA and DBA 1

Security management controls- conducting a security program,

2

Major security threats and remedial measures, control resorts

2


Topic Hours

Operational management controls- computer operations, network operations.

1

Data preparation and entry production controls file library, documentation , capacity planning management of outsourced operations

2

Boundary controls- introduction, cryptographic controls, access controls,

2

PINs, Digital signatures, plastic cards, audit trial 1

INPUT CONTROL- Data input methods, source document design, entry screen design,

1

Date code controls.check digits, batch controls. 1

Validation of data input, Instruction input validation, audit trail control

2


Topic Hours

Communication controls- communication subsystem, physical component controls

1

Line error controls. Flow controls, link controls. 1

Topological controls. Channel access controls. Control over subversive threats

2

INTERNETWORKING CONTROLS, COMMUNICATION ARCHITECTUREA AND CONTROLS.

2

Processing controls- processor controls, real memory controls, virtual memory controls,

2

Operating systen integrity, application software controls, audit trials

1

Data base controls- access, integrity, applicatin program, concurrency cryptography, file handling , audiot trial

3


Topic Hours

Output controls- inference , batch output production and distribution,

1

Batch report design, online output production distribution, audit trial

2

Audit software- generalized audit software, 1

Utility dofttware, specialized audit software 2

Code review 1

Test data, code compression 1

Concurrent audit techniques- need, types, implemtation, strengths/limitation

2

Performance measurment- introduction, characteristics, performance measurement and data integrity

3


Topic Hours

Evaluating asset safeguarding and data integrity 1s

Measures of asset safeguarding and data integrity 1

Determinants of judgement performance 1

Auditing technology to assit the evluation decision 1

Evaluating system effectiveness-introduction, models of information system effectiveness

2

Evaluating perceived usefulness 1

Evaluating information system satisfaction 1

Evaluating organizational impact 2

Evaluating system efficiency, performance indice 2

Workload models, system model 1

Class: BCA Previous Section: Informatics Course/Paper: BCA 312 (Dotnet Programming) Unit:1- Dotnet framework overview No. Of Hours Alloted:


No. Of Hours

Introduction to Dotnet framework 1

Base class libraries (BCL) 1

Commom language Runtime Design (CLR) and its goals 1

Common type system (CTS), Microsoft intermediatory language (MSIL) and other security tools

2

Security in dotnet 1

Advance dotnet framework and its advantages 1

Features of dotnet , Assemblies in .Net 2

Platform for .NET 1

Global Assembly cache ( GAC ) and reflections 1

Language interoperable 1

Unit:2- Programming using C# No. Of Hours Alloted:


No. Of Hours

Overview of C# Programming language 1

C# .NET Features and program design 1

Start of Applications variables and Types, value types and reference types 1

Control statements in c# 2

Strings in C# 1

Arrays in C# 1

Console class : String formatting 2

Statements and flows programming structure of console class 1

Command line argument 1

Implicit Types 1

12 Name of the Teacher: SHAIK TANVEER AHMED Head Department of Informatics Signature Signature

Unit: 3- ASP.NET Overview No. Of Hours Alloted:


No. Of Hours

Introduction to ASP.NET 1

Introduction to web Applications with web servers 2

Web server role in web application development 1

Internet information server (IIS), APACHE and web browsers 2

Web support languages and understanding http and TCP/IP role in web development

2

Asp.Net role in .NET Framework 1

Namespaces 1

New scenario in development process with IDE 2

12

Unit: 4- Web Forms No. Of Hours Alloted:


No. Of Hours

ASP.NET Web forms introduction 1

Page directives and its use 1

Separating code and design 1

New code behind techniques 1

ASP.NET server controls 1

Working with server controls 2

Applying styles to controls 2

Themes & skins 3


Unit: 5: web form controls No. Of Hours Alloted:


No. Of Hours

Web form validation controls 1

Required field validation control, custom validation control 1

compare validation control and group validation control 2

Accounting validation controls 1

ADO.Net data base services 2

Overview of ADO.NET XML 1

XML to HTML 1

XML and databases 1

XML Support in ,net to retrieve data with databases and data adapters 2


Academic year 2016-2017 NIZAM COLLEGE: DEPARTMENT OF INFORMATICS

LESSON PLAN FOR THE ACADEMIC YEAR 2016-2017 (Semester - VI) Class: BCA Previous Section: Informatics Course/Paper: BCA 352 ( System And Network Administration ) Unit:1- No. Of Hours Alloted:


No. Of Hours

Essential tasks of the system administrator: adding and removing users, adding and removing hardware’s, installing new software’s, monitoring the system

1

Trouble shooting, maintaining the local documentation 1

Booting and shutdown process: automatic and manual booting, hardware configuration

1



Controlling processes: components of a process, life cycle of process 2

Unix Files: pathnames, mounting and un mounting file systems, file types 2

File system: file attributes, sticky bits, permission bits 1

Essential administrative tools 1

Grep. Awk, files and directory commands 1



No. Of Hours

User accounts: login name, encrypted password, home directory 1

Adding users: editing the password and shadow files 1

Setting the users mail home, removing users disabling logins 1

Security: seven common sense rules of security, password checking and selection 1

Important file permission, user shells, group logins and shared logins 1

Managing system resources: disk, I/O , Memory 2

System performance analysis 1

Managing CPU Usage 1

Memory 1

Disk I/O automatic tasks with scripts 2




No. Of Hours

File system and disk: mounting and un mounting file stystem, file types, regular files, directories, character and block devices files

2

Adding a disk: disk interfaces, IDE Interfaces, disk geometry 1

Connecting the disk, labelling the disk, setting up automatic mounting 1

Periodic processes: cron command, format of crontab files 1

Cleaning the file system, rotating log files 1

Backups: backup devices and media, dumping and restoring for upgrades 1

CD Rom devices 2

Modems and Printers 2

Restore terminals 1

12



No. Of Hours

Configuring the Kernel TCP/IP: tcp/ip and the internet, network standards and documentation, networking roadmaps

2

Packets and encapsulation, link layer, packet addressing 1

Adding new host 1

Network File System: NFS Protocol version, web NFS, File Locking, security for NFS, Server side NFS

2

Client side NFS, Dedicated NFS file server 1

Monitoring the network 1

Electronic Mail: Mail system, anatomy of mail message, mail aliases 1

Sendmail, installation, sendmail configuration and primitives 1

Configuring and and building kernel for linux 2




No. Of Hours

Windows server 2003: Booting and shutdown process: automatic and manual booting, hardware configuration

2



Adding new users: user accounts 1

Server configuration 1

Managing processes 2

Managing disks 2

File system security 2


MARKETING


Class :B.A (PSM,PEM)1st Year Section: Marketing

Course/Paper: I - (PSM,PEM) Unit: I – Marketing Communication

No. of Hours Allotted : 15

Topics to be covered No. of Hours Basic concepts of marketing (production concepts, product concept, societal concept,

marketing concept, market concept), Origin of marketing. 2

Marketing Vs Market, Marketing Mix(4pc‘s product, price, promotion, physical distribution.) , marketing Strategy

2

Marketing environment in brief ( Internal environment- Company, suppliers, marketing

intermediates) 1

Internal environment – middlemen, agent middlemen, merchant middlemen, financial intermediates, customers, competitors, public, internal public.

2

External environment- Economic environment, unemployment, agricultural, per capita

income, pattern of savings and expenditure, price level change, impact of govt policies. 1

External environment - Industrial conditions, supply conditions, demography conditions,

social and cultural environment, consumerism. 2

political environment, natural environment, legal environment. 1

Marketing strategy, its applications and usages in brief . 1

Functions of marketing , scope of marketing. 2

Characteristics of marketing. 1

TOTAL 15hrs


Course/Paper: I - (PSM,PEM) Unit: II – Communication



General communication – nature of communication

2

Objectives of communication – communication process ( sender , encoding, message,

decoding , receive , feedback)

3

Importance of communication ( for all the fields) 4 Barriers of communication ( semantic barriers, physical barriers, psychological barriers) 2

Steps in developing effective marketing communication 2

Inter-personnel communication Vs Intra personnel communication. 2

TOTAL 15hrs

Name of the Teacher: A. Lakshmi Head, Department of Marketing



Course/Paper: I - (PSM,PEM) Unit: III – Overview of Marketing Communication


Topics to be covered No. of Hours Overview of Marketing communication: Marketing communication 2 Why we need marketing communication 3 Role and importance of marketing communication 4 Elements in marketing communication

2

Process of marketing communication 2

Limitations of marketing communication 2

TOTAL 15hrs


Course/Paper: I - (PSM,PEM) Unit: IV – Types of Communication


Topics to be covered No. of Hours Types of communication- Vertical communication (Downward, upward) 2 Horizontal communication 3 Grapevine communication 2 Consensus communication 2

Limitations 2 Inter personal communication 2 Formal and informal communication.

2

TOTAL 15hrs

Class: B.A (PSM,PEM)1st Year Section: Marketing

Course/Paper: I - (PSM,PEM) Unit: V – Media for marketing communication


Topics to be covered No. of Hours Overview of media ,Introduction to media 2 Media analysis 3 Integrated communication in marketing 4 Rural Marketing Vs. Urban Marketing 2

Contemporary Issues in marketing. 4

TOTAL 15hrs



LESSON PLAN (Semester II)

Class: B.A (PSM, PEM) 1st Year Section: Marketing

Course/Paper: II - (PSM, PEM)

No. of Hours Allotted:15 Unit: I – Advertising

Topics to be covered No. of Hours Advertizing , Marketing Characteristics 2 Origin and Growth of advertising 3 Objectives of advertising 4 Importance of advertising in Modern marketing 2

Advertising Vs. Marketing 2 Advertising Vs. Communication. 2

TOTAL 15hrs

Course/Paper: II - (PSM, PEM)

Unit: II – No. of Hours Allotted: 15 Unit: II- Types of advertising

Topics to be covered No. of Hours Types of advertising 2 Commercial, Non-Commercial, , Institution 3 National & Local, comparative , Co-operative, 4 Classified and Display, Persuasive 2

Consumer & Industrial advertising 2

Primary & Selective demand advertising. 2

TOTAL 15hrs

Course/Paper: II - (PSM, PEM) Unit: III – Role of advertising in the Global

Marketing No. of Hours Allotted: 15

Topics to be covered No. of Hours Role of advertising in the Global Marketing 5 Scope of Advertising 5 Functions of Advertising. 3 Advertising vs. Marketing 2

TOTAL 15hrs



Class: B.A (PSM, PEM)1st Year Section: Marketing

Course/Paper: II - (PSM, PEM) Unit: IV – Advertising plan


Topics to be covered No. of Hours Introduction to Advertising Strategy 3 Campaign, Campaign Planning , Basis of Campaign planning. 3 Phase of campaign planning, 3 Advertising Agency Features, Function , Structure. 3

Function, Structure of ad agency. 3

TOTAL 15hrs

Course/Paper: II - (PSM, PEM) Unit: V – Advertising Budget


Topics to be covered No. of Hours Introduction to advertising budget , Steps involved in preparing budget 4 Methods involved in framing. 3 Factors effecting the advertising expenditure in company 3 Features of Advertising budget 3

Functions of advertising budget 3

TOTAL 15hrs



LESSON PLAN (Semester III)

Class: B.A (PSM, PEM) 2nd

Year Section: Marketing

Course/Paper: III - (PSM, PEM) Unit: I – Ad agency


Topics to be covered No. of Hours Ad agency to Introduction

3

History of Ad agency 3 Functions of ad agency 2 Features of ad agency 2 Role and Importance in advertising 2 Structure of ad agency 2 Selection of an ad agency 3

TOTAL 15hrs

Course/Paper: III - (PSM, PEM) Unit: II – Advertising Media


Topics to be covered No. of Hours Advertising Media: Meaning – Classification of ad-media 2 Indoor media (Newspaper, Magazines, Radio, TV. Cinema, Video) 3 Outdoor media (Poster, Displays, Electronic Signboards, Travelling Displays, Sandwich men etc.)

3

Display media (Postcard, Envelop enclosure, booklet, Catalogues- Sales letter, Widow Display,

Country Display (interior Decoration), Show Room – Exhibitions, Show Cases, Trade Fairs) 3

Direct media 2 Factors to be kept in mind while selecting advertising media 2

TOTAL 15hrs

Course/Paper: III - (PSM, PEM) Unit: III – Media Planning


Topics to be covered No. of Hours Media Planning: Introduction 3 Importance of media planning 4 Steps involved in media planning 4 Factors influencing Media planning 4

TOTAL 15hrs

Name of the Teacher: A. Swathi Head, Department of Marketing




Course/Paper: III - (PSM, PEM) Unit: IV – Media Scheduling


Topics to be covered No. of Hours Media Scheduling: Introduction 5 Importance of Media Scheduling 5 Methods of media scheduling 5

TOTAL 15hrs



Course/Paper: III - (PSM, PEM) Unit: V – Evaluation of Advertising Effectiveness


Topics to be covered No. of Hours Evaluation of Advertising Effectiveness: Introduction 3 Importance 4 Methods of measuring Advertising Effectiveness 4 Pre - testing and Post – testing 4

TOTAL 15hrs



NIZAM COLLEGE: DEPARTMENT OF MARKETING

LESSON PLAN (Semester IV)



Course/Paper: IV - (PSM, PEM) Unit: I – Personal selling


Topics to be covered No. of Hours Personal selling: Introduction 3 Nature and Importance of Personal Selling 3 Objectives of Personal selling 3 Advantages of personal selling 3 Limitation of Personal selling 3

TOTAL 15hrs

Course/Paper: IV - (PSM, PEM) Unit: II – Psychology in selling and Buying

Motives No. of Hours Allotted: 15

Topics to be covered No. of Hours Psychology in selling and Buying Motives: Introduction to Psychology Selling 5 Stages in Psychology process of Buying Motives and Selling points 5 Buying Motives and Group Influence 5

TOTAL 15hrs

Course/Paper: IV - (PSM, PEM) Unit: III – Process of Effective Selling


Topics to be covered No. of Hours Process of Effective Selling: Introduction 1 Stages involved in Selling process 2 Prospecting 1 Pre-approach 1 Approach 1 Presentation Demonstration 1 Handling 1 Objectives 3 Closing of sales 2 Post Sales activities 2

TOTAL 15hrs





Course/Paper: IV - (PSM, PEM) Unit: IV – Salesmanship


Topics to be covered No. of Hours Salesmanship: Introduction to Salesmanship 3 Origin and Evolution of Salesmanship 3 Essential features of Good Salesmanship 3 Nature of Salesmanship 3 Scope of Salesmanship 3

TOTAL 15hrs

Course/Paper: IV - (PSM, PEM) Unit: V – Sales Organization


Topics to be covered No. of Hours Sales Organization: Introduction to Sales Organization 2 Structure of Sales Organization 2 Objectives of Sales Organization 3 Functions of Sales Organization 3 Importance of Sales Organization 2 Types of Sales Organization 3

TOTAL 15hrs



LESSON PLAN (Semester V)

Class: B.A (PSM, PEM) 3rd


Course/Paper: V - (PSM, PEM) Unit: I – Sales force management


Topics to be covered No. of Hours Sales force: Meaning 3 Need of Sales force 3 Objectives of Sales force 3 Functions of Sales force 3 Importance of Sales force skills possessed by sales force 3

TOTAL 15hrs

Course/Paper: V - (PSM, PEM) Unit: II – Personnel Management in the selling

field No. of Hours Allotted: 15

Topics to be covered No. of Hours Personnel Management in the selling field 3 Activities of Sales force Management 4 Sales Execution 4 Sales force management 4

TOTAL 15hrs

Course/Paper: V - (PSM, PEM) Unit: III – Recruitment and Selection of sales personnel.


Topics to be covered No. of Hours Recruitment and Selection of sales personnel: Recruitment sources 2 Recruitment Process 3 Recruitment Techniques 2 Selection sources 2 Selection Process 3 Selection Techniques 3

TOTAL 15hrs





Course/Paper: V - (PSM, PEM) Unit: IV– Sales force Training


Topics to be covered No. of Hours Sales force Training 2 Aims of training 3 Identification of training needs 3 Contents of the training programme 2 Training methods 2 Executive and evaluation of sales training programmes 3

TOTAL 15hrs



Course/Paper: V - (PSM, PEM) Unit: V– Motivation and Moral of sales force


Topics to be covered No. of Hours Motivation and Moral of sales force 5 Compensation of sales force 5 Performance Appraisal of sales force 5

TOTAL 15hrs






Course/Paper: VI (a) - (PSM, PEM) Unit: I– Elements of Entrepreneurship


Topics to be covered No. of Hours Entrepreneurship – Meaning 1 Need of entrepreneurship 2 Characteristics of entrepreneurship 2 Evolution and Development of entrepreneurship 3 Factors influencing entrepreneurial growth 2 Entrepreneur 1 Classification and Types of Entrepreneurs 2 Qualities of entrepreneurs : Creativity, innovation and Entrepreneurship 2

TOTAL 15hrs

Course/Paper: VI (a) - (PSM, PEM) Unit: II– Market Survey


Topics to be covered No. of Hours Market Survey 2 Objectives of market survey 3 Techniques of market survey 3 PERT 2 CPM (Applications – Advantages- Limitations) 3 PERT Vs CPM 2

TOTAL 15hrs

Course/Paper: VI (a) - (PSM, PEM) Unit: III– Identification of Opportunities


Topics to be covered No. of Hours Identification of Opportunities 3 Project Identification 3 Criteria for selecting a particular project 3 Converting Business opportunities into reality 3 SWOT Analysis 3

TOTAL 15hrs

Name of the Teacher: B. Neeraja Head, Department of Marketing




Course/Paper: VI (a) - (PSM, PEM) Unit: IV– Location problems


Topics to be covered No. of Hours Location problems 3 Factors influencing location of projects 3 Environmental problems 3 Measures and actions 3 Technology utilization and Quality control 3

TOTAL 15hrs

Course/Paper: VI (a) - (PSM, PEM) Unit: V– Setting up of Small Scale Industry


Topics to be covered No. of Hours Setting up of Small Scale Industry 3 Steps involved in setting up Small Scale Industry 4 Preparation of feasibility report 4 Guidelines for feasibility report 4

TOTAL 15hrs






Course/Paper: VI (b) - (PSM, PEM) Unit: I– Concept of services marketing



Concept of services marketing 1

Nature of services marketing 2

Scope of services marketing 2

Characteristics of services marketing 1

Importance of services marketing 2

Goods Vs Services 1

Emergence and Reasons for growth of service sector in India 2

Classifications of services marketing 2

Environment of services marketing 2

TOTAL 15hrs

Course/Paper: VI (b) - (PSM, PEM) Unit: II– Marketing Mix of Services



Marketing Mix of Services: 8 P‘s of marketing mix-Product, Price, Promotion 2

Marketing Mix of Services: Place, Physical evidence, People 2

Marketing Mix of Services: Processes, Planning and creating of services 2

Identifying and classifying supplementary services 3

Product life cycle of services 2

Branding of services 2

New Service development 2

TOTAL 15hrs

Course/Paper: VI (b) - (PSM, PEM) Unit: III– Pricing of Services



Pricing of Services 1

Objectives 1

Approaches 1

Methods 1

Problems in pricing. Promotion and Personal Selling in service industry, designing the

communication mix for services

3

Objectives of communication 2

Challenges and Opportunities 2

Distribution channels for services 1

Options for service delivery 1

Modes of delivery 1

The role of intermediaries 1

TOTAL 15hrs

Name of the Teacher: L.V.Saritha Head, Department of Marketing




Course/Paper: VI (b) - (PSM, PEM) Unit: IV–Importance of people in

Service marketing



Importance of people in service marketing 2

Role of various people involved 2

Physical Evidence 2

Concept of Physical Evidence 2

Importance 2

Types of Physical Evidence in various services 2

Process concept 1

Types of process 1

Role of process in various services 1

TOTAL 15hrs

Course/Paper: VI (b) - (PSM, PEM) Unit: V– Challenges in marketing of

services



Challenges in marketing of services 3

Application of Service Marketing to Hospitals 3

Application of Service Marketing to Educational Institutions 3

Application of Service Marketing to Tourism 3

Application of Service Marketing to Banking and Hospitality Industries 3

TOTAL 15hrs

Name of the Teacher: L.V.Saritha Head, Department of Marketing





Course/Paper: VII - (PSM, PEM) Unit: I– Sales promotion


Topics to be covered No. of Hours Meaning of sales promotion 3 Nature and growing Importance of sales promotion 3 Methods of sales promotion: Consumer oriented sales promotion 3 Manufacturing oriented sales promotion 3 Trade oriented sales promotion 3

TOTAL 15hrs

Course/Paper: VII - (PSM, PEM) Unit: II– Tools of Sales promotion


Topics to be covered No. of Hours Major tools of sales promotion – Samples , Point of purchases , Display , Demonstrations 3 Yellow Pages , Exhibitions , Fashion shows , Consumer contest 3 Coupons, Lotteries , Gifts , Premiums , free goods 3 Conventions , Conference , Trade Shows 3 Rebate Patronage , Rewards , Sales promotion on internet 3

TOTAL 15hrs

Course/Paper: VII - (PSM, PEM) Unit: III– Developing sales promotion

program


Topics to be covered No. of Hours Developing sales promotion program 3 Pretesting 3 Post testing 3 Implementing and evaluating the sales promotion programs 3 Making necessary modifications for effective sales promotion program 3

TOTAL 15hrs





Course/Paper: VII - (PSM, PEM) Unit: IV– Public Relations


Topics to be covered No. of Hours Meaning of Public Relations 4 Functions of Public Relations 4 Public Relations and Marketing 3 Evaluation of Public Relations 4

TOTAL 15hrs



Course/Paper: VII - (PSM, PEM) Unit: V– Corporate Image Building


Topics to be covered No. of Hours Corporate Image Building 2 Media Relations 3 Internal communications 2 Newsletters 1 Events marketing and sponsorship 2 Sports promotion 2 Crisis communication 3

TOTAL 15hrs



NIZAM COLLEGE: DEPARTMENT OF MARKETING




Course/Paper: VIII - (PSM, PEM) PROJECT

Marks: Project work-70 Viva-voice-30 marks.

