course list 2014-15

7/25/2019 Course List 2014-15

1/50

E lectrical and

E lectronic

E ngineering

Contents

General Information

Faculty

Course Structure

Elective Courses

Course Contents

Under Graduate Programmes

Post Graduate Programmes

Other Programmes

7/25/2019 Course List 2014-15

2/50

General Information

The Department of Electrical and Electronic Engineering (EEE)is the largest department of the Islamic University of Technology(IUT) with an annual intake of 100 undergraduate students!ffering "oth undergraduate and graduate programmes# thedepartment has esta"lished itself in a leading position in

engineering education in $angladesh It offers students a uni%uehands&on e'perience in state&of&the&art la"oratories andinstruction from well %ualified and dedicated faculty Thedepartment always ensures close interaction "etween studentsand faculty to e'tract