OBJECTIVES:

1. To impart skills among the students to write a report of their choice in a given area/field.

2. To enable the students to develop necessary insights into the practical field by making use of

functional knowledge of different area attained in the previous years.

Internship:

During the summer vacation, at the end of the second year, students have to undergo an internship

for one month with companies and other Business organizations (including Chartered Accounting

Firms)

The student should submit a brief report not exceeding 10 pages on learning‘s of internship and a

certificate from the organization, along with the project work.

Project Work Guidelines:

The students have to submit a project report on a selected topic of their choice , Selecting from the

broad areas of their curriculum, guided by a Faculty member.

The students are expected to prepare a project report on a selected topic that should comprise of 50

to 80 pages. The project report is to be valued by the External Examiners suggested by the Board of

Studies in Commerce. The project report is to be submitted at the college by 31st December of the

year.

Name of the Teachers: A. Lakshmi Head, Department of Marketing

A. Swathi

B. Neeraja Signature:

L.V. Saritha

MICROBIOLOGY


Class :B.Sc I Year Section: Mb.G.C

Course/Paper: General Microbiology-1



Scope and Importance of Microbiology.

2

Different branches of Microbiology

2

Importance of Microorganisms in human welfare

2

Spontaneous generation – biogenesis theory germ theory of diseases

2

Development of microbiology in 20th

century.

2

Important contributions of Leeuwenhoek, Louis Pasteur. 1

Robertkoch, Edward jenner, Iwanowsky.

2

Beizerinck, Winogradsky to microbiology.

2



Principles of microscopy-bright field, fluorescent 2

Dark field , Phase contrast 2

Electron microscopy (SEM & TEM) 2

Microbial staining- simple, differential. 2

Negative, Spore and Acid fast staining techniques 2

Sterilization methods- Physical methods 1

Autoclaving, hot air oven, filteration, Radiation 2

Chemical methods 2

Name of the Teacher: A.Chetana Head, Department of Microbiology



Class : B.Sc I Year Section: Mb.G.C

Course/Paper: General Microbiology-1



Morphology of bacterial cell 2

UltraStructure of bacterial cell 2

Gram positive bacterial cell 2

Gram negative bacterial cell 2

Structures outside cell membrane 2

Capsule, Flagella 1

Pili, cell wall & cell membrane 1

Components within cell membrane 1

Nucleoid, cytoplasm 1

Ribosomes, Mesosomes, cytoskeleton

1



Characterization of microorganisms 1

Morphology, Cultural characters 2

Biochemical, Metabolic, Antigenic characters 1

Molecular, Pathogenic, ecological characters 1

FAMS Membrane fatty acids 1

Outlines of bacterial classification 1

Bergeys manual of Systematic Bacteriology 1

Important characters of special groups of bacteria 1

Mycoplasma 1

Rickettsiae 1

Chlamydiae 1

Actinomyces 1

Cyanobacteria 1

Archaea bacteria 1

Name of the Teacher: Dr.Chand Pasha Head, Department of Microbiology


LESSON PLAN FOR THE ACADEMIC YEAR 2016-2017(Semester II)

Class: B. Sc I Year Section: Microbiology

Course/Paper: II- Microbial Biochemistry and Metabolism

Unit I: Biochemistry of Biomolecules No. of Hours Allotted: 15


Biomolecules of Microorganisms 1

General Characteristics of Carbohydrates 2

Monosaccharides 1

Disaccharides 1

Polysaccharides 1

General Characteristics of Amino acids 2

General Characteristics of Proteins 1

General Characteristics of Fatty acids (saturated) 1

General Characteristics of Fatty acids (Un-saturated) 1

General Characteristics of Lipids 1

Sphingo Lipids, Sterols, Phospholipids 1

Structure of peptidoglycan 1

Synthesis of peptidoglycan 1

15hrs

Unit II: Biochemistry of Metabolism No. of Hours Allotted: 15


Hydrogen ion concentration in biological fluids 2

pH measurement 1

Types of buffer 1

Uses of buffer in biological reactions 1

Enzymes Introduction, enzyme unit 1

Enzymes properties and classification 2

Biocatalysis – Induced fit model 1

Biocatalysis – lock and key model 1

co –enzymes and co factors 1

Inhibition of enzyme activity – competitive 1

Inhibition of enzyme activity – non-competitive 1

Inhibition of enzyme activity – un-competitive 1

Inhibition of enzyme activity – allosteric inhibition 1

15hrs

Name of the Teacher: Dr. Shaik Naseeruddin Head, Department of Microbiology



Class : B.Sc I Year Section: Mb.G.C

Course/Paper: Microbial Biochemistry & Metabolism-2



Nutritional types of bacteria 2

Photoautotrophs 1

Chemoautotrophs 2

Chemohetrotrophs 2

Acetogens 2

Methanogens 1

Microbial Culture media 1

Types of Media-Natural, Semisynthetic media 1

Synthetic media, Selective media 1

Differential media, Enrichment media and Transport media 1

Bacterial photosynthesis 1



Bacterial Growth 2

Growth curve- Lag, Log/Exponential, Stationary and Death Phases 1

Factors affecting bacterial Growth 2

Continous Growth 2

Synchronous Growth 2

Measurement of Bacterial Growth 1

Sporulation in bacteria 1

Isolation of Pure cultures 1

Maintainance of pure cultures 2

Preservation of Microbial Cultures 1

15 hrs




Class : B.Sc II Year Section: Mb.G.C

Course/Paper: Virology and Immunology-3



Discovery of viruses 2

Nature of viruses. 1

Biological, physical and Biochemical properties of viruses 2

Nomenclature of viruses 2

Classification of viruses as per ICTV 2

Cultivation and assay of bacteriophages, plant and animal viruses 1

General methods of viral replication 1

Lytic cycle 1

Lysogenic cycle 1

Morphology, Structure and multiplication of TMV 1

Structure and multiplication of HIV 1

15 hrs



History of Immunlogy. 2

Development of Immunology 2

Types of Immunity-Innate Immunity 2

Aquired Immunity 2

Active and Passive Immunity 2

Humoral and cell mediated Immunity 2

Primary organs of Immune system-Thymus, Bone marrow etc. 1

Secondary organs of Immune system- Lymph nodes, Spleen etc. 2

Name of the Teacher: A. Chetana Head, Department of Microbiology


NIZAM COLLEGE : DEPARTMENT OF MICROBIOLOGY


Class : B.Sc II Year Section: Mb.G.C


Unit: III No. of Hours Allotted:15


Cells of Immune system 1

B and T Lymphocytes 1

Null cells, Monocytes, Macrophages 2

Neutrophils, Basophils and Eosinophils. 1

Antigens-Types 2

Chemical nature of antigens 1

Antigenic Determinants, Haptens 1

Factors affecting antigenicity 2

Antibodies 1

Basic structure of antibodies 1

Types and properties of antibodies 1

Functions of Immunoglobulins 1


Class :B.Sc II year Section: Mb.G.C




Types of antigen antibody reactions-Introduction 1

Agglutination 1

Blood Groups 1

Precipitation 1

Neutarlization 1

Complement fixation 1

Labelled antibody based techniques- ELISA 1

RIA 1

Immunofluroscence 1

Types of Hypersensitivity 1

Autoimmunity and its significance 1

Preventive control of Diseases 1

Active and Passive Immunization 1

Vaccines 1

Natural vaccines & Recombinant vaccines 1





Class : B.Sc II year Section: Mb.G.C

Course/Paper: Food and Agricultural micrbiology-4



Microorganisms of food spoilage and their sources 1

Spoilage of different food materials 1

Spoilage of different food materials-Fruits and vegetables 1

Spoilage of different food materials-Meat, fish 1

Spoilage of different food materials-Canned foods 1

Food intoxication-Botulinum 2

Food intoxication-Staphylococcal food poisoning 2

Food borne Diseases- Salmonellosis 2

Food borne Diseases-Shigellosis 2

Food borne Diseases- Salmonellosis-Development and its Detection 1

Food borne Diseases-Shigellosis- Development and its Detection 1



General account of food preservation 1

Different methods of food preservation 3

Microbiological production of food and dairy products 2

Microbiological production of food and dairy products-Bread 2

Microbiological production of food and dairy products-cheese 1

Microbiological production of food and dairy products-Yoghurt 1

Concept of Probiotics 2

Microbial flora of milk 1

Microbial flora of milk products 1

Pasteurization of milk 1



NIZAM COLLEGE: DEPARTMENT OF MICROBIOLOGY


Class: B. Sc II Year Section: Microbiology

Course/Paper: IV- Food and Agricultural Microbiology

Unit III: Environmental Microbiology No. of Hours Allotted: 15


Microbiology of potable water 1

Microbiology of polluted water 1

Sanitary quality of potable water 1

Primary Sewage treatment 1

Secondary Sewage treatment 1

Tertiary Sewage treatment 1

Microorganisms of environment – Soil 2

Microorganisms of environment – water 2

Microorganisms of environment – Air 2

Microbial Decomposition of Organic matter 1

Carbon cycle 1

Nitrogen cycle 1

15 hrs

Unit IV: Environmental Microbiology No. of Hours Allotted: 15


Microorganisms in relation to plant growth 1

Rhizosphere 1

Phyllosphere 1

Plant Growth promoting microorganisms 1

Nitrogen fixation 1

Symbiotic nitrogen fixation 2

Non- Symbiotic nitrogen fixation 2

Biofertilizers 2

Biological control of plant diseases 2

Biopesticides 2

15 hrs





Course/Paper: Medical micrbiology-5



History of medical microbiology 1

General principles of Diagnostic microbiology 1

Collection of Clinical samples 1

Transport of clinical samples 1

Processing of clinical samples 1

General methods of laboratory Diagnosis 1

Cultural methods 1

Biochemical methods 1

Serological methods 1

Molecular methods 1

Normal flora of human body 2

Properties of pathogenic Microorganisms 1



Definition of Infection 1

Types of Infection 1

Non-specific defense mechanism 1

Mechanical barriers 1

Antagonism of indigenous flora 1

Anti-bacterial substances 1

Anti-bacterial substances-Lysozyme 1

Anti-bacterial substances-Complement 1

Anti-bacterial substances-properdin 1

Antiviral substances 1

Antiviral substances-Inteerferons 1

Antiviral substances-Base analogues 1

Phagocytosis 1






Course/Paper: Medical micrbiology-5



Bacterial Toxins 1

Virulence 1

Attenuation 1

Air borne diseases 1

Air borne diseases – Tuberculosis 1

Air borne diseases – Influenza 1

Food and water borne diseases – Cholera 2

Food and water borne diseases – Typhoid 1

Food and water borne diseases – Amoebiasis 2



Insect borne diseases – Malaria 1

Insect borne diseases – Dengue fever 1

Contact diseases- Syphilis 2

Zoonotic Diseases- Rabies 2

Zoonotic Diseases- Anthrax 1

Blood borne Diseases- Serum Hepatitis 2

Blood borne Diseases- AIDS 1




Class: B. Sc III Year Section: Microbiology

Course/Paper: Recombinant DNA technology

Unit I: No. of Hours Allotted: 12


Techniques & enzymes in rDNA technology 1

Restriction digestion 1

Ligation 1

Transformation 1

Restriction endonucleases 1

DNA ligases 1

Properties & Specificity 1

S1 nuclease 1

DNA polymerase 1

Polynucleotide kinase 1

Phosphatase 1

Reverse transcriptase 1

12 hrs

Unit II: No. of Hours Allotted: 11


Plasmids 1

Plasmids Incompatibility 1

Isolation & purification 2

Plasmid vectors 1

PBR 322 1

Single stranded plasmids 1

Cosmids 1

Phagmids 1

Lambda vectors 1

M13 vectors 1

11 hrs

Name of the Teacher: Dr. Chand Pasha Head, Department of Microbiology




Course/Paper: Recombinant DNA technology

Unit III: No. of Hours Allotted: 10


Specialized cloning strategies 2

Expression vectors 1

Library construction vectors 1

DNA libraries 1

cDNA libraries 1

Shot gun cloning 1

Directed cloning 1

Phage display 1

Chromosomal integration 1

10 hrs

Unit IV: No. of Hours Allotted: 12


PCR methods 1

Applications of PCR 1

Normal PCR 1

Gradient PCR 1

Reverse Transcriptase PCR 1

Electrophoresis 1

SDS 1

PAGE 1

Agarose gel electrophoresis 1

Chromatography 1

Paper chromatography, TLC 1

Centrifugation methods 1

Name of the Teacher: Dr. Chand Pasha Head, Department of Microbiology




Course/Paper: Pharmaceutical micrbiology-7



Types of microorganisms in Pharmaceutical products 1

Types of microorganisms in Pharmaceutical products and industry 2

Microbiological spoilage 1

Microbiological spoilage prevention of pharmaceutical products 2

Antimicrobial agents 2

Antimicrobial agents used as preservatives 2

Evaluation of Microbial stability of formulation 2

12 hrs



Antimicrobial agents- Bacteriostatic agents 1

Antimicrobial agents- Bactericidal agents 1

Factors affecting antimicrobial activity 1

Non medicinal antimicrobial agents 1

Non medicinal antimicrobial agents- sanitizers 1

Disinfectants, antiseptics 1

Antimicrobial action of phenols, Phenolic compounds, 1

Alcohols, Halogens, Heavy metals 1

Dyes, aldehydes, Detergents 1

Medicinal antimicrobial agents 1

History of Chemotherapy –Paul Ehrlich and his contributions 1

Selective toxicity 1

Target sites of drug action in microbes 1

12 hrs




Class : B.Sc III Year Section: Mb.G.C

Course/Paper: Pharmaceutical micrbiology-7



Antibiotics- Origin, development and definition 1

Mode of action of important drugs 1

Cell wall inhibitors 1

Cell membrane inhibitors 1

Macrommolecular synthesis inhibitors 1

Metabolite analogues 2

Antifungal antibiotics 2

Anti viral agents 2

11 hrs



Microbiological assays 1

Assay for growth inhibiting substances 1

Assay for non medicinal antimicrobials 1

Drug sensitivity testing methods 1

Assay for antibiotics 1

Determination of MIC 1

Liquid, solid tube agar assay 1

Agar plate assay 1

Drug Resistance 1

Clinical basis of drug Resistance 1

Biochemistry of drug Resistance 1

Genetics of Drug Resistance in bacteria 1

12 hrs






Course/Paper: VIII- Industrial Microbiology

Unit I: History of Industrial Microbiology No. of Hours Allotted: 15


Introduction to industrial microbiology 1

History of industrial Microbiology 2

Scope of industrial Microbiology 2

Microorganisms of industrial importance 1

Microorganisms of industrial importance – Bacteria 2

Microorganisms of industrial importance – Actinomycetes 2

Microorganisms of industrial importance – Yeasts 2

Microorganisms of industrial importance – Moulds 2

Exploitation of Microorganisms in industry 1

15hrs

Unit II: Upstream processing No. of Hours Allotted: 15


Screening and isolation of industrially useful microbes 2

Strain improvement 3

Raw materials 2

Fermentation media 2

Types of Fermentation – aerobic, anaerobic 1

Batch and continuous fermentation 2

Submerged fermentation 1

Surface fermentation 1

Solid state fermentation 1

15hrs






Course/Paper: VIII- Industrial Microbiology

Unit III: Fermentor and downstream processing No. of Hours Allotted: 15


Detection and assay of fermentation products 1

Physiochemical methods 3

Biological assays 3

Fermentation equipment and its use 2

Design of fermentor 2

Type of fermenter 2

Control of fermentation parameters – aeration, agitation, antifoam, pH and temperature 2

15hrs

Unit IV: Industrial production No. of Hours Allotted: 15


Industrial production (Microorganisms, Media, Fermentation, Product recovery)

A. Alcohols – Ethyl alcohol 3

B. Beverages – Beer 2

C. Enzymes – Amylases 3

D. Antibiotics – Penicillin 3

E. Amino acids – Glutamic acid 2

F. Vitamins – B12 2

15hrs



PHYSICS LESSON PLAN FOR THE ACADEMIC YEAR 2016-2017 (Semester I)

Class: B. Sc I year Section: Computer Hardware

Course/ Paper: Digital circuits and combination logic



Number systems: Binary, Octal, Decimal and Hexadecimal 01

Binary to Decimal, Octal and Hexadecimal conversion, Decimal to Binary,

Octal and Hexadecimal conversion

02

Octal to Binary, Decimal and Hexadecimal conversion, Hexadecimal to Binary,

Octal and Decimal conversion

02

Introduction to Logic gates 01

Truth tables of NOT, OR, AND, NAND, NOR, XOR, XNOR gates 01

Demorgan‘s Laws 01

Boolean Algebra 01

Logic equations and simplification 02

Introduction to ASCII and GRAY codes; Conversion of Gray to binary and

binary to gray numbers

01



Boolean lows and theorems 01

Introduction and truth table to Karnaugh map 01

pairs, quads and octets 01

sum of the products method, product of sums method 01

Karnaugh simplification 03

Introduction to Data processing Circuits, Multiplexers 01

Demultiplexers 01

Encoders, priority encoder 01

Decoder 01

Exclusive OR gate: Parity generators and checkers 01

Name of the Teacher: Head, Department of Physics




Course/ Paper: Digital circuits and combination logic



Binary Addition, subtraction 01

Octal, Hexadecimal addition and subtraction 02

2‘s complement, 2‘s complement Arithmetic 01

Half Adder and truth table 01

Full Adder and truth table 01

The Adder subtractor 01

Binary Multiplication and division 01

Read Only Memory(ROM) 01

Programmable Read Only Memory(PROM) 01

Applications of ROM, PROM 01

Random Access Memory (RAM) 01



Introduction to Flip-Flops, The clocked R-S Flip Flop 01

The J-K Flip Flop, Preset and Clear 01

The T-Flip Flop, Introduction to shift registers 01

Asynchronous counter (Ripple Counter) 01

Divided by 2, 5, 10 (decade) counters 02

Master Slave JK Flipflop, Race around condition 02

The D-Flip Flop 01

Random Access Memory (RAM) 01

Memory Decoding 01

Error Correcting Codes 01



NIZAM COLLEGE: DEPARTMENT OF PHYSICS



Course/ Paper: Digital Design



Introduction to Diodes and characteristics 01

Special characteristics 01

Bipolar Junction transistor characteristics 01

RTL and DTL Circuits 02

TTL(Transistor Transistor Logic) circuits 02

ECL (Emitter Coupled Logic) Circuits 01

MOS (Metal Oxide Semiconductor) 01

CMOS (Complementary Metal Oxide Semiconductor) 01

CMOS transmission gate circuits 02



Introduction to Flip Flops 01

Flip-Flop Excitation Tables 01

Characteristic Equations for Flip Flops 01

Sequential Circuits or State Machines, Block diagrams of Mealy and Moore

models

01

Analysis of Clocked Sequential Circuits 02

State Tables and State Diagrams 01

Design Procedure 01

Designing SM with Edge Triggered Flip Flops (D, J-K Type) 03

State Reduction and Assignment 01

Design of Counters 01

Binary Sequence and Non-binary Sequence 01






Course/ Paper: Digital Design



Introduction, Binary Adder and Subtractor 01

Decimal Adder 01

Magnitude Comparator 01

Decoders and Encoders 01

Multiplexers 01

Read Only Memory(ROM) 01

Programmable Logic Array(PLA) 01

Programmable Array Logic(PAL) 01

Introduction to ASM Chart 01

Timing Considerations 01

Control implementations 01

Design with Multiplexers 01



Introduction to Operational amplifiers 03

Inverting amplifiers 01

Non-inverting amplifiers 01

R-2R Ladder network 01

Analog to Digital Converter 02

Digital to Analog Converter 02





Class: M.Sc., Physics, II-Year, IV-Semester Section:

Course/ Paper: OPTICAL FIBER COMMUNICATIONS/ PEC 403 T/CB and NC Paper-


Topics to be covered

No. of

Hours

1 Optical Fibers Fiber modes and Configurations: 1

2 Fiber types and their structures. 1

3 Ray optics representation. 1

4 Mode theory for circular waveguides: 1

5 Step index fibers, 1

6 single mode fibers, 1

7 and Graded index fibers - 1

8 WKB Approximations for estimating number of modes. 1

9 Fiber Materials for glass fibers and plastic fibers. 1

10 Fiber fabrication methods: Outside Vapor Pressure Oxidation; Vapor axial 1

deposition;

11 Modified chemical vapor deposition; Plasma activated chemical vapor 1

deposition; Double crucible method.

12 Fiber drawing processes. Fiber optic cable design: 1

13 Fiber to fiber joints, fiber splicing & Optical fiber connectors. 1


Signature:

Dr. R. Saranga Pani

Head, Department of

Signature:



Class: M.Sc., Physics, II-Year, IV-Semester

Section:




1 Transmission Characteristics 1

2 Signal attenuation in optical fibers: 1

3 Absorption, scattering and bending losses in fibers, 1

4 core and cladding losses. 1

5 Signal distortion in optical wave guides: 1

6 Material dispersion, 1

7 wave guide dispersion, 1

8 intermodes distortion. 1

9 pulse broadening. 1


Signature:

Dr. R. Saranga Pani

Head, Department of

Signature:





Unit:III No. of Hours Allotted: 15


1 Optical Sources And Detectors Optical Sources: Noise in PIN photo

2 diodes and Avalanche photo diodes

2 Basic semiconductor properties, materials, bandwidth product. 1

3 p-n junction hetrostructures. 1

4 (a) Light Emitting Diodes (LEDs): Structures, 1

5 light source materials, 1

6 internal quantum efficiency, 1

7 modulation capability, 1

8 transient response, power bandwidth product. 1

9 (b) Laser diodes: 1

10 Modes and resonant frequencies, reliability. 1

11 Optical Detectors: Physical principles of PIN photo detectors, 1

12 Avalanche photo detectors. 1

13 Detector noise: 1

14 Noise in PIN photo diodes and Avalanche photo diodes 1

Name of the Teacher: Dr. R. Saranga Pani Head, Department of








1 Digital Transmission Systems Optical receivers : 1

2 Fundamental receiver operation, 1

3 receiver structures, 1

4 receiver performance. 1

5 Point to point links, 1

6 link power budget. 1

7 Review of multiplexing techniques: 1

8 Optical Time Division Multiplexing (OTDM), 1

9 Wavelength Division Multiplexing (WDM). 1

10 Coherent Optical Detection: 1

11 Basic System, 1

12 Practical constraint, 1

13 Modulation and Demodulation Formats. 1

Name of the Teacher: Dr. R. Saranga Pan

Signature: i Head, Department of

Signature:



Class: M.Sc., II-Year, III-Semester Section:

Course/ Paper: 8051 MICRO-CONTROLLER & ITS APPLICATIONS/ P303/T/EC Paper- III



1 Architecture Of Microcontroller 8051: 1

2 Micro controllers & Embedded Processors: 1

3 Micro controller versus General-purpose Microprocessors, 1

4 Microcontrollers for embedded systems, 1

5 Embedded applications, choosing a Microcontroller. 1

6 8051 Architecture: 8051 Microcontroller hardware, input/output pins, 1

7 Ports and circuits, 1

8 External memory, 1

9 Counter and timer, 1

10 Serial data input and output, 1

11 Interrupts, 1

12 Other members of 8051. 1









1 8051 Instructions and Assembly Language Programming: 1

2 Addressing modes: immediate and register addressing modes, 1

3 accessing memory using various addressing modes. 1

4 Arithmetic instructions and programs unsigned addition and subtraction, 1

5 unsigned multiplication and division, 1

6 signed members concepts and arithmetic operations. 1

7 Logic Instruction and programs: Logic and compare instructions rotate and

1 swap instructions.

8 Jump, Loop and call instructions; Loop and jump instructions, 1

9 call instructions, 1

10 time delay, generation and calculation. 1

11 Single bit instructions and programming: single bit instruction programming, 1

12 single bit operation with carry reading input pins versus port latch. 1

13 I/O port programming: I/O programming, 1

14 bit manipulation. 1









1 8051 Timer / Counter, 1

2 Serial Communication And 1

3 Interrupts Programming: 1

4 Timer / Counter programming: programming 8051 timers, 1

5 counter programming, 1

6 pulse frequency and pulse width measurements. 1

7 Serial data communication programming: 1

8 Basics of serial communication, 1

9 8051 connection to RS232, 1

10 8051 serial communication programming. 1

11 Interrupts programming: Interrupts of 8051; 1

12 programming timer interrupts, 1

13 programming external hardware interrupts, and 1

14 programming serial communication interrupts. 1


Signature:

Dr. R. Saranga Pani

Head, Department of

Signature:







1 Application Of 8051 Micro Controllers: 1

2 Programmable peripheral interface (PPI)-8255, programming 8255, 1

3 8255 interfacing with 8051. 1

4 Interfacing Key board. 1

5 Interfacing LED 1

6 Interfacing LCD, 1

7 Interfacing A/D & 1

8 D/A converters, 1

9 Interfacing stepper motor. 1





Class: M. Sc., II-Year, IV-Semester Section:

Course/ Paper: MOBILE CELLULAR COMMUNICATIONS/ P403/T/EC Paper - III



1 Cellular Concepts: 1

2 Mobile communications-évolution, 1

3 International Mobile Satellite, 1

4 Personnel Communication System [PCS], 1

5 Standards, 1

6 Mobile Personnel Computers, 1

7 Speech Coder. 1

8 Fundamental Radio Propagation and System concepts, 1

9 Antenna Gain, Propagation characteristics, 1

10 Model for multipath-faded radio signals 1

11 Instrumentation for lab testing. 1









1 Spread Spectrum Systems and Diversity Techniques: 1

2 Concept of Spread Spectrum System, 1

3 pseudo-noise sequences, 1

4 performance of Direct Sequence Spread Spectrum Systems, 1

5 Code Division Multiple Access, 1

6 Direct Sequence systems, 1

7 Frequency Hopping systems, Synchronization. 1

8 Applications. 1

9 Concept of Diversity Branch and Signal Paths, 1

10 Combining and Switching Methods, 1

11 Carrier-to- Noise and Carrier- to- Interference Ratio, 1

12 Performance Improvements. 1









1 Medium Access Control: Motivation for a specialized MAC 1

2 Hidden and exposed terminals, Near and far terminals 1

3 SDM 1

4 FDMA 1

5 TDMA, Fixed TDM 1

6 Classical Aloha, Slotted Aloha 1

7 Carrier sense multiple access, Demand assigned multiple access 1

8 PRMA packer reservation multiple access 1

9 Reservation TDMA 1

10 Multiple access with collision avoidance, Polling 1

11 Inhabit sense multiple access 1

12 Comparison of S/T/F CDMA Telecommunication Systems: 1

13 CDMA, Spread Aloha multiple access 1

14 GSM, Mobile services, System architecture 1

15 Radio interface, Protocols 1

16 Localization and calling, Handover, Security, New data services. 1


Signature:

Signature:







1 Architecture Of Microcontroller 8051: 1

2 Micro controllers & Embedded Processors: 1

3 Micro controller versus General-purpose Microprocessors, 1

4 Microcontrollers for embedded systems, 1

5 Embedded applications, choosing a Microcontroller. 1

6 8051 Architecture: 8051 Microcontroller hardware, input/output pins, 1

7 Ports and circuits, 1

8 External memory, 1

9 Counter and timer, 1

10 Serial data input and output, 1

11 Interrupts, 1

12 Other members of 8051. 1









1 8051 Instructions and Assembly Language Programming: 1

2 Addressing modes: immediate and register addressing modes, 1

3 accessing memory using various addressing modes. 1

4 Arithmetic instructions and programs unsigned addition and subtraction, 1

5 unsigned multiplication and division, 1

6 signed members concepts and arithmetic operations. 1

7 Logic Instruction and programs: Logic and compare instructions rotate and

1 swap instructions.

8 Jump, Loop and call instructions; Loop and jump instructions, 1

9 call instructions, 1

10 time delay, generation and calculation. 1

11 Single bit instructions and programming: single bit instruction programming, 1

12 single bit operation with carry reading input pins versus port latch. 1

13 I/O port programming: I/O programming, 1

14 bit manipulation. 1









1 8051 Timer / Counter, 1

2 Serial Communication And 1

3 Interrupts Programming: 1

4 Timer / Counter programming: programming 8051 timers, 1

5 counter programming, 1

6 pulse frequency and pulse width measurements. 1

7 Serial data communication programming: 1

8 Basics of serial communication, 1

9 8051 connection to RS232, 1

10 8051 serial communication programming. 1

11 Interrupts programming: Interrupts of 8051; 1

12 programming timer interrupts, 1

13 programming external hardware interrupts, and 1

14 programming serial communication interrupts. 1


Signature:

Dr. R. Saranga Pani

Head, Department of

Signature:







1 Application Of 8051 Micro Controllers: 1

2 Programmable peripheral interface (PPI)-8255, programming 8255, 1

3 8255 interfacing with 8051. 1

4 Interfacing Key board. 1

5 Interfacing LED 1

6 Interfacing LCD, 1

7 Interfacing A/D & 1

8 D/A converters, 1

9 Interfacing stepper motor. 1









1 Cellular Concepts: 1

2 Mobile communications-évolution, 1

3 International Mobile Satellite, 1

4 Personnel Communication System [PCS], 1

5 Standards, 1

6 Mobile Personnel Computers, 1

7 Speech Coder. 1

8 Fundamental Radio Propagation and System concepts, 1

9 Antenna Gain, Propagation characteristics, 1

10 Model for multipath-faded radio signals 1

11 Instrumentation for lab testing. 1









1 Spread Spectrum Systems and Diversity Techniques: 1

2 Concept of Spread Spectrum System, 1

3 pseudo-noise sequences, 1

4 performance of Direct Sequence Spread Spectrum Systems, 1

5 Code Division Multiple Access, 1

6 Direct Sequence systems, 1

7 Frequency Hopping systems, Synchronization. 1

8 Applications. 1

9 Concept of Diversity Branch and Signal Paths, 1

10 Combining and Switching Methods, 1

11 Carrier-to- Noise and Carrier- to- Interference Ratio, 1

12 Performance Improvements. 1









1 Medium Access Control: Motivation for a specialized MAC 1

2 Hidden and exposed terminals, Near and far terminals 1

3 SDM 1

4 FDMA 1

5 TDMA, Fixed TDM 1

6 Classical Aloha, Slotted Aloha 1

7 Carrier sense multiple access, Demand assigned multiple access 1

8 PRMA packer reservation multiple access 1

9 Reservation TDMA 1

10 Multiple access with collision avoidance, Polling 1

11 Inhabit sense multiple access 1

12 Comparison of S/T/F CDMA Telecommunication Systems: 1

13 CDMA, Spread Aloha multiple access 1

14 GSM, Mobile services, System architecture 1

15 Radio interface, Protocols 1

16 Localization and calling, Handover, Security, New data services. 1









1 Satellite Systems: History, Applications 1

2 Basics, GEO, LEO, MEO, Routing, Localization, Handover 1

3 Examples. Satellite applications: Communication satellites 1

4 surveillance satellite, navigation satellites 1

5 Global positioning system (GPS) space segment, control segment 1

6 GPS receivers, GPS applications 1

7 Broadcast Systems: Overview, cyclic repetition of data 1

8 , Digital audio broadcasting 1

9 Multimedia object transfer protocol 1

10 Digital video broadcasting 1




LESSON PLAN FOR THE ACADEMIC YEARS 2013-2017 (Semester III)

Class: M.Sc Final Section:

Course/ Paper: IV Digital transmission Techniques & Information Theory

Unit: I Digital Transmission of Analog Signals No. of Hours Allotted: 13


Hours

The Sampling Theorem 01

Pulse-Amplitude Modulation 01

Natural Sampling, Flat-top Sampling 01

Signal Recovery through Holding, Quantization of Signals 01

Quantization Error, Pulse-code Modulation(PCM) 01

The PCM System 01

Companding, Multiplexing PCM Signals 01

Differential PCM 01

Delta Modulation 01

Digital Modulation Techniques 01

Binary Modulation Techniques, ASK, PSK, FSK, and their Generation & Detection 02

QPSK, MSK 01

Unit: II Information theory No. of Hours Allotted: 13


Discrete messages 02

The concept of amount of Information 01

Average Information, Entropy, Information rate 02

Shannon‘s Theorem 02

Channel Capacity, Capacity of a Gaussian Channel 02

Bandwidth-S/N Trade-Off 01

Use of Orthogonal Signals to attain Shannon‘s limit 02

Efficiency of Orthogonal Signal Transmission 01

Unit: III Coding No. of Hours Allotted: 13

Topics to be covered No. of Hours Need for Coding 01 Parity Check Bit Coding for Error detection 01 Coding for Error detection and Correction 01 Block Codes 01 Coding and Decoding for block codes 01 Algebraic codes 01 Burst Error Correction 01 Convolution Coding and Decoding 01 Error in Convolution codes 01 Automatic repeat request 01 An Application Information Theory 01 Optimum Modulation System 01 Trellis decoded Modulation 01

Unit: IV Optimum Receivers Matched Filters No. of Hours Allotted: 10

Topics to be covered No. of Hours Formulation of optimum receiver problems 02 Maximization of output signal to noise ratio 02 Properties of matched filters 02 Approximations in matched filter design 02 Probabilistic approach 01

Probability of error in Binary PCM 01

Name of the Teacher: Dr. P. Hima Bindu Head, Department of Physics



LESSON PLAN FOR THE ACADEMIC YEARS 2013-2018 (Semester II)

Class: M.Sc Previous Section:

Course/ Paper: I Electromagnetic Theory

Unit: I Electro-Static Potentials and Maxwell‘s Field Equations :

No. of Hours Allotted: 13 Topics to be covered No. of

Hours

Special techniques for calculating electrostatic potential : Poisson‘s and

Laplace‘s equations

02

Solutions of Laplace‘s equations for electrostatic potential in Cartesian,

spherical and cylindrical coordinates

03

Multipole expansion of the energy of a system of charges in an electrostatic

field

01

The scalar and vector magnetic potentials 01

Derivation of Maxwell‘s equations 01

General wave equation 01

Gauge transformations-Lorentz and Coulomb gauges 01

Momentum, angular momentum and free energies of electromagnetic field 02

Poynting Theorem (work energy theorem in electrodynamics) 01

Unit: II Propagation of Plane Electromagnetic Waves: No. of Hours Allotted: 13 Topics to be covered No. of

Hours

Electromagnetic (EM) waves in unbounded media 02

EM wave equation for a homogeneous isotropic dielectric medium 02

Propagation of plan EM waves in free space 02

Propagation of EM waves in homogeneous isotropic dielectric

medium

01

Energy transmitted by a plane EM wave 01

Propagation of EM wave in conducing medium 02

Attenuation and Skin effect 01

Energy transmitted –Polarization of EM wave 02

Unit: III Interaction of Electromagnetic Waves with Matter : No. of Hours Allotted: 13 Topics to be covered No. of

Hours

Propagation of EM waves in bounded media 01

Boundary conditions for E, D, B and H 02

Reflection and Refraction of plane

EM waves at plane interface between two dielectrics

02

Laws of reflection and refraction- Fresnel‘s relations 02

Reflection (R) and Transmission( T) coefficients 01

Brewester‘s angle- Total internal reflection 01

Reflection and Refraction of plane EM waves at plane interface

between non-conducing and conducting medium

02

Metallic reflection and its applications 01

Dispersion in non-conductors –Normal and anomalous dispersion 01

Unit: IV Electromagnetic Fields and Radiating Systems: No. of Hours Allotted: 13


Hours

Electromagnetic radiation: Inhomogeneous wave equation for potentials 02

Retarded potentials 01

Multi-pole expansion of EM radiation for harmonically oscillating source 01

Long wavelength approximation 02

Oscillating electric dipole radiation 01

Oscillating magnetic dipole radiation 01

Radiation from centerfed linear antenna 01

Radiation from accelerated charges 01

Lienard-Wiechert potentials 02

Electromagnetic field of a charge in arbitrary motion 01

Name of the Teacher: Dr. P. Hima Bindu Head, Department of Physics


PHILOSOPHY 2016 - 2017 Topics to be Covered No. Of . Hours

1. The general charecteristics of modern philosophy 3 2. The Classification of Modern western philosophy 3 3. Rationalism introduction 2 4. Rene-Descartes introduction 2 5. Rene-Descartes Rationalism 4 6. Benedict-de-Spinoza introduction 2 7. Spinozas Rationalism 4 8. Doctrine of Modes 3 9. Leibnitz Rationalism 4 10. Leibnitz theory of Monads 3 11. Introduction to Empiricism 2 12. John Locks Empiricism 4 13. George Berkeley Empiricism 2 14. Berkeley relation of abstract ides 3 15. Introduction to David Hume 3 16. Relation of Cause and Effect theory 2 17. Validity of Knowledge by Berkeley 2 18. Introduction to Enlightenment 3 19. Immanueal Kant Introduction 2 20. Theory of Knowledge by Kant 1 21. Critique of Pure Reason 22. Critique of Practical Reason 1 23. Critique of Judgment 1 24. Dialectics 4 25. Hegel Introduction 2 26. Hegel Dialectical Materialism 2 27. Absolute Idealism 3 28. Karl Marx Introduction 2 29. Marxism-Hegelianism 4 30. Marx, Historical Materialism 2

Department of Philosophy, Nizam College, O U. 2016-2017 Topics to be Covered No. Of . Hours Subject: Moral Philosophy (Ethics)

1. Introduction to Ethics 3 2. Definition, Nature, and scope of ethics 3 3. Ethics relation with science 2 4. Ethics relation with Religion 2 5. Source of Morality 2 6. Moral Law and Social Law 4 7. Moral Law and Religious Law 3 8. Theories of Punishment, introduction 1 9. Retributive Punishment Theory 2 10. Detterent or Preventive theory 2 11. Reformative theory 3 12. Theories of moral standard and its nature 3 13. Introduction to Hedonism 1 14. Explanation of Hedonism 2 15. Psychological Hedonism 3 16. Ethical Hedonism 3

17. Utilaterianism 2 18. Jermy Benthom Utilaterianism 2 19. John Stuart Mills Utilatarianism 2 20. Introduction to Indian Ethics 3 21. Nishkama Karma 3 22. Varna 2 23. Ashramadharmas 2 24. Purushardhas 2 25. Charvakas Introduction 1 26. Charvakas Perception 3 27. Introduction to Buddhism 2

Topics to be Covered Title: History of Indian Philosophy, 2016-2017 Paper: III Topics to be Covered Number of Periods

1. Introduction to Indian Philosophy 3 2. Orthodox System 2 3. Heterodox System 2 4. Branches of Philosophy 4 5. Meaning of Indian Philosophy 3 6. Significance of Indian Philosophy 3 7. General Charecteristics of Indian Philosophy 4 8. Heterodox school of thought 2 9. Carvaka Introduction 2 10. Epistomology of carvakas 2 11. Meta-Physics of Carvakas 3 12. Hedonism in Indian point of you 2 13. Hedonism in western point 2 14. Introduction to Buddhism 2 15. The four noble truths 3 16. Depedent Organisation 3 17. Eightfold path 2 18. Sorrow 2 19. Non-Soul 2 20. Moment of change (Anithya) 3 21. Nirvana 2 22. Introduction to Jainism 2 23. Concept of substance 2 24. Sets in Jainism 3 25. Jiva in Jainism 2 26. Anekathmavada 2 27. Orthodox school of thought 3 28. Nyaya Introuctio n 2

Department of Philosophy : Nizam college, OU Topics to be covered, 2016-2017 Sub: Logic Topics to be covered Number of Hours

1. What is Logic 2 2. Branches of logic (Philosophy) 2 3. Deductive Logic 2 4. Induction 2 5. Nature of Logic 2 6. Scope of Logic 2

7. Logic as science of science 2 and Art’s of Art’s

8. Logic of positive science 2 9. Logic of Normative science 3

Reasoning 10. Fundamental laws of thought 3 11. Law of preposition 3 12. Law of contradiction 2 13. Law of excluded 2 14. Middle reason 2 15. Law of sufficient reason 3 16. Proporition Induction 2 17. Distiction between a proposition 3

And gramatical sentence 18. Kinds of proposition 2 19. Clarification of pro position 5 20. Defination of opposition 3 21. Opposition of proposition 2 22. Square of opposition in A .E .I .O 3 23. Syllagism Introduction 3 24. Chareterision of syllogism 2 25. Kinds of syllogism 2 26. General rules of syllogism 2 27. Catergorical syllogism 2 28. Moods 3 29. Study of figures 4

1 2 3 4 DEPORTMET OF PHILOPHY : NIZAM COLLAGE , OU TOPICS OF COVERED Sub:Logic Sem- 4 Topics to covered Num of periods 1. Introduction to Logic 2

2. Inductive Logic 2 3. Nature and history of inductive Logic 3

4. Inductive Method 2

5. Inductiive method and science 3

6. Kinds of Induction 3

7. Meaning of Hypothesis 2 8. Origin of Hypotheism 3

9. Forms of Hypotheism 3 10.Condition of valid Hypotheism 3 11.Proofs of Hypotheism 3

12.Observation – Eupersment 3 13.role of observation in Science 4 14.Kinds of Observation 3 15.Advantage of Observation 2 16.defination of Expeirment 2

17. Nature of experiment in Science 3 18. Advantage of experiment 2 19. Symbolic Logic 2 20. Uses of symbolic Logic 3 21. Symbolic Logic it’s organ and development 3 22. Modern classification of proportion 3 23. Truth Table 2 24. Negation 2 25. Hypothetical Altenative 3 26. Disjunction and conjunction 4 27. Inferance and analogy 3 28. Meaning and definition of analogy 2 29. Nature of Analogy 2 30. Analogy or scienlific induction 3 31. Analogy and simple arguement 2

32. Strength of Analogical argument 2

POLITICAL SCIENCE


Class: BA (II year) Section: Political science

Course/Paper: 4 - Indian Political System

Unit 1 : Party system: Nature and changing dynamics National and regional parties: Ideology and

social base, Coalition Politics and alliance formation No. of Hours Allotted: 15


Difference between Politics and Political science 1

Dynamics of State politics 1

Nature of Party system and changing dynamics 1

Local government, Political parties and pressure groups 2

Pressure groups and its different types 2

Political parties and its different types 2

Reasons for the formation of political parties and its impact on government 2

Public opinion, Ideology and social base of any political party 2

Coalition Politics and alliance formation 2

15hrs

Unit 2: Pressure groups, kind of pressure groups, features and techniques, role of pressure groups.



Introduction 1

Political system and role of political party in it 3

Pressure groups 2

Reasons for the formation of pressure groups, different forms of pressure groups 3

Features and techniques of pressure groups 2

Role of pressure groups 2

Conclusion 2

15hrs

Name of the Teacher: Harita Salla Head of Department


NIZAM COLLEGE : DEPARTMENT OF POLITICAL SCIENCE


Class : BA (II year) Section: Political Science

Course/Paper: 4- Indian Political system

Unit 3: Electoral process: electoral reforms and patterns of voting behavior



Reasons which lead to the formation of political parties and democracy in India 1

Setting up of electoral reforms and election commission 2

The way elections were conducted and the way its still being conducted 2

Number of people voting and their voting behavior 2

Complete electoral process 1

8 Hrs

Unit 4: Social movements: Peasant, Dalit, Women, Environmental and Regional movements.



Why, how and when the elections were conducted in India 1

Impacts of elections all over the country 1

Social movements and various reasons behind it 1

Peasant movement 1

Dalit movement 1

Women social movement 1

Environmental movement 1

Regional movement 1

8 Hrs





Class : BA (II year) Section: Political Science

Course/Paper: 4 - Indian Political system

Unit 5: Caste and Religion in Indian Politics.



Introduction 2

Role of caste in Indian politics 2

Role of religion in Indian politics 3

Comparison in different aspects 3

Impacts of caste, religion, region on Indian politics 3

Conclusion 2

Unit 6: Nature of Indian State: Liberal and Marxist Perspectives.



Introduction 1

State and its nature and scope 2

Indian state and its nature and scope 2

Different perspectives regarding a state 3

Liberal point of view on Indian state 2

Marxist perspective on Indian state 2

Conclusion 2




Class : BA (III year) Section: Political science

Course/Paper: 8 – International Relations

Unit 1: IR and third world: colonialism and Decolonization, Neo-colonialism, Developmental issues

of third world states.



Colonization and spread of colonialism 2

Rough idea about World war 1, World war 2 and cold war 2

Reasons and impacts of world wars and cold war 2

The international relations and politics post-cold war 2

De-colonization 1

End of cold war (NAM) and rise of third world countries 2

Neo- colonialism 1

Spread of neo – colonialism 1

Developmental issues of third world countries 2

15hrs

Unit 2: International Political Economy: Role of International Monetary fund and the world bank

(IBRD)



International relations among the third world countries and rest of the world 1

Spread of Neo- colonialism ( Reasons and impacts) 2

USA and its power over the (almost) rest of the world 1

Rise of Bretton wood institutions 1

International Monetary Fund (IMF) 1

World bank (IBRD) 1

7hrs





Class: BA (III year) Section: Political science


Unit 3: General agreement on trade and tariff, World trade organization, Globalization and its

features.



Impact of Neo – colonialism 1

UNO formation and its powers and impacts 2

European Union (history and present) 2

Spread of International politics and Trade 1

General agreement on trade and tariff 1

World trade organization, spread of Globalization and features 1

8hrs

Unit 4: Contemporary Issues in IR : Environmental concerns, Role of non-state actors- terrorists

organizations and MNC‘s : Human Rights as foreign policy instrument.



Introduction 1

Reasons behind globalization and its spread all over the world and impacts 2

International (common idea and common issue) 2

Contemporary issues of International relations (Environmental concerns): Reasons,

impacts and measures taken by UNO

2

Concepts – State actors, Non- state actors and MNC‘s 1

Role of MNC‘s and non-state actors in International relations 1

Human rights as foreign policy instrument 2

Impacts on first world and third world countries as a whole 2

Conclusion 2





Class : BA (III year) Section: Political science


Unit 5: India‘s Foreign policy : Determinants and features- Changing contours of India‘s foreign

policy ; NAM and SAARC



Introduction 1

End of cold war and Pre – independent India (Freedom struggle) 2

Non- alignment movement and growing third world countries 2

India‘s relation with USA 1

Panchsheel and India‘s foreign policy 2

Determinants and features of India‘s foreign policy 2

SAARC (Reasons and impacts) 2

Indo- American nuclear policy and shift of India‘s foreign policy(1990‘s) 2

Conclusion 1

15hrs

Unit 6: India‘s relations with Pakistan, China and USA



India‘s relations with its neighbours 1

India‘s relation with Pakistan (pre and post independence) 2

India‘s problem with Pakistan (over Radcliff line and Kashmir) 2

India‘s relation with china (pre and post independence) 2

India‘s problem with china (over boundry, McMohan line and Leh-Aksai Chin) 2

India‘s relation with USA(pre and post independence) 2

India‘s problem with USA (during cold world and during forming NATO ) 2

Conclusion 2

15hrs





Class : M.A. Final Section: Political Science

Course/Paper: PSC 302 : Comparative Government and Politics

Unit I : No. of Hours Allotted: 15


Introduction to Comparative Politics 1

Approaches to the study 1

Behavioral Approach 3

Post – Behavioral Approach 3

Systems Approach 3

Structural – Functional Approach 3

Conclusion 1

15hrs

Unit II : Nature of State No. of Hours Allotted: 15


Introduction 1

Liberal 2

Marxian – nature of State 2

Neo – Marxian 2

Role of Civil Society 3

Role of NGO‘s 2

Role of MNC‘s 2

Conclusion 1

15hrs

Unit III : Constitutionalism No. of Hours Allotted: 15


Introduction of Constitutionalism 2

Evolution and Growth 4

Political Institutions 4

Civil Military relation 4

Conclusion 1

15hrs




Unit IV : Typology of Political Systems No. of Hours Allotted: 15


Introduction 1

Typology of Political System 1

Traditional and Modern 4

Comparative Federalism 4

Comparative Public Policy Analisis 4

Conclusion 1

15hrs


Unit V : Electoral Process No. of Hours Allotted: 15


Introduction 1

Political Parties and Presure Groups 4

Governance 4

Democratic Process and Decentralization 3

Decentralization 2

Conclusion 1

15hrs

Name of the Teacher : Dr. Yasmin Head, Department of Political Science

Signature : Signature :


Class : M.A. Previous Section: Political Science

Course/Paper: PSC 102 (International Relations - I)

Unit I : International Relations as a field of Study No. of Hours Allotted: 15


Introduction to International Relations – As a field of Study 1

History and evolution of International Relations 1

Nature and Scope of International Relations 2

Multi disciplinary approach to International Relations 1

Inter disciplinary relations with other disciplines 2

State as an actor in IR 2

Non – State actors – Role of MNC‘s 2

Inter governmental organization 1

International non-governmental organizations-their role 1

Challenges to the State from non-state actors 2

15hrs

Unit II : Theories of International Relations – I : Liberal Theories No. of Hours Allotted: 15


Introduction to Idealist Theory 1

Basic Assumptions of idealist theory 1

Critical evaluation and the relevance of idealist theory in modern day 1

Introduction to Realist theory 1

Meaning and explanation of Realist theory 1

Assumptions of Realist theory 1

Morgenthauls Six Principles of Realist theory 1

Critical evaluation of Realist theory 1

Introduction to Systems theory 1

Basic assumptions of Systems theory and its usage in International Relations 2

Game theory – its relevance in IR 2

Decision making theory and its importance in IR 2

15hrs

Unit III : Theories of International Relations – II : Marxian and other theories



Introduction 1

Introduction to Marxist theory 1

Different interpretations of Marxist theory 1

Basic Assumptions of Marxist theory 1

Evaluation of Marxist Theory of International Relations 1

Introduction to Gramcian theory 1

Basic Assumptions of Gramcian theory 2

Critical evaluation of Gramcian theory 1

Feminist theory in International Relations 1

Basic features and different schools of thought in feminist theory 1

Critical evaluation of Feminist theory 1

Introduction of Critical theory of IR and its importance to the study 1

Evaluation of the Critical Theory 1

Conclusion 1

15hrs



Course/Paper: PSC 102 (International Relations - I)

Unit VI : Concepts in International Relations – I : No. of Hours Allotted: 15


Introduction 1

1. Concept of Power and its importance in IR 1

Elements of Power 1

2. War as a concept in IR 1

Different theories of War 1

Alternatives to War 1

3. Peace as a Concept in IR ; Essential ingredients of Peace building. Importance of

Peace Studies

1

4. Diplomacy and role of diplomacy in IR. The various methods of diplomacy and

howl helps in conflict resolution

2

5. Security as a concept in IR. Security dilemma 2

6. Conflict Resolution – Introduction – Different methods of Conflict Resolution 1

Different methods of Conflict resolution like use of diplomacy, mediation, arbitration 2

Conclution 1

15hrs

Unit V : International Relations in the era of Globalization No. of Hours Allotted: 15


Introduction 1

1. Power distribution - : Unipolarity in today‘s Globalized World. Its advantages and

disadvantages

2

2. Bipolarity its introduction after the Second World War. The reasons that led to

Bipolarity.

3

3. Multipolarity Scenario – Introduction, the Current Multipolar Politics 2

4. Globalization – Introduction, different interpretations of it 2

5. The effects of Globalization on different Countries. Its advantages and disadvantages 2

6. Post Cold War Politics - Introduction. The establishment of American hegemony in

IR

2

Conclution 1

15hrs





Course/Paper: PSC 202 (International Relations - II)

Unit I No. of Hours Allotted: 15


Introduction to International law and International Organisation 1

Bsis, Sources and Types 3

International Organisation : The united Nations 3

United Nations and its activities, Developmental 2

Social and Humanitarian 3

Debates on Reforms 2

Conclusion 1

15hrs


Unit II : International Security No. of Hours Allotted: 15


Introduction 1

Arms Race; Arms Control ; Verificaton; Compliance; 2

Disarmament 1

Proliferation : Conventional, Nuclear, Chemical an Biological 3

Efforts at Non-Proliferation – NPT, CTBT 3

MTCR, Chemical and Biological 3

Deterence 1

Conclusion 1

15hrs

Unit III : International Political Economy No. of Hours Allotted: 15


Introduction 1

Post War Economic order : 1

Bretton Woos System and Institutions World Bank 2

IMF 2

GATT 2

Post Cold War Economic order 1

WTO 2

Bricks Bank and New Development Bank, AIIB 3

Conclusion 1

15hrs




Unit IV : Topics to be covered – Non – State Actors No. of Hours Allotted: 15


Introduction 1

TNC‘s 2

Terrorist Organisation 3

Diaspora 3

Diaspora 3

Civil Society 2

Conclusion 1

15hrs

Unit V : Topics to be covered : Contemporary Issues No. of Hours Allotted: 15


Introduction 1

Energy 3

Environment issues 2

Human Rights 3

Ethnicity 2

Religion 3

Conclusion 1

15hrs





Course/Paper: PSC 204 D : Peace and Conflict Studies (Elective-1)

Unit - I No. of Hours Allotted: 15


Introduction 1

Academic Discipline – Phases and Traditions 2

Liberal theory of Peace and Conflict 3

Marxist theory 3

Feminist theory 2

Gandhian theory 3

Conclusion 1

15hrs

Unit – II : Concepts of Peace and Conflict No. of Hours Allotted: 15


Introduction 1

Peace Reeping, Peace building, peace making 3

Peace Enforcemnt, Conflict prevention, Conflict Resolution 3

Conflict Management and Conflict Regulation 3

Types of Conflict : Intra State and Inter State in Developing World 4

Conclusion 1

15hrs

Unit – III : Peace Making Process No. of Hours Allotted: 15


Introduction 1

Role of State and NGO‘s 3

Institutions and Individuals – their role in peace process 3

Conflict Regulation / Management Mechanism : Arbitration 2

Conciliation as a Mechanism 2

Mediation and Negotiation 3

Conclusion 1

15hrs

Unit – III : Case Studies No. of Hours Allotted: 15


Introduction 1

South Asia : India – Pakistan 4

Ethnic Conflict in Sri Lanka 3

West Asia : - Arab – Isracli Conflict 3

Conflict in Sudan 3

Conclusion 1

15hrs






Course/Paper: PSC 401 : Research Methodology



Unit 1 : Research in Social Sciences

Introduction 1

Categories of Research Basic 2

Applied Research 2

Classical 2

Scientific Research method 2

Self – Reflexive Research 2

Nature and Scope of Research in Political Science 2

Transition 1

Conclusion 1

15hrs

Unit II : Methods of Research No. of Hours Allotted: 15


Introduction 1

Theoritical - Empirical 2

Qualitative - Quantitative 2

Inductyive - Mixed Methods Research 2

Value – Fact Dichotomy – Objectivity in Social Science Research : Theory and Practive 2

Deductive and Comparative 2

Ethnographic 1

Case Study Methods 2

Conclusion 1

15hrs

Unit III : Source Materials in Research No. of Hours Allotted: 15


Introduction 1

Data : Primary and Secondary Sources of Primary and Secondary Data : Web Sources :

Potentials and Risks

2

Techniques of Research : Survey and Field Work 2

Interview and Questionaire 2

Content Analysis 1

Participation – Observation 2

Random Sampling 2

Use of SPSS in Political Science research 2

Conclusion 1

15hrs



Course/Paper: PSC 401 : Research Methodology

Unit IV : Stages in Report Writing - I No. of Hours Allotted: 15


Introduction 1

Research Problem 2

Research Design 2

Types of Design 2

Review of literature 2

Conceptualizing Research Questions 3

Formulation of Hypothesis 2

Conclusion 1

15hrs

Unit V : Source Materials in Research No. of Hours Allotted: 15


Introduction 1

Processing of Data 3

Classification of Data and Analysis of Data – Quantification and Verification 3

Final Report 2

Styles of References or Report Writing 2

Methods of Citation 3

Conclusion 1

15hrs






Course/Paper: PSC 105 A : South Asia (Elective-2)

Unit - I No. of Hours Allotted: 15


South Asia and its Geo-Political features 3

Introduction 1

A brief historical and political background 3

Decolonization and partition 3

Into - Centrism 3

Conclusion 2

15hrs

Unit - II No. of Hours Allotted: 15


Issues of Peace and Conflict in South Asia (Other than India) 2

Introduction 2

Internal Conflicts in the region – Problems of Governance and Development 2

Military and Politics in South Asia 3

Terrorism 3

Regional and extra – regional dimension 2

Conclusion 1

15hrs

Unit - III No. of Hours Allotted: 15

Topics to be covered: Foreign Policies of : No. of Hours

Introduction to foreign policy 1

1. Afghanistan‘s foreign policy 2

2. Foreign Policy of Bangladesh 2

3. Maldives‘s Foreign Policy – its changing equation with India 2

4. Nepal‘s foreign policy 2

5. Pakistan‘s foreign policy 3

6. Foreign Policy of Sri Lanka 2

Conclusion 1

15hrs

Unit - IV No. of Hours Allotted: 15

Topics to be covered : South Asian Economic Relations No. of Hours

Introduction 1

Economic profile of the Region 3

Problems of Trade 3

Regional Economic cooperation 3

Prospects of SAfta 2

Problems and Prospects 2

Conclusion 1

15hrs



PSYCHOLOGY

NIZAM COLLEGE – DEPARTMENT OF PSYCHOLOGY LESSOPN PLAN FOR THE ACADEMIC YEAR 2016– 2017(Semester III)

Class: BA Subject: Psychology Course Paper: III (Basic Cognitive processes) Unit -I Perception No. of Hours 15

Topics to be covered No of Hours

Perception – Introduction ,Definition, Nature 2hrs

Principles of perceptual organization.(ICT – Pictorial Presentation) 3hrs

Perception of movement 3hrs

Depth Perception – Definition, Monocular and Binocular cues of depth perception. (ICT – Pictorial Presentation)

3hrs

Concept of Perceptual Constancy, Types of Constancies – Size, Shape, Color, and Brightness. (ICT – Pictorial Presentation)

2hrs

Perceptual Abnormalities – Illusion and Hallucinations (ICT – Pictorial Presentation)

2hrs

Unit –II Learning No. of Hours 15


Learning- Definition and Nature of learning 1

Theories of learning – Conditioning Theories (Trial and Error, Classical conditioning and Operant conditioning),

1

Cncept of Association, Stimulus and Response, S-R Reinforcement R-R 2

Classical conditioning theory 1

Operant conditioning theory 1

Trial and Error Theory 1

Comparison between classical conditioning and operant conditioning. 2

Cognitive Theories - Sign learning and Insightful learning 2

Social learning – Bandura, Walter Mischael 1

Learning Styles – Perceptual, Tactile, Kinesthetic, Visual and Auditory 2

Effective ways of learning. 1

Name of the Teacher Head. Department S. Swapna Jyothi V.Venu Mohan Reddy Signature Signature

NIZAM COLLEGE – DEPARTMENT OF PSYCHOLOGY LESSOPN PLAN FOR THE ACADEMIC YEAR 2016 – 2017 (Semester III)

Class: BA Subject: Psychology Course Paper: III ( Basic Cognitive processes) Unit –III Memory & Forgetting No. of Hours 15


Memory - Definition and Nature of memory. 2

Information Processing – Encoding, Storage and Retrieval.

2

Stages of memory – Sensory, Short- Term and Long- Term.

2

Kinds of memory – Episodic, Semantic and Procedural.

2

Forgetting - Definition and Nature. Types of Forgetting

2

Causes of forgetting – Decay theory.

2

Interference theory

1

Methods of improving memory.

2

Course Paper: IV (Dynamics of Behavior and Personality) Unit –I No. of Hours 15


Motivation- Definition, Nature and Types

2

Concept of Instincts, Drives, Motives, and Incentives.

2

Concept of Homeostasis Maslow’s Need-hierarchy theory,

2

Theories of motivation – Drive Reduction Theory

2

Concept of Unconscious Motivation.

2

Conflicts in Motives, Types of Conflicts , Conflict Resolution

2

Specific forms of Motivation – Affiliation, Achievement and Power

2

Measurement of motivation.

1


NIZAM COLLEGE – DEPARTMENT OF PSYCHOLOGY

LESSON PLAN FOR THE ACADEMIC YEAR 2016 – 2017 (Semester IV)

Class: BA Subject: Psychology Course Paper: IV Unit –II - (Emotions) No. of Hours 15


Emotions : Definition, nature, and Components of emotions

2

Development of emotions

2

Role of Brain and Endocrine glands in Emotion

4

Theories of Emotions – James-Lange, Cannon- Bard, 2

Sachachter -Singer, and Donald Lindsley.

2

Adaptive and Disruptive functions of Emotions.

2

Measurement of Emotions

1

Course Paper: IV (Dynamics of Behavior and Personality) Unit –IV- Personality No. of Hours 15


Approaches to Personality

Approaches to Personality – Trait (Cattell and Allport),

3

Type -Kretschmer and Sheldon

2

Factorial approach & Dimensional approach to personality

3

Psychoanalytic approach to personality

3

Psychosocial approach to personality

2

Measurement of Personality

2


NIZAM COLLEGE – DEPARTMENT OF PSYCHOLOGY LESSON PLAN FOR THE ACADEMIC YEAR 2016 – 2017 (Semester V)

Class: BA Subject: Psychology Course Paper: VI B (Health Psychology) Unit –I No. of Hours 20


Introduction to Health Psychology - Concept of Health and Illness

Continuum

2

Concept of Well-being – Physical

2

Concept of Well-being Psychological

2

Concept of Well-being Social

2

Concept of Well-being Emotional

2

Concept of Well-being Economical.

2

Determinants of health behavior – Biological factors

2

Determinants of health behavior –Psychological factors

2

Cultural factors (superstitions, beliefs and practices)

2

Environmental factors (crowding, pollution, noise, rapid technological change).

2

Course Paper: VI B(Health Psychology) Unit –II No. of Hours 15


Concept of Stress Sources of stress- Frustration, Role ambiguity,

3

Conflict, Social support

2

Self- Concept

2

Types of Personality and Stress.

2

Physiological reactions to stress (GAS- General Adaptation Syndrome)

3

Emotional and Behavioura reactions to stress (Anxiety, Withdrawal and Suicide).

3


NIZAM COLLEGE – DEPARTMENT OF PSYCHOLOGY LESSON PLAN FOR THE ACADEMIC YEAR 2016 – 2017 (Semester V)

Class: BA Subject: Psychology Course Paper: VI B (Health Psychology) Unit –III No. of Hours 15


Coping with stress

Social Engineering Techniques (Conflict management)

5

Personality Engineering Techniques (Cognitive models).

5

Personality Engineering Techniques (Behaviour models).

5

LESSON PLAN FOR THE ACADEMIC YEAR 2016 – 2017 ( Semester V)

Class: BA Subject: Psychology Course Paper: VI - B (Health Psychology) Unit –IV Health Promotions No. of Hours 15


Health Promotion - Adopting Healthy Life Style

3

Changing Attitudes or Beliefs

3

Attitude formation, Concept of Persuasion

2

Using Cognitive and Behavioural Change Techniques

4

Appeals, Mass-media and Self-help Groups

3



LESSON PLAN FOR THE ACADEMIC YEAR 2016– 2017(Semester V)

Class: BA Subject: Psychology Course Paper: VI - B (Health Psychology) Unit –V- Counseling No. of Hours 15


Counseling : Concept and Nature of Counseling

2

Basic assumptions

2

Goals and Objectives of Counseling

3

Role of a Counselor

4

Qualities of an Effective Counselor.

3

Course Paper: VIII - A (Adolescent Psychology) Unit –I- No. of Hours 15


Introduction The Nature and Principles of Human Development

2

Determinants of Human Development

3

Stages of Human Development (Infancy to old age)

5

Concept of Development tasks (Mile stones )

2

Developmental tasks at Adolescence. Physical, Cognitive, Social, emotional

3



LESSON PLAN FOR THE ACADEMIC YEAR 2016 – 2017(Semester VII)

Class: BA Subject: Psychology Course Paper: VIII - A (Adolescent Psychology) Unit –II No. of Hours 15


Physical Development in Adolescence -Pubertal changes

2

Physical Development in Adolescence - Body growth

2

Psychological impact of Puberty

3

Reaction to Pubertal changes

4

Early and Late Maturation

3

Course Paper: VIII - A (Adolescent Psychology) Unit –III- No. of Hours 15


Emotional and Social Development in Adolescence Erickson’s theory – Identity versus Identity Confusion

4

Factors that affect Identity Development

3

Changes in Self – Concept and Self-esteem.

3

Social development: Changes in Family roles and responsibilities

3

Changes in Friendship and Social life.

2



LESSON PLAN FOR THE ACADEMIC YEAR 2016 – 2017(Semester VII)

Class: BA Subject: Psychology Course Paper: VIII - A (Adolescent Psychology) Unit –IV- No. of Hours 15


Issues in adolescence period Health Issues – Eating Disorders, Nutritional Disorders and Heterosexual Relationship

3

Social Issues – Sexually Transmitted Diseases, Adolescent Pregnancy, Substance Abuse

3

Psychological Issues – Teenage Suicide, Depression, Delinquent behavior

3

Educational Issues – School Transitions, Academic achievement, Drop out

3

Selection of Vocation, Factors influencing Vocational choice and Vocational preparation.

3

Course Paper: VIII - A (Adolescent Psychology) Unit –V- No. of Hours 15


Personality Development of Adolescence

2

Enhancing Confidence

4

Decision- Making Skills

3

Improving Interpersonal Relationships

4

Emotional Competency ( Importance of EQ and its relevance in the wellbeing )

2


NIZAM COLLEGE : DEPARTMENT OF PUBLIC ADMINISTRATION


Class: B.A. III Year, Section: Course/Paper: VIII(B) Office Management: Processes & Issues Unit I No.of Hours Allotted: 15


1) Work Study: Meaning and Importance

4

2) Methods Study: Meaning and Importance

3

3) Work Measurement: Meaning, Significance

4

4) Work Measurement: Types and Methods

4

TOTAL 15

Unit II No.of Hours Allotted: 15


1) Work Simplification : Meaning, Concept and Need

4

2) Methods of Work Simplification and its Role

3

3) Management by Objectives (MBO) : Meaning, Concept

4

4) Processes and Role of MBO

4

TOTAL 15

Name of the Teacher: P. Sumitra Rao Head, Dept. Of Public Admn.




Class: B.A. III Year, Section: Course/Paper: VIII(B) Office Management: Processes & Issues Unit III No.of Hours Allotted: 15


1. Office Supervision: Meaning and Importance

3

2. Types, Techniques and Role of Office Supervision

4

3. Staff Welfare: Concept and Importance

4

4. Various Programmes and Measures of Staff Welfare

4

TOTAL 15

Course/Paper: VIII(B) Office Management: Processes & Issues

Unit IV No.of Hours Allotted: 15


1) Office Accommodation and Paper less Office: Importance and Role

3

2) Back Office Operations: Receiving, Maintenance and Procedures

4

3) Front Office Delivery: Concept and Importance

4

4) Correspondence and Methods of Front Office

4

TOTAL 15





Class: B.A. III Year, Section: Course/Paper: VIII(B) Office Management: Processes & Issues Unit V No.of Hours Allotted: 15


1) Social System: Concept and Importance

3

2) Public Office Administration: Nature, Scope and Role in Social System

4

3) Office Management in Government: Need and Role

4

4) Problems and Issues of Office Management in Government

4

TOTAL 15

Class: B.A. III Year, Section: Course/Paper: VIII(B) Office Management: Processes & Issues Unit I No.of Hours Allotted: 15


1) Work Study: Meaning and Importance

4

2) Methods Study: Meaning and Importance

3

3) Work Measurement: Meaning, Significance

4

4) Work Measurement: Types and Methods

4

TOTAL 15





Class: B.A. III Year, Section: Course/Paper: VIII(B) Office Management: Processes & Issues Unit II No.of Hours Allotted: 15


1) Work Simplification : Meaning, Concept and Need

4

2) Methods of Work Simplification and its Role

3

3) Management by Objectives (MBO) : Meaning, Concept

4

4) Processes and Role of MBO

4

TOTAL 15

Class: B.A. III Year, Section: Course/Paper: VIII(B) Office Management: Processes & Issues Unit III No.of Hours Allotted: 15


1. Office Supervision: Meaning and Importance

3

2. Types, Techniques and Role of Office Supervision

4

3. Staff Welfare: Concept and Importance

4

4. Various Programmes and Measures of Staff Welfare

4

TOTAL 15





Class: B.A. III Year, Section: Course/Paper: VIII(B) Office Management: Processes & Issues Unit IV No.of Hours Allotted: 15


1) Office Accommodation and Paper less Office: Importance and Role

3

2) Back Office Operations: Receiving, Maintenance and Procedures

4

3) Front Office Delivery: Concept and Importance

4

4) Correspondence and Methods of Front Office

4

TOTAL 15

Class: B.A. III Year, Section: Course/Paper: VIII(B) Office Management: Processes & Issues Unit V No.of Hours Allotted: 15


1) Social System: Concept and Importance

3

2) Public Office Administration: Nature, Scope and Role in Social System

4

3) Office Management in Government: Need and Role

4

4) Problems and Issues of Office Management in Government

4

TOTAL 15





Class: B.A. III Year, Section: Course/Paper: VI(B) Introduction to Office Management Unit I No.of Hours Allotted: 15


1) Office Management: Introduction & Nature

4

2) Office Management: Scope & Importance

3

3) Principles of Office Management: Meaning of Organisation and its Principles

4

4) Principles of Office Management: Principles and Role of Office Manager

4

TOTAL 15

Course/Paper: VI(B) Introduction to Office Management Unit II No.of Hours Allotted: 15


1) Office Planning & Lay Out: Meaning, Need

4

2) Office Layout: Principles & Importance

3

3) Office Environment: Accommodation, Essentials

4

4) Office Environment: Importance and Principles

4

TOTAL 15





Class: B.A. III Year, Section: Course/Paper: VI(B) Introduction to Office Management Unit III No.of Hours Allotted: 15


1. Forms: Definition, Need & Importance

3

2. Types, Management and Control of Forms

3

3. Filing System: Meaning, Definition, Importance

3

4. Types and Methods of Filing System

3

5. Modern Filing System and Its Role

3

TOTAL 20

Course/Paper: VI(B) Introduction to Office Management Unit IV No.of Hours Allotted: 15


1) Office Reports: Meaning, Importance and Types

3

2) Principles and Role of Reports

3

3) Office Communication: Meaning and Importance

3

4) Types, Principles and Role of Communication

3

5) Office Correspondence: Meaning, Need and Process

3

TOTAL 15





Class: B.A. III Year, Section: Course/Paper: VI(B) Introduction to Office Management Unit V No.of Hours Allotted: 15


1) Management of Office Records, Meaning, Nature and Scope

3

2) Office Records, Types, Maintenance and Role

4

3) Office Stationery: Meaning, Need and Importance

4

4) Office Stationery: Types, Purchases and its Role

4

TOTAL 15

Course/Paper: VII Financial and Materials Management Unit I : No.of Hours Allotted: 15


1) Financial Administration: Introduction

3

2) Meaning of Financial Administration

3

3) Scope of Financial Administration

3

4) Principals of Financial Administration

3

5) Importance of Financial Administration

3

TOTAL 15





Class: B.A. III Year, Section: Course/Paper: VII Financial and Materials Management Unit II No.of Hours Allotted: 15


Budget

1) Budget introduction, Meaning & Importance

2

2) Principles of Budget

2

3) Preparation of Budget: Five Stages

3

4) Enactment of Budget: Five Stages, Consolidate Fund of India, Public Accounts Fund and Contingency Fund of India

3

5) Execution of Budget : Five Stages

2

6) Accounting and Auditing: Meaning, Aims, Functions & Types 3

TOTAL 15

Course/Paper: VII Financial and Materials Management Unit III No.of Hours Allotted: 15


1) Comptroller and Auditor General of India: Origin, Appointment, Functions & Powers

3

2) CAG: Criticism and Role

3

Parliamentary Financial Committees, Need and Importance: 3) Estimates Committee : Origin, Organisation, Functions, Criticism & Role

3

4) Public Accounts Committee: Origin, Organisation, Functions, Criticism & Role

3

5) Public Undertaking Committee: Origin, Organisation, Functions, Criticism & Role

3

TOTAL 15





Class: B.A. III Year, Section: Course/Paper: VII Financial and Materials Management Unit IV : No.of Hours Allotted: 15


1) Materials Management: Meaning & Scope

3

2) Material Management: Scope, Importance & Functions

4

3) Procurement of Materials: Meaning & Scope

4

4) Procurement: Principles & Methods

4

TOTAL 15

Unit V : No.of Hours Allotted: 15


1) Stores: Meaning and Importance

3

2) Classification, Types and Functions of Stores

2

3) Distribution: Meaning & Importance

2

4) Principles & Types of Distribution of Materials

3

5) Organisation & Methods: Meaning, Concept, Need & Importance

3

6) Organization and Methods (O & M) in India 2

TOTAL 15





Class: B.A. III Year, Section: Course/Paper: VI(A) Rural Government in India Unit I No.of Hours Allotted: 15


1) Local Government : Concept

3

2) Local Government: Meaning, Features,Patterns

3

3) Local Government: Importance

3

4) Concept of Decentralization, Development through Decentralization

3

5) Principles of Decentralization

3

TOTAL 15

Course/Paper: VI(A) Rural Government in India Unit II No.of Hours Allotted: 15


1) Evolution of Local Government in India

4

2) Programmes of Rural Development: Community Development

4

3) Programmes; IRDP

3

4) National Extension Services : IRDP

4

TOTAL 15





Class: B.A. III Year, Section: Course/Paper: VI(A) Rural Government in India Unit III No.of Hours Allotted: 15


1) Balwant Rai Mehta Committee – Three Tier Structure

3

2) Committee System; Functions; Finances;

3

3) Management by Objectives (MBO)

3

4) Official, Non-Official Relation (with special reference to A.P.)

3

5) Reforms in Panchayat Raj – Ashok Mehta Committee;

3

6) Panchayat System in A.P.

TOTAL 15

Unit IV No.of Hours Allotted: 15


1) Special Agencies for Rural Development; DRDA

3

2) Cooperative Bodies; Features

4

3) Rural Development DRDA Functions

4

4) Cooperative Bodies: Voluntary Agencies

4

TOTAL 15





Class: B.A. III Year, Section: Course/Paper: VI(A) Rural Government in India Unit V No.of Hours Allotted: 15


1) State Control over Rural Bodies: Importance

3

2) State Control over Rural Local Bodies: Features

4

3) State Control over Rural Bodies: Problems

4

4) State Control over Rural Bodies: Issues in Rural Local Bodies

4

TOTAL 15

Class: B.A. III Year, Section: Course/Paper: V Human Resource Management Unit I No.of Hours Allotted: 15


I. Importance of Management of Resources: Its Need and Scope

3

II. Introduction to HRM: Concept, Meaning and Importance

3

III. Bureaucracy: Meaning, Origin and its features

3

IV. Bureaucracy : Functions, Advantages, Disadvantages

3

V. Bureaucracy: Importance and Role

3

TOTAL 15





Class: B.A. III Year, Section: Course/Paper: V Human Resource Management Unit II No.of Hours Allotted: 15


1) Man Power Planning: Introduction, Meaning

2

2) Man Power Planning: Its Need and Importance

3

3) Classification of Civil Services: Meaning, Types and Advantages & Disadvantages

3

4) Classification of Civil Services in India, UK and USA

2

5) Recruitment: Concept, Types and Methods of Examinations

3

6) Recruitment System in India and Criticism 2

TOTAL 15

Course/Paper: V Human Resource Management Unit III No.of Hours Allotted: 15


1) Training: Introduction, Objectives and Types

2

2) Importance of Training and Training in India

3

3) Promotion: Concept, Meaning, Need and Principles of Promotion

2

4) Promotion System in India

3

5) Performance Evaluation: Meaning and Importance

3

6) Techniques and Procedures of PE 2

TOTAL 15





Class: B.A. III Year, Section: Course/Paper: V Human Resource Management Unit IV No.of Hours Allotted: 15


1) Pay & Conditions of Service: Concept, Principles of Pay & Importance

3

2) Central Pay Commissions - Role

3

3) Morale and Motivation: Meaning, Concept, Importance & Process

3

4) Union Public Service Commission: Origin, Functions, Organisation, Role & Criticism

3

5) State Public Service Commissions: Origin, Functions, Organisation, Role & Criticism

3

TOTAL 15

Unit V No.of Hours Allotted: 15


1) Civil Service Unions and Associations: Trade Unions and Professional Associations, Their Aims, Need, Advantages and Disadvantages

3

2) Rights of Civil Servants: Importance of Right to Strike

3

3) Negotiating Machinery: Whitley Councils of UK and Joint Consultative Machinery in India

3

4) Administrative Tribunals: Meaning, Importance, Merits and Demerits

3

5) Administrative Tribunals In UK, USA and India

3

TOTAL 15





Class: B.A. III Year, Section: Course/Paper: VIII(A) Urban Government in India

Unit I : Introduction No.of Hours Allotted: 15


Introduction 1) Meaning of Urban Local Governance

3

2) Features of Urban Governance and Development

3

3) Importance of Urban Governance and Development

3

4) Scope and Importance of Urban Local Bodies India

3

5) Evolution of Urban Local Bodies India

3

TOTAL 15





Class: B.A. III Year, Section: Course/Paper: VIII(A) Urban Government in India Unit II : Structure of Urban Local Bodies in India No.of Hours Allotted: 15


Metropolitan Cities

1) a) Organizational structure

1

b) Powers and Functions

2

2) Municipal Corporations, Municipal Councils

3

3) Nagar Panchayats

3

4) Cantonement Boards and Town ships etc.:

a) Organizational Structure, Powers and Functions

b) Financial Resources and Management

2

2

5) Committees System, Official-Non-Official Relations 2

TOTAL 15





Class: B.A. III Year, Section: Course/Paper: VIII(A) Urban Government in India Unit III : Urban Development Authorities and Programmes No.of Hours Allotted: 15


1) GHMDA, KUDA, QQUDA,

2

2) Department of Town and Country

2

3) Planning (DTCP), State Finance Commission (SFC)

2

4) HMWS & SB,

2

5) Housing Boards and HUDCO

3

6) JNNURM,

2

7) Urban Service for Poor (USP) 2

TOTAL 15





Class: B.A. III Year, Section: Course/Paper: VIII(A) Urban Government in India

Unit IV : Constitutional Framework & People’ Participation No.of Hours Allotted: 15


1) 74th Constitutional Amendment Act Introduction

2

2) Features

2

3) Self Help Groups: Meaning and Importance

2

4) Voluntary Agencies: Meaning and Importance

3

5) Social Audit: Meaning, Features and Types

3

6) Urbanl Unrest: Challenges and Responses

3

TOTAL 15



SOCIOLOGY

NIZAM COLLEGE : DEPARTMENT OF SOCIOLOGY


Class : M.A (Previous) Section: SOCIOLOGY

Course/Paper: I: PRINCIPLES OF SOCIOLOGY

Unit:I No. of Hours Allotted: 15


What is Sociology, Definition, Nature, Scope, Emergency of Sociology, Methods of

Sociology.

1

Why Sociology, Importance and Applications of Sociology 2

Sociology and other social Sciences (Social Anthropology, Political Science,

Economics, History, Psychology

4

Major theoretical Prospectives ,What is Theory? What is Perspective? 6

Basic orientation of Sociological Theories 2

15hrs

Name of the Teacher: Dr.D.Thirupathi Department of sociology




Class : M.A(Previous) Section: SOCIOLOGY


Unit:II No. of Hours Allotted: 15


Basic concepts 1

Society – its Nature, Characteristics, Functions and Theories 2

Types of Society – Tribal Agrarian, - Rural-Urban industrial and post industrial. 3

Influence of heredity and environment on Personality Development 2

Community – Association – Culture 1

Social Groups – Classification of social groups 2

Elements of social structure and social system 3

Role, Status, Values, Norms. 1

15hrs









Socialization – Significant, Theories and Agencies 5

Social Control – Conformity and Deviance 3

Means and agencies of Social Control 3

Social Interaction – Social Process – Associative and Disassociative 4

15hrs


Signature: Signature: .



Class : M.A (Previous) Section: SOCIOLOGY


Unit:IV No. of Hours Allotted: 15


Social Institutions: Marriage, Family, Kinship, Education and Religion

4

Economy – Concept of property 2

Economics Systems of simple and complex societies, free market and planned economy 4

Polity – power, Authority and Legitimacy 2

Political Socialization and Modernization; pressure groups 3

15hrs







Unit:V No. of Hours Allotted: 15


Social Stratification and Mobility – Forms and Functions 4

Caste, Class, and Estate 2

Theories of Social stratification 4

Social Change – Theories and Factors of Social Change. 5

15hrs


Course/Paper: II: SOCIAL STRATIFICATION AND SOCIAL MOBILITY



Social Differentiation and Social Stratification 3

Attributes of Social Stratification-Dimensions of Stratification 2

Perspectives and Concepts in the study of Social Stratification and Social Mobility 3

Social inequality in historical and contemporary contexts 2

Indices of inequality-life chances and life styles. 3

Principal types of stratification systems: Caste, Class, Estate and Gender 2

15hrs





Theoretical Perspectives 2

Contributions of Karl Marx 2

Max Weber to the understanding of Social Stratification 3

Functional theory of stratification (Davis-Moor’s theories) 2

Parson’s theory of stratification 3

Lenski’s theory of stratification

3

15hrs









Caste system in Indian 6

Present situation of caste in rural and urban areas 4

Class-definition of class-classes in industrial and economically developing societies 5

15hrs

Name of the Teacher: Dr.D..Thirupathi Department of sociology








Relationship between social stratification and mobility. 5

Types of social mobility- Social and Occupational Mobility, Gender and Social Mobility 5

Factors of mobility. 5

15hrs









Reference Group Theory and Mobility 3

Sanskritization and De-sanskritization 3

Modernization, Westernization and Islamization 5

Elites in India-Social Mobility trends in rural and urban India 2

Constraints to Mobility in India 2

15hrs





Class : B.AIII Section: SOCIOLOGY

Course/Paper: VI (b): Social Demography (Optional Paper)



Nature and Scope of Social Demography 3

Demography and Population Studies. 5

Sources of Demographic Data – Census, Vital Registration 3

Sample Surveys and Population Registers. 4

15hrs









Population Theories 6

Malthusian Theory 5 Demographic Transition Theory. 4

15hrs

.









Composition of Population in India – Age, Sex (Sex ratio and child sex ratio) 4

Marital Status, Ethnic and Religious Composition 3 Literacy, Rural and Urban population 2

Trends in population growth in India. 6

15hrs









Population Processes 1

Fecundity, Fertility, its meaning and Significance, measures of fertility, differential

fertility

4

Mortality - its meaning and significance 2 Mother and Child Mortality Rate; measures of mortality 3 differential mortality, socio-economic factors affecting fertility and mortality 3 Migration – Types, Factors and Consequences of Migration 2

15hrs









Population Policy (UN and India) 6

Family Planning and Family Welfare 5 Population Education. 4

15hrs

.






Course/Paper: VIII (a): Crime and Society (Optional Paper)



Definition of Criminology 1

Nature and Scope of Criminology 14

15hrs









Theories of Crime:introduction 1

Biological theories 4

Psychological Theories 3

Sociological Theories 3

Functionalist, Sub-Cultural Theory and labeling Theory 4

15hrs









Types of Crime- Organized Crime, 1 Professional Crime, and White collar Crime, 3

Cyber Crime, Crime against Woman 3

Corruption and Juvenile Delinquency 3

Factors and Preventive Programmes 3

State and Surveillance 2

15hrs









Victimology - Role of Victim in Crime 5 Types of Victims and compensation to Victims 4

Penology: types of Punishment 4 Prison reforms- Concept, Objective of reformation 2

15hrs









Criminal Justice System: Introduction 5 Police, Courts and Prisons 6

Correctional Administration and Institutions 4

15hrs



NIZAM COLLEGE

DEPARTMENT OF SOCIOLOGY


Class: B.A. Sociology Section: Sociology

Course/Paper: III(A)-RESEARCH METHODOLOGY

Unit: I No.of Hours Allotted: 15


Introduction to Research Methodology 2

Sociology as Science 3

Social Research - Concept 2

Theory and Research 1

Hypothesis- Concept and Types 2

Importance of Concept and Construct in Research 1

Major Steps in Social Research 4

15hrs

Name of the Teacher: Dr. K. Bhavani Shankar Head, Department of Sociology


NIZAM COLLEGE: DEPARTMENT OF SOCIOLOGY




Unit: II No.of Hours Allotted: 15


Concept of Qualitative Research – Meaning and Importance 2

Concept of Quantitative Research – Meaning and Importance 2

Differences between Quantitative and Qualitative Research Methods 2

Methods of Qualitative Research 3

Research Design – Meaning, Importance and Steps 3

Exploratory Research Design 1

Descriptive Research Design 1

Experimental Research Design 1

15 hrs



NIZAM COLLEGE





Unit: III No.of Hours Allotted: 15


Meaning types of Data; Overview of methods of data collection 2

Observation – Meaning, Types and Steps 2

Questionnaire – Meaning, Types and Steps 2

Interview Schedule – Meaning, Types and Steps 2

Sampling – Meaning and Importance 2

Probability Sampling 3

Non-Probability Sampling 2

15hrs



NIZAM COLLEGE





Unit: IV No.of Hours Allotted: 15


Introduction to Measures of Central Tendency 2

Mean- Theory and Calculation(Ungroup, Discrete and Group) 3.5

Median- Theory and Calculation (Ungroup, Discrete and Group) 3.5

Mode- Theory and Calculation (Ungroup, Discrete and Group) 3

Graphic Representation – Overview 1

Bar Graphs 1

Histogram 1

15hrs



NIZAM COLLEGE







Research Writing – Steps and Formats 5

Technical Reports 2

Popular Reports 2

Evaluative Reports 2

Academic Writing 1

Ph.D. Thesis writing 2

Research Paper writing 1

15hrs



Class : B.A Section: SOCIOLOGY

Course/Paper: IV: Sociology of Development and Planning Unit: I No. of Hours Allotted: 18


Development: Concepts and Paradigms; Modernization and Development; Definition of Development; Changing Paradigms of Development; Concept of Underdevelopment

03

Indicators of development: Socio-Economic Development; Sustainable Development 02

Human Development: Definition; Human Development Perspective; Indicators of Human Development; Human Development Index; Human Development in India

03

Economic Growth and Economic Development: Definition; Economic Growth Perspective; Indicators of Economic Growth; Economic Growth in India

02

Social Development: Definition; Social Development Perspective; Indicators of Social Development; Social Development in India

02

Sustainable Development: Perspective; Definition; need for Sustainable Development; policies for sustainable Development; Measuring Sustainable Development

03

Total 15 hrs

Name of the Teacher: Dr. K. Bhavani Shankar Department of Sociology Signature: Signature:

NIZAM COLLEGE:




Course/Paper: IV: Sociology of Development and Planning Unit: II No. of Hours Allotted: 18


Perspective: Meaning; Theoretical Perspectives on Development 01

Marxian theory of Economic Development; Process of Economic Development; Downfall of Capitalism; Stages of Growth

02

Weberian theory of economic development; Religion and Economy; Protestant Ethics and Capitalism

02

World System Theory 01

A.G. Frank theory of underdevelopment: Historical account of Underdevelopment; relationship between Developed and Underdeveloped Countries

02

Wallerstein’s theory of underdevelopment: The Core; Periphery, Semi-periphery; External Areas; Salient features of the theory

02

Amartya Sen: Human Development Approach - Key Elements; Human Development Reports; Gender Equity and the Human Development Approach

02

Mahbub-ul Haq: Human Development Approach of Economic Growth; Human Development Paradigm: Concept, application and its influence, HDI and GDP; Relevance of HDI for Developing Countries

03

Total 15 hrs


Course/Paper: IV: Sociology of Development and Planning Unit: III No. of Hours Allotted: 18


International Institutions and Development Policies 02

World Bank: Organization History, Mission; Functions 01

IMF: Organization History, Mission; Functions 01

WTO: Organization History, Mission; Functions 01

ILO: Organization History, Mission; Functions 01

UNO: Organization History, Mission; Functions 02

UNICEF: Organization History, Mission; Functions 01

Democracy and People’s participation for Development; its advantages; Strategy for 1990s, Peoples participation through Panchayat, information, education and communication

02

Modernization and Development: Definition, Domains of Modernization; Modernization in India; changes in caste system, family system, education system

02

Globalization and Development: Definition, effects of globalization, types, Globalisation and local identity

02

Total 15 hrs


NIZAM COLLEGE DEPARTMENT OF SOCIOLOGY



Course/Paper: IV: Sociology of Development and Planning Unit: IV No. of Hours Allotted: 18


Development and Migration: Factors of Migration; Pull Factors, Causes and Consequences of Migration

03

Development and Displacement: Problems of the displaced; peoples movement against development

02

Victims of development: Rehabilitation and Resettlement; resettlement processes in India 03

Civil society and Development: Definition, Origin, Role in Development 02

NGOs and Development: History of NGOs in India; Role of NGOs in Development 02

SEZs/AEZs and Development: Definition; Evolution of the Zones; Key Features; Impact of the scheme

03

Total 15 hrs




Course/Paper: IV: Sociology of Development and Planning Unit: V No. of Hours Allotted: 18


Concept and Definition of Planning; need for planning 01

Social Planning: Objectives of Social Planning 03

Economic Planning: Features and Objectives of Economic Planning 03

Planning and Development with reference to Five Year Plans in India (Discuss the objectives and outcomes of planning in India)

01

Intervention Programmes – Education (Sarva Siksha Abhiyan, Free and Compulsory Education, Fee reimbursement, etc) Health (Rajiv Arograya Sree Health Card, ESI) Livelihood and Skills promotion programmes (Skill India, JRY, MGNREGS, etc)

03

E-Governance/ Mobile Governance and Development: 03

Total 18 hrs



LESSON PLAN FOR THE ACADEMIC YEAR 2016-2017 (Semester I) Class: M.A Section: SOCIOLOGY

Course/Paper: III: RESEARCH METHODOLOGY – SOCIAL STATISTICS AND

COMPUTER APPLICATIONS Unit: I No. of Hours Allotted: 15


Sociology as a Science 1

Scientific Method and Social Research 2

Ethical Issues in Social Research: Subjectivity vs Objective Debate, Value Neutrality 2

Types of Research: Pure and Applied 1

Qualitative and Quantitative 1

Cross-sectional and Time Series 1

Purpose of Research: Exploratory, Descriptive and Explanatory 2

Theory and Research –Concepts, Construct, Values 1

Hypothesis; Types 2


15hrs



COMPUTER APPLICATIONS Unit: II No. of Hours Allotted: 15


Quantitative and Qualitative Research 2

Research Design – Aims and Importance 3

Types of Research Design 1

Exploratory Design - Advantages and Disadvantages 3

Descriptive Design - Advantages and Disadvantages 3

Experimental Design - Advantages and Disadvantages 3

15hrs

Name of the Teacher: Dr. K. Bhavani Shankar Department of sociology Signature: Signature:




COMPUTER APPLICATIONS Unit: III No. of Hours Allotted: 15


Sampling Techniques: Universe/Population, Characteristics of Sample, Criteria for Sample Size – Sample Size Formulas.

1

Sampling Design: Probability and Non-Probability Methods - Sampling Errors 2

Methods and Tools of Data Collection: Question and Answer Method, Method of Doubt

1

Observation 2

Interview Schedule 1.5

Questionnaire 1.5

Social Survey 1

Case Study 1

Ethnography & Ethno-methodology 1

Focus Group Study 1

PRA/PLA 1

Content Analysis, Oral History 1

15hrs





COMPUTER APPLICATIONS Unit: IV No. of Hours Allotted: 15


Data Processing, Classification, Tabulation and Analysis. 3

Social Statistics - Importance and Usage 1

Typological Statistical Data – Formation of Frequency Distribution Tables – Diagrammatic and Graphic Representation of Data

3

Measures of Central Tendency: Mean, Median, Mode, Quartile, Decile, Percentile 3

Measures of Dispersion: Range, Skewness, Kurtosis 2.5

Deviation: Standard and Mean Deviation 2.5

15hrs





COMPUTER APPLICATIONS Unit: V No. of Hours Allotted: 15


Measures of Association/Relations: Correlation and Regression. 2

Measures of Testing of Hypothesis: Parametric tests: T-test, Z-test, ANOVA & MANOVA (F-test)

3.5

Non-Parametric tests: Chi-square, Phi-test, R-test etc. Introduction to Spread Sheet Packages: Ms-Excel

3.5

SPSS –Coding and Recoding – Their Silent Features - Usage in Data Analysis 4

Research Report Writing – Purpose, Audience – Format, Tones & Styles (Citation & References)

2

15hrs

Name of the Teacher: Dr. K. Bhavani Shankar Department of sociology Signature: Signature


LESSON PLAN FOR THE ACADEMIC YEAR 2016-2017 (Semester IV) Class: M.A Section: SOCIOLOGY

Course/Paper: IV (b): THEORY AND PRACTICE OF SOCIAL WORK Unit: I No. of Hours Allotted: 15


Social Work Profession, Philosophy and Ideology 3

Concept of Social Welfare, Social Service and Social Work 2

Religious Philanthropic base of Social Work 2.5

Rationalistic humanistic philosophical base of Social Work 2.5

Modern philosophical base of Social Work 2

Objectives and Goals of Social Work Service: Development and Remedial 3

15hrs




Course/Paper: IV (b): THEORY AND PRACTICE OF SOCIAL WORK Unit: II No. of Hours Allotted: 15


Historical Development of Social Work in India 3

Voluntary Action and Role of Voluntary Organisations in India 3

Voluntary Action and Social Change 3

Voluntary Action and Development 3

Social Change and Development 3

15hrs




Course/Paper: IV (b): THEORY AND PRACTICE OF SOCIAL WORK Unit: III No. of Hours Allotted: 15


Emergence and Development of Social Work as a Profession 3

Basic Principles of Professional Social Work 2

Values and Ethics of Professional Social Work. 3

Functions of Professional Social Work. 2

Sociology and Social Work 2

Sociology and Social Work for Social Development and Social Welfare 3

15hrs



LESSON PLAN FOR THE ACADEMIC YEAR 2016-2017 (Semester IV) Class: M.A Section: SOCIOLOGY Course/Paper: IV (b): THEORY AND PRACTICE OF SOCIAL WORK Unit: IV No. of Hours Allotted: 15


Fields of Social Work Practice 2

Family and Child Welfare 2.5

Medical and Psychiatric Social Work 2.5

Correctional Social Work 2.5

Rural and Urban Community Development 3

Tribal Community Development 2.5

15hrs



LESSON PLAN FOR THE ACADEMIC YEAR 2016-2017 (Semester IV) Class: M.A Section: SOCIOLOGY Course/Paper: IV (b): THEORY AND PRACTICE OF SOCIAL WORK Unit: V No. of Hours Allotted: 15


Research Process 3

Nature of Social Work Research 3

Objectives, Nature, Scope and Process of Social Work Research 3

Role of Research in Social Work Practice 3

Social Work Research and Social Reconstruction 3

15hrs

Name of the Teacher: Dr. K. Bhavani Shankar Department of sociology Signature: Signature




Course/Paper: V-RESEARCH METHODOLOGY



Introduction to Research Methodology 2

Sociology as Science 3

Social Research – Concept 2

Theory and Research 1

Hypothesis- Concept and Types 2

Importance of Concept and Construct in Research 1


15hrs

Name of the Teacher: Dr. Vinita Pandey Head, Department of Sociology








Concept of Qualitative Research – Meaning and Importance 2

Concept of Quantitative Research – Meaning and Importance 2

Differences between Quantitative and Qualitative Research Methods 2

Methods of Qualitative Research 3

Research Design – Meaning, Importance and Steps 3

Exploratory Research Design 1

Descriptive Research Design 1

Experimental Research Design 1

15 hrs









Meaning types of Data; Overview of methods of data collection 2

Observation – Meaning, Types and Steps 2

Questionnaire – Meaning, Types and Steps 2

Interview Schedule – Meaning, Types and Steps 2

Sampling – Meaning and Importance 2

Probability Sampling 3

Non-Probability Sampling 2

15hrs









Introduction to Measures of Central Tendency 2

Mean- Theory and Calculation(Ungroup, Discrete and Group) 3.5

Median- Theory and Calculation (Ungroup, Discrete and Group) 3.5

Mode- Theory and Calculation (Ungroup, Discrete and Group) 3

Graphic Representation – Overview 1

Bar Graphs 1

Histogram 1

15hrs






Course/Paper: VII-APPLICATIONS OF SOCIOLOGY



Introduction to Applied Sociology- Meaning and Importance 3

Social Policy – Meaning and Formulation 3

Sociology and Social Policy 3

Importance of Social Research in Social Policy (Evaluative Studies) 3

Sociology and Professions 2

Skills acquired from sociological studies 1

15hrs









Introduction to Participatory Development - Meaning and Importance 2

Origin of Participatory Development and Participatory Methods 3

Transition from RRA to PRA to PLA 2

Need and advantages of Social Participation 3

Obstacles to social participation 2

Capacity Building Measures 3

15hrs









Emergence of Participatory Rural Appraisal (PRA) 2

Meaning and Definition of PRA 2

Principles of PRA 2

Space Related Methods of PRA 3

Time Related Methods of PRA 3

Relationship Related Methods of PRA 3

15hrs









Introduction to Counselling 2

Counselling- Meaning, Definition and Importance 2

Directive Counselling 2

Non-Directive Counselling 2

Psychotherapy, Cognitive Therapy 2

Steps in Counselling 3

Attitude and skills of Counsellor 2

15hrs





Class: M.A. Sociology Section: Sociology

Course/Paper:III: QUALITATIVE RESEARCH AND PLA TECHNIQUES



Meaning, Importance and Scope of Qualitative Research 3

Qualitative vs Quantitative Research 3

Participant Observation, Ethnography 3

In-depth interviewing 2

Historical Analysis, Oral/life histories 2

Focus Group Methodology, Case Study 2

15hrs









Participatory Methods (Bottom to Top Approach) 4

Advantages and Obstacles for People‘s participation 4

Origin and Sources of Participatory Methods 4

Transition from Rapid Rural Appraisal to Participatory Rural Appraisal to Participatory

Learning Appraisal

3

15hrs









Principles of Participatory Learning and Appraisal 3

Space Related Methods 4

Time Related Methods 3

Relationship Related Methods 3

Networking and Tree Diagram 2

15hrs









PLA Fieldwork: Tool Kits and Fieldwork Plan 3

Attitudes and Behaviour of Stakeholders 2

Role of Facilitators and Researcher in the field 3

Field Experiences 4

Coping Mechanisms of Research Institutions and NGOs in conducting PLA 3

15hrs







Unit: V No.of Hours Allotted: 15


Development Issues & Challenges 4

Data Processing and Analysis 2

Problem Identification, Findings & Outcomes 2

Designing Strategy 2

Developing Research Plan 3

Presentation of Report 2

15hrs






Course/Paper:I: CONTEMPORARY SOCIOLOGICAL THEORIES



Pre-Modernity 1

Great Chain of Being 1

Age of Renaissance and Enlightenment 2

Rene Descartes 2

Immanuel Kant, Condorcet 3

Hobbes, Locke 3

Rousseau, Voltaire 3

15hrs






Course/Paper:I: CONTEMPORARY SOCIOLOGICAL THEORIES



The Project of Modernity 2

Classical theories – Karl Marx 2

Classical theories – Emile Durkheim 2

Classical theories – Max Weber 2

Classical theories – George Simmel 1

Contemporary Theories – Anthony Giddens, Ulrich Beck 2

Contemporary Theories – George Ritzer, Zygmunt Bauman 2

Contemporary Theories – Jurgen Habermas 2

15hrs






Course/Paper:V: DEVELOPMENT, MANAGEMENT, RESEARCH



Evolution of the concept of Development Management 2

Concept of Growth with Equity 2

Justice and Participation 2

Human Capital Formation 2

Issues of Development – Poverty, Unemployment, Marginalization 3

Gender discrimination, Caste conflicts, democratization 2

Social, Economic and Political Empowerment 2

15hrs









Participatory Development 3

Fields of Development: Education, Health 3

Fields of Development: Natural Resource Management 3

Fields of Development: Distribution of Wealth 3

Fields of Development: Training and Skill Development 3

15hrs









Development interventions - Concept 2

Role of State 3

Role of Community based organizations and NGO‘s in the Development 3

Various actors implementing interventions 2

Development Administration in India 3

Corporate Social Responsibility (CSR) 2

15hrs









Development Research 3

Participatory Rural Appraisal (PRA) 2

Qualitative research methods like case studies, content analysis and focus group

discussions

5

Quantitative research methods – Tools of Data collection: Questionnaire, Interview

Schedule

5

15hrs







Unit: V No.of Hours Allotted: 15


Proposal writing for Development project – Donor/ Funding agencies 3

Social work Methods for implementation of Development Projects 3

Project life cycle and project Documentation 2.5

Evaluation of the Development Project outcomes 2.5

Project Report Writing 2

Case Studies Writing 2

15hrs





Class: Diploma in Criminology and Correctional Administration Section: Sociology

Course/Paper: III PENOLOGY AND CORRECTIONAL ADMINISTRATION



Prison reforms – Concept – Objective of reformation

1

Balancing punishment and reformation

1

Moral and cultural education

1

Personal contacts – Prison clinics – Classification and segregation of prisoners

2

Prison diet – Mutual welfare leaugues – Rewards and punishments

2

Over crowdedness – Prison labour – Prisoner's sexual life

2

Visits by relatives – Society for helping released prisoners

1

Prison building and environment

1

Entertainment and education in prisons

2

Prison personnel – Treatment, counseling and training

1

Humane containment

1

Minimum use of security – Involvement

1

16 Hrs

Name of the Teacher: Dr. R. RAVI KUMAR Head, Department of Sociology





Course/Paper: III PENOLOGY AND CORRECTIONAL ADMINISTRATION



Juvenile delinquency and juvenile justice

1

Delinquency in children – Differential treatment of juvenile offenders

2

Legal protection of children – Adolescent offenders

1

Legal basis of delinquency — Borstal schools

1

Constitution of children's courts – Treatment – Publicity

2

Educational system and delinquency

2

Role of police Rehabilitation of juvenile offenders –Probation and parole

2

Concepts – Conditions – Merits and demerits

1

Distinction between probation and parole

2

Probation officers and parole officers

1

Police Duties

1

16 Hrs




LESSON PLAN FOR THE ACADEMIC YEAR 2016-2017 (Semester II) Class: Diploma in CRIMINOLOGY AND CORRECTIONAL ADMINISTRATION

Section: Sociology Course/Paper: III CRIMINAL JUSTICE ADMINISTRATION Unit: I No. of Hours Allotted: 16


Administration of civil and criminal justice

02

Criminal procedure code

02

Hierarchy of courts

01

Powers of courts

02

Lok Ayukta system

01

Juvenile courts

01

Trial procedure

02

Parliament

01

legislative assemblies and judiciary

02

Public interest litigation

02

16 Hrs

Name of the Teacher: Mrs. D. Mahija Head, Department of Sociology Signature: Signature:



Section: Sociology Course/Paper: III CRIMINAL JUSTICE ADMINISTRATION Unit: II No. of Hours Allotted: 16


Police system in India

01

History of policing in India

01

Functions and duties of police

02

Maintenance of law and order

01

Investigation of crime and prosecution

03

Powers of police to search, seize and arrest

02

Role of management and leadership in law enforcement

01

Training of police personnel

01

Police public relations

01

Media and the police

02

Other law enforcement agencies

01

16 Hrs




Section: Sociology Course/Paper: III CRIMINAL JUSTICE ADMINISTRATION Unit: III No. of Hours Allotted: 16


Police system in India

01

History of policing in India

01

Functions and duties of police

02

Maintenance of law and order

01

Investigation of crime and prosecution

03

Powers of police to search, seize and arrest

02

Role of management and leadership in law enforcement

01

16 Hrs




Section: Sociology Course/Paper: III CRIMINAL JUSTICE ADMINISTRATION Unit: IV No. of Hours Allotted: 16


Scientific methods of investigation

02

Third degree methods and criminal justice

01

Definition and Historical background of Forensic Science

01

Types of cases received in forensic science laboratories

01

various branches of Forensic Science

01

Need of forensic science in criminal justice system

01

Role of forensic scientist at the crime scene

02

Forensic scientist and police interaction

01

Expert evidence

01

Admissibility of expert and expert evidence

01

Forensic Science institutions in India and abroad

01

Duties of forensic scientists

02

Training of forensic scientists

01

16 Hrs





Course/Paper: I SOCIOLOGY OF LAW AND ORDER



Social change in India

1

Social deviance

1

Formal organizations

2

Administrative set up in India

2

Social and cultural aspects of administration

2

Social and cultural aspects of management

2

Voluntary organizations

2

Political parties

2

Trade unions

2

16 Hrs






Course/Paper: I SOCIOLOGY OF LAW AND ORDER



Modern sociological theories

1

Theories of society

1

Functionalism

2

Marxism

2

Interactionism

1

Ethno methodology

2

Scientific methods of social research

2

Ecological and cultural areas as factors of crime Individual background

1

Social disorganization theory

1

Social/disorganization in India

1

Differential association theory

1

16 Hrs




Class: Diploma in Development Management Studies and Development Research

Methodologies

Section: Sociology

Course/Paper: I Basic Concepts; Sociology, Political Sciences and Economics



Community Development: Concept

1

Tribal Communities

2

Rural Communities

2

Urban Communities

2

Tribal Communities their development

3

Rural Communities their development

3

Urban Communities their development

3

16 Hrs


Methodologies

Section: Sociology

Course/Paper: I Basic Concepts; Sociology, Political Sciences and Economics



Social Change and Development

1

Social Change and Development: Factors of Change

2

Development of Marginalized Communities: SC

3

Development of Marginalized Communities: ST

3

Development of Marginalized Communities: BC

3

Development of Marginalized Communities: Women

2

Development of Marginalized Communities: Minorities

2

16 Hrs




LESSON PLAN FOR THE ACADEMIC YEAR 2015-2016 (Semester 1I)

Class: MA Ist Year Section: Sociology

Course/Paper: I MODERN SOCIOLOGICAL THINKERS

Unit: I No. of Hours

Allotted: 15


Meaning of Modern Sociological Theories

1

Nature of Modern Sociological Theories

2

Scope of Sociological Theory

2

Philosophical Theories

2

Philosophical Perspectives of Sociological Theories

2

Positivism of Sociological Theory

2

Hermeneutics Sociological Theory

2

Critical Theory

2

15 Hrs





Functional theory

2

Talcott Parsons

2

Robert K. Merton

2

Conflict Theory

1

CW Mills

2

Ralf Dahrendorf

2

Lewis Coser

2

George Simmel

2

15 Hrs







Unit: III No. of Hours Allotted:

15


Neo-Marxism

2

Antonio Gramsci

2

Althusser

2

Poulontzas Symbolic Interactionism 2

Charles Horton Cooley

2

George Herbert Mead 2

Herbert Blumer.

3

15 Hrs





Exchange Theory

1

George Homans

2

Peter Blau

2

Phenomenology

2

Ethnomethodology

2

Alfred Schutz

2

Harold Garfinkel

2

Husserl

1

Goffman

1

15 Hrs









Anthony Giddens

2

Structure

1

Agency

1

Structuration

1

Feminist Theory

2

Different types of Feminism

2

Liberal Feminism

2

Radical Feminism

2

Socialist Feminism

2

15 Hrs






Methodologies

Section: Sociology

Course/Paper: I Poverty, Livelihoods, Gender and Human Rights



Poverty: Basic definitions

1

Conceptualizations Factors affecting Rural Poverty

3

Conceptualizations Factors affecting Urban Poverty

3

Economic Growth

2

Poverty Reduction Strategies- Aid

2

Poverty Reduction Strategies- Institutions

2

Poverty Reduction Strategies- Development

3

16 Hrs






Methodologies

Section: Sociology

Course/Paper: I Poverty, Livelihoods, Gender and Human Rights



Livelihoods: Concept and Meaning

2

Livelihood and Sustainability

3

Alternative livelihoods; Gender

3

Alternative livelihoods; Livelihood

3

ILO

3

UN Reports & Livelihood

2

16 Hrs





Class: BA IIIrd Year Section: Sociology

Course/Paper: VIII-b. (Optional Paper) Sociology of Rural and Urban Communities



Nature of Rural Sociology

1

Scope of Rural Sociology

2

Nature of Urban Sociology

1

Scope of Urban Sociology

2

Characteristics of Rural Community

1

Characteristics of Urban Community

1

Rural and Urban Differences

2

Rural and Urban continuum

2

Concepts of villages

1

Village types

2

15 Hrs









Introduction to village organization

1

Caste system

2

Jajmani system

1

Feudalism

2

Emerging class structure

1

Caste structure

1

Class structure

2

Village governances

1

Political system in India

1

Political system in traditional villages

1

Panchayati Raj system in India

2

15 Hrs









Introduction to Industries

1

Importance of Industries

1

Industries and their development for society

2

Process of Industrialization

2

Advantages of Industrialization

2

Concept of urban society

1

Urbanization and Industrialization Process

2

Urbanism as a way of life

2

Types of cities

2

15 Hrs









Urban Ecology

2

Concepts of cities

1

Theories of city

2

Urban Theory

2

Rural Theory

1

Concentric Zone Model

2

Sector theory

2

Multiple Nuclei Theory

3

15 Hrs









Introduction to the cities in India

1

Concept of city planning in India

1

Importance of city planning and practices

2

City problems

1

Urban problems

1

Education in India

2

Health problems in India

2

Unemployment problems in India

2

Environmental problems in India

2

Poverty in India

1

15 Hrs




LESSON PLAN FOR THE ACADEMIC YEAR 2016-2017 (Semester 1II)

Class: MA IInd Year Section: Sociology

Course/Paper: I CONTEMPORARY SOCIOLOGICAL THEORIES



Pre-Modernity: Great Chain of Being

1

Age of Renaissance and Enlightenment

2

Rene Descartes

2

Immanuel Kant

2

Condorcet

2

Hobbes & Locke

2

Rousseau & Voltaire

2

Francis Bacon and Tocqueville

2

15 Hrs

Name of the Teacher: Mr. Aijaz Ur Rehman Head, Department of Sociology








The Project of Modernity

1

Classical theories – Karl Marx

2

Durkheim

2

Max Weber

2

George Simmel

2

Contemporary Theories – Anthony Giddens,

2

Ulrich Beck

1

George Ritzer

1

Zygmunt Bauman

1

Jurgen Habermas

1

15 Hrs









Critique of Modernity

2

New Philosophy of Science – Karl Popper

2

Thomas Kuhn

2

Post-structuralism – Deleuze

3

Jacques Derrida

2

Michel Foucault

2

Julia Kristeva

2

15 Hrs



.







Critical Theory: Herbert Marcuse

2

Theodar Adorno and Horkheimer

2

Jurgen Habermas – Theory of World

2

Communicative Action – the Public Sphere

2

Eric Olin Wright

2

Sociology of Culture

2

Benedict Anderson – Imagined Communities

2

Aloysius - Nations and Nationalism

1

15 Hrs









Idea and Condition of Post Modernity: Daniel Bell

2

Post Industrial Societies and The End of Ideology

2

Anthony Giddens

2

Zygmunt Bauman

1

Baudrillard

1

Lyotard

1

Foucault and Darrida on Post-Modernity

2

Frederic Jameson: Cultural logic of the late Capitalism

2

Critique of Post-Modernism: Alex Callinicos

1

Against Post-Modernism

1

15 Hrs




LESSON PLAN FOR THE ACADEMIC YEAR 2016-2017 (Semester II1)


Course/Paper: II-A (Specialization-I) GLOBALIZATION AND SOCIAL CHANGE



The nature and dynamics of globalization

1

The historical and social context of globalization

2

World capitalism

2

Modernization and globalization

2

Distinctive characteristics of globalization

2

The role of information and communication technology

2

Advantages of globalization 2

Disadvantages of globalization

2

15 Hrs









Agencies of globalization - Political economy

2

Agencies of globalization - Globalization

2

Agencies of globalization: Multinational Corporations (MNC‘s)

2

Agencies of globalization: Nation-State

2

Agencies of globalization: Media and Market

2

Agencies of globalization: Non Governmental Organizations (NGO‘s)

2

International Agencies : International Monetary Fund 2

International Agencies : World Bank etc

1

15 Hrs









Globalization and Culture

1

The ethos of globalization (unbridled freedom, individualism, consumerism)

2

Diffusion and projection of American value system

1

Cultural patterns through media

1

Cultural homogenization & hegemony

2

Dominance globalization and the resurgence of ethnic consciousness

2

Global tourism, diasporic communities 2

Transnational ethnic religious movements 2

Religious fundamentalism

2

15 Hrs









Social consequences of globalization for Developing Countries

2

Inequality within and among nation states

2

Differential perception of globalization among nation and their populations

2

Mass media & consumer culture

1

Global culture and local cultures

1

Waller Stein‘s : ideas on the rise of ethnicities as a response to globalization

2

Globalization and gender 2

The feminization of poverty and the labour force lay offs 2

Cultural invasion from skies 1

15 Hrs



.







Introduction to Globalization 1

Knowledge and Globalization

2

Globalization and human rights

2

Cities in the context of globalization

2

Globalization and Societies

2

Globalization and Third world countries

2

Cultural dimensions of globalization, 2

Economic development and social opportunity 2

15 Hrs






Course/Paper: II SOCIOLOGY OF DEVELOPMENT



Conceptual Perspective on Development

2

Concept of Change, Progress and Development

3

Economic Growth

2

Human Development

2

Social Development

2

Sustainable Development

2

Ecological and Social

2

15 Hrs




Theories of Development

1

Liberal Theories: Max Weber

2

Gunnar Myrdal

1

Economic Theory: Karl Marx

2

Dependency Theories: Frank‘s Centre-Periphery theory

2

Samir Amin‘s Under-development theory

2

Wallerstein‘s World System theory

2

Partial Theories: Theory of Big Push

2

Balanced Growth Theory

1

15 Hrs









Paths of Development

2

Socialist

3

Mixed Model

3

Gandhian

3

Capitalist

3

Secular

1

15 Hrs





Social Structures

2

Social Development

2

Social Structure as a facilitator / inhibitor

3

Development of social structure

2

Socio-Economic Disparities

2

Gender and Development

2

Culture as an aid / impediment in Development

2

15 Hrs









Development Issues in India

1

Development Induced Displacement

2

SEZ, Dams, Industries

3

Issues in Resettlement

1

Rehabilitation

1

Development Planning

2

Policies: Industrial, Education, Agriculture

2

Policies: Health, Rural and Tribal Development

3

15 Hrs






Course/Paper: III-A (Specialization-II) SOCIOLOGY OF DEVELOPMENT



The notions of progress of development

1

Change and development

1

Conceptual Perspective on development

1

Economic development

1

Social development

1

Sustainable development

1

Ecological development 1

Theories of Development: Modernization

2

Karl Marx 2

Theory of Under development

1

World Systems Theory

2

Theory of Sustainable development

1

15 Hrs









Marx‘ theory of economic development

3

Max Weber‘s theory

3

Andre Gunder Frank

3

Samir Amin

3

Wallerstein‘s theory of under development

3

15 Hrs





Partial theories of development

2

The theory of Big Push

3

The theory of Balanced Growth 3

Theories of Social and technological dualism

3

India‘s Model of Development

2

Consequences of Development

2

15 Hrs









Social structures and development

2

Development and Socio-economic disparities

2

Gender and development

2

Culture and development

2

Socialist path of development

2

Mixed path of development

1

Gandhian path of development 1

Modernization

1

Globalization 2

15 Hrs









Concept of Planning

1

Social Planning

1

Economic Planning

2

Rural Development

2

Agricultural Development

2

Industrial Development

2

Tribal Development

2

Five Year Plans

3

15 Hrs




LESSON PLAN FOR THE ACADEMIC YEAR 2016-2017 (Semester 1V)


Course/Paper: I SOCIOLOGY OF ENVIRONMENT AND SUSTAINABLE DEVELOPMENT



The concept of Environment and Society

2

Environmental Sociology: Issues

2

Theoretical approaches: Risley

2

E. Dunlop Approaches

2

Frederick M. Buttel Approaches

2

Human Ecology to Eco-Sociology

2

Global Environmentalism

2

Apopular concern

1

15 Hrs









The interface between Technology, nature and society

2

Environmental Policy

2

Environmental law

2

Environmental legislation

2

Environmental Degradation

2

Pollution Monitoring

2

Globalisation and Environmental changes

2

Control

1

15 Hrs









Environmental Movements in India

1

Chipko Movement

2

Appiko Movement

2

Narmada Bachao Andolan

2

The Bhopal Gas Tragedy

2

Women and Environment

2

Eco feminism

2

The role of NGO‘s in Environmental Movements

2

15 Hrs









Introduction to Sustainable Development

1

A Sociologist‘s view of the Definition, origin and implications of the concept

2

Environmental Management

2

Conserving for the future operationalising the sustainable development process

2

Natural Resource Management

2

Self – reliance, appropriate

2

Technology, Institution building

2

Water management, participatory development

2

15 Hrs







Unit: V


Topics to be covered

No. of Hours

The Environmental Problems in India

1

Environmental awareness

1

Environmental Education

2

Environmental information

2

Environmental Stratification

1

Environmental issues

2

Air Pollution & water pollution

2

Noise pollution & Ozone Depletion

2

Deforestation & Population pressures

2

15 Hrs









Pre-Modernity

1

Great Chain of Being

1

Age of Renaissance

2

Enlightenment

1

Rene Descartes

2

Immanuel Kant

2

Hobbes

1

Locke, Rousseau

2

Voltaire, Francis Bacon

2

Tocqueville

1

15 Hrs









The Project of Modernity

1

Classical theories – Karl Marx

2

Durkheim

1

Max Weber

2

George Simmel

1

Contemporary Theories – Anthony Giddens

2

Ulrich Beck

1

George Ritzer

2

Zygmunt Bauman

1

Jurgen Habermas

2

15 Hrs









Critique of Modernity

1

New Philosophy of Science

2

Karl Popper

2

Thomas Kuhn

2

Post-structuralism – Deleuze

2

Jacques Derrida

2

Michel Foucault

2

Julia Kristeva

2

15 Hrs









Critical Theory: Herbert Marcuse

2

Theodar Adorno

2

Horkheimer

1

Jurgen Habermas

1

Theory of World, Communicative Action

2

The Public Sphere

1

Eric Olin Wright – Sociology of Culture

2

Benedict Anderson – Imagined Communities

2

Aloysius - Nations and Nationalism

2

15 Hrs









Idea and Condition of Post Modernity

1

Daniel Bell

1

Post Industrial Societies

1

The End of Ideology

2

Anthony Giddens

1

Zygmunt Bauman

2

Baudrillard

1

Lyotard

1

Foucault and Darrida on Post-Modernity

2

Frederic Jameson: Cultural logic of the late Capitalism

1

Critique of Post-Modernism: Alex Callinicos

1

Against Post-Modernism

1

15 Hrs






Course/Paper: II SOCIAL MOVEMENTS IN INDIA



Meaning and definition of Social Movements

1

Reform

2

Radical Movements

3

Sectarian

1

Regional Revival

2

Environmental Movements

3

Women‘s Movements

3

15 Hrs









Brahma Samaj

1

Arya Samaj

1

Prartnana Samaj

1

Anti Sati

1

Widow remarriage

2

Abolition of Child Marriage

1

Social justice Movements

2

Karite Ambed Movement

2

Dalit and Self Respect Movements

2

SNDP Movement

2

15 Hrs





Telangana Armed Struggle Movements

3

Naxalite Movement

2

Peasant Movements

3

New Farmer‘s Movements (Shetkari Tikhait)

3

Bharatiya Kissan

2

Sammelan 2

15 Hrs









DMK Movement

1

Justice Party

1

Self respect movement

1

Shiva Sena Movement

2

Alliance with the Bharatiya Janata Party

1

Formation of Maharashtra Navnirman Sena

1

Jharkand Movement

1

Jharkhand Mukti Morcha (1973) had Marxist ideology

1

Regional bourgeoisie

1

Telangana Movement

1

Merging of Hyderabad State and Andhra

2

States Reorganisation Commission

1

Srikrishna Committee

1

15 Hrs









Environmental Movements

2

Women‘s Movements

2

Chipko Movements

2

Narmada Bachao Movement

2

Anti Arrack Movement

2

Impact of Social Movements

2

Social Policy on movements

2

Social justice 1

15 Hrs



,


LESSON PLAN FOR THE ACADEMIC YEAR 2016-2017 (Semester I1)


Course/Paper: IV INDUSTRIAL SOCIOLOGY



Introduction to Industrial Sociology

2

Concept of Work-The Craft System

2

Scientific Management of F.W.Taylor

3

Human Relations Approach of Elton Mayo

2

Industry and Society

3

Human Relations in Industry 3

15 Hrs





Industrial organization

1

Structure of Formal organizations

2

Functions of Formal organizations

2

Human Resource Planning

2

Managerial functions

2

Recruitment-Selection

2

Employee Training and Development

1

Promotions and Demotions

1

Wage And Salary

1

Reward System-Incentives

1

15 Hrs









Industrial Relations-Content

2

Objectives of Industrial Relations 2

Industrial Relations to Human Resource Management

3

New Management Strategies

3

TRM, Quality Circles

2

JIT-Functional requirements of a Successful Industrial Relations

3

15 Hrs





Industrial Disputes-Causes

2

Types of Industrial Disputes-Conflict Resolution

3

Negotiation, Conciliation

2

Arbitration, Adjudication

2

Collective Bargaining

2

Issues and trends in Collective bargaining

2

Worker‘s participation in Management

2

15 Hrs









Introduction to Trade Union Movement

1

Trade Union Movement-Changing Management

2

Trade Union Relations

1

Emerging trends in Trade Union

2

Management Relations in the context of Globalization

2

Globalization and Labour

2

Industrial policy and Labour Legislations

2

Changing role of the state in Industrial Relations 2

Industrial policies. 1

15 Hrs






Course/Paper: V (A) (Elective – II) SCIENCE, TECHNOLOGY AND SOCIETY



Sociology of Science – Historical

2

Social context of scientific knowledge & Technology

3

Society and Historical Change

2

Social Consequences of Technology

3

Social context and the scientific Technology

3

Dynamics of Technological Change

2

15 Hrs





Methods in Science

1

Inductivism

2

Falsification

2

Sociological Perspectives on Scientic practice

2

Marx

2

Durkheim

2

Mannheim

2

Merton

2

15 Hrs









Thomas Kuhn‘s, Paradigm of Science

2

Scientific Community and growth of Scientific Knowledge

3

Ben Divid institutional perspective

2

Post Kohnian Sociology of Science

3

Diane Krane‘s Communication and international Model

3

Notion of Techno-Science

2

15 Hrs





The information Technology paradigm

2

Network Societies

1

Online Communities

1

Impact of Information Technology on Society

2

Information and Communication Technology (ICT)

2

Development – Bio Technology

2

Society and Sustainable Development

2

Nano Technology

2

Development and Social Change.

1

15 Hrs









Approaches to the environment

1

Sustainable development

2

Human Ecological approach

2

Environmental degradation

2

POET model

2

Political economy approach

2

A consideration of Dominant development perspectives

2

Critiques of development

1

Science policy in India

1

15 Hrs



NIZAM COLLEGE : DEPARTMENT OF ZOOLOGY


Class : B.Sc. (II) Section: Zoology

Course/Paper: III - Biology of Chordates


Name of the Teacher: Dr. G. Shailaja Head, Department of Zoology



General Characters of class Reptilia

1

Classification of Reptiles upto order level

2

Type study - Calotes

Morphology of Calotes

1

Digestive system to Calotes

1

Respiratory system of Calotes

1

Circulatory system of Calotes

3

Nervous system of Calotes

1

Urinogenital system of Calotes

2

General characters of Aves

1

Classification of Aves upto order level

2



Class: B.Sc. II year Section: Zoology

Course/Paper: IV

Unit: III. No.of Hours Allotted: 18




Introduction of Biogeochemical cycles

2

Gaseous cycles - Nitrogen and Carbon cycle

2

Sedimentary cycle - Phosphorus cycle

2

Definition of community and introduction

1

Habitat and ecological niche

1

Community interactions - Competition and predation

2

Community interactions - Mutualism

2

Community interactions - Commensalism

1

Community interactions - Parasitism

2

Ecological succession - Primary & secondary seral changes

2

Climax community with examples

1


LESSON PLAN FOR THE ACADEMIC YEAR 2016-2017 (Semester-II)

Class : M.Sc. Section: Zoology

Course/Paper:II(Animal Physiology)

Unit:II No.of Hours Allotted: 15




Osmoregulation -Introduction

1

Osmoregulatory problems in aquatic and terrestrial animals

3

Hormonal control of Osmoregulation

1

Excretion- Urine formation

1

Counter current effect mechanism

2

Hormonal control

1

Detoxification of nitrogen products

2

Temperature regulation in poikilotherms, Homeotherms and Heterotherms

2

Mechanism of survival (hibernation and aestivation)

1

Cold death and Heat death

1


LESSON PLAN FOR THE ACADEMIC YEAR 2016-2017 (Semester-I)

Class :M.Sc.(P) Section: Zoology

Course/Paper: III (Immunology)

Unit: II (Antigen-Antibody Nature and Complement System) No.of Hours Allotted: 15




Antigens nature, epitope, haptens, antigen presenting cells, adjuvants and antigenicity

2

Immunoglobulins - Structure

1

Function and classification of antibodies

2

Monoclonal antibodies and its applications

1

Antigen and antibody reaction

1

Immunological techniques

2

Complement system - Components of complement system

1

Complement system -Pathways

1

Biological consequences of complement activation and significance

1

Major histocompatibility complex - Structure and function, restriction

2

Genetic control of immune responses

1



Class : M.Sc.(P) Section: Zoology

Course/Paper: Structural Biology

Unit:I No.of Hours Allotted: 15




Biomolecules and their significance - Introduction, Carbhohydrates

2

Biomolecules and their significance - Proteins and Amino acids

1

Biomolecules and their significance - Lipids and Nucleic acids

1

Chemistry and structure of Carbhohydrates - Mono, oligo and polysaccharides

1

Chemistry and structure of Carbhohydrates - Deoxy sugars, amino sugars and

glycosides

1

Classification and structure of proteins -Primary & Secondary

2

Classification and structure of proteins - Tertiary and quartarnary

1

Classification and structure of proteins -Fatty acids, triglycerides

1

Classification and structure of proteins - Phspholipds, cerebrosides and steroids

1

Structure of DNA and DNA polymorphism

2

Structure of RNA, types of RNA

2




Course/Paper: Structural Biology

Unit:II - Enzymes and metabolism No.of Hours Allotted: 15




Classification nomenclature and properties of enzymes - Catalysis and energy of

activation

1

Classification nomenclature and properties of enzymes - Enzyme kinetics

2

Classification nomenclature and properties of enzymes - MichaelifMenten constant

1

Classification nomenclature and properties of enzymes - Km value and LB plot

1

Classification nomenclature and properties of enzymes - mechanism of enzyme action

and regulation of enzyme activity

1

Metabolism of carbhohydrates-glycolysis

1

Metabolism of carbhohydrates - TCA Cycle, Gluconeogenesis

1

Metabolism of carbhohydrates- Biological Oxidation, role of respiratory chain in

energy capture.

2

Metabolism of carbhohydrates- ATP synthesis

1

Catabolism of amino acids - Transamination, deamination and Dcarboxilation

1

Oxidation and biosynthesis of fatty acids

1

Metabolic disorders of different biomolecules- Carbohydrates

1

Metabolic disorders of different biomolecules- Proteins, Lipids

1


LESSON PLAN FOR THE ACADEMIC YEAR 2016-2017 (Semester-II)


Course/Paper: III - Molecular Genetics and Developmental biology

Unit:I Introduction to Genetics No.of Hours Allotted: 15




Mendalism and mendilian inheritance

1

Modifications of medilian inheritance

2

Linkage studies

1

Crossing over

1

Extra chromosomal inheritance

1

Multiple alleles and blood group antigens

1

Chromosome structure and identification

1

Chromosome structure - Karyotype

1

Genetic disorders - Chromosomal disorders

1

Genetic disorders - Inborn errors of metabolism

2

Genetic disorders - Polygenic and environmental disorders

1

Bacterial genetics -Transformation, transduction and conjugation

2

Bacterial genetics - Viral lytic and lysogenic cycle

1


LESSON PLAN FOR THE ACADEMIC YEAR 2016-2016 (Semester-IV)

Class : M.Sc.(F) Section: Zoology

Course/Paper: Clinical Science and pathology - Choice based paper -II





Clinical science - Definition & Scope. Epidemiology and prognosis

2

Blood and associated disorders - Leucocytosis, Leucopenia,

2

Blood and associated disorders - Leukemia and Anemia

1

Coronary artery disease: Angina pectoris, Ischemic and rheumatic heart disease

2

Coronary artery disease: Concepts of open and bypass heart surgery.

2

Pulmonary diseases: Bronchitis, Asthma

2

Pulmonary diseases: Pulmonary edema and tuberculosis

1

Gastrointestinal disease: Gerd, Ulcers and Appendicitis

2

Gastrointestinal disease: Hepatitis and Cirrhosis

1

NIZAM COLLEGE: DEPARTMENT OF ZOOLOGY

Lesson Plan for the academic year 2016- 2017(Semester III)

Class: M.Sc. Final Section: Zoology

Course/Paper: IV-ZOO_ 304 (Sericulture)

UNIT: I – Introduction No. of Hours Allotted: 15 Hrs

Topics to be covered No. of. Hours Introduction - Sericulture as an agro industry

1

Mulberry cultivation - Varieties of Mulberry Agroclimatic conditions for Moriculture

Agricultural practices - Tilling & systems of Planting

intercultivation. Mulching, Pruning, Manuring Harvesting and Preservation of leaves

5

Diseases of Mulberry and their management

Bacterial diseases

Viral diseases Fungal diseases

4

Mineral deficiency diseases and their management Macro nutrients

Micro nutrients

2

Insect Pests of Mulberry and their management

3

Total 15 Hours

Name of the Teacher: Dr. VasudhaLingampally

Assistant Professor ©

Signature:

Head, Department of Zoology:

Signature:


Lesson Plan for the academic year 2016- 2017 (Semester III)


Course/Paper: IV-ZOO_ 304 (Sericulture)

UNIT: IV – Harvesting technology No. of Hours Allotted: 15 Hrs

Topics to be covered No. of.

Hours Transport of cocoons to the cocoon markets. 1 Commercial characters of cocoons, defective cocoons and price fixation

3

Reeling technology – mulberry and vanya silk rearing 4 Seed technology – Grainage, DFLs 4 By-products- types and uses 3

Total 15 Hours



Signature:


Signature:


Lesson Plan for the academic year 2016- 2017 (Semester I)

Class: M.Sc. Previous Section: Zoology

Course/Paper: II – ZOO_ 102: Environmental and Conservation Biology [ECB]

UNIT: II – Community Organization and Structure No. of Hours Allotted: 15 Hrs

Topics to be covered No. of. Hours Community analysis, species diversity, ecotone concept and edge effect; interaction between environment and biota Habitat and ecological niche and

niche overlap; concept of biome

4

Concepts of productivity; eutrophication of lakes; biological indicator and water

quality

3

Ecosystem dynamics and management; stability and complexity of ecosystem

3

Biogeochemical cycles; inorganic pollutants and their impact SO2 , NO2, CO, Phosphates,heavy metals (Arsenic, Lead and Mercury); radioactive nucleotides

and their impact on biological system

3

Acid rain sources and its impact on biological system; greenhouse effect and

ozone depletion 2

Total 15 Hours



Signature:


Signature:


Lesson Plan for the academic year 2016- 2017(Semester V)

Class: B.Sc. III Year Section: Zoology

Course/Paper: VI – APPLIED ZOOLOGY

UNIT - III Clinical Science No. of Hours Allotted: 15 Hrs

Topics to be covered No. of. Hours Hematology Blood composition and functions 2

Blood groups and transfusion problems

2

Blood diseases – Anemia, Leukemia, Leucocytosis,

Leucopaenia

2

Biopsy and autopsy – clinical importance 2

Immunology

Types of immunity – Innate and acquired

2

Antigens – Haptenes and epitopes and their properties 2 Structure and biological properties of human immunoglobulin G (IgG).

3

Total 15 Hours



Signature:


Signature:


Lesson Plan for the academic year 2016- 2017 (Semester II)

Class: M.Sc. Previous Section: Zoology

Course/Paper: IV –Zoo_204 Evolution and Functional Anatomy of Vertebrates

UNIT – I Evolution No. of Hours Allotted: 15 Hrs

Topics to be covered No. of. Hours Concept of evolution and theories of evolution

2

Variation, gene mutation and chromosomal aberrations in evolution; genetic

drift

3

Speciation – species concepts, categories; Modes of speciation – Allopatric,

parapatric and sympatric speciation

4

Natural selection; patterns of evolution – sequential, divergent, convergent,

gradual, punctuated, monophyletic, polyphyletic and paraphyletic

4

Origin and evolution of primates and human 2

Total 15 Hours



Signature:


Signature:


Lesson Plan for the academic year 2016- 2017 (Semester IV)


Course/Paper: III –Zoo403T Integrated pest management

UNIT – II-IPM No. of Hours Allotted: 15 Hrs

Topics to be covered No. of. Hours IPM, Definition, necessity of IPM, Tools of IPM, Ecology versus IPM 4 Cultural Control 1

Physical Control, Mechanical Control 3

Biological Control 4 Genetic control 3

Total 15 Hours



Signature:


Signature:


Lesson Plan for the academic year 2016- 2017 (Semester IV)


Course/Paper: III –Zoo403 T Integrated pest management

UNIT – III -IPM No. of Hours Allotted: 15 Hrs

Topics to be covered No. of. Hours Chemical Control – Botanicals, Inorganic Pesticides, Organic Pesticides,

Organochlorinated compounds, Organophosphorus compounds, Carbamates,

synthetic pyrethroids.

4

Pesticide formulations - dusts, sprays, emulsions, aerosols, fumigants, seed dressers or seed treatment chemicals etc.

3

Synergists, Repellents, baits, toxicants, Antifeedants, attractants,

chemosterilants 3

Chitin synthesis inhibitors, Insect growth regulators, pheromones. 3 Modern trends in Pesticide research, combination products

2

Total 15 Hours



Signature:


Signature:


Lesson Plan for the academic year 2016- 2017 (Semester VI)

Class: B.Sc. III Year Section: Zoology

Course/Paper: VII – ANIMAL PHYSIOLOGY, GENETICS AND EVOLUTION

UNIT - II: Genetics No. of Hours Allotted: 15 Hrs

Topics to be covered No. of. Hours Mendel‘s laws – Laws of segregation and Independent assortment Genetic interactions – Incomplete dominance

codominance

epistasis.

4

Identification of DNA as the genetic material – Griffith‘s experiment Hershey – Chase experiment.

2

Central dogma of molecular biology – Brief account of DNA replication (Semi-

conservative method) Replication fork (Continuous and discontinuous synthesis);

Transcription – Brief account of initiation,elongation and termination in

eukaryotes

Translation Genetic code

Gene regulation as exemplified by Lac Operon.

9

Total 15 Hours



Signature:


Signature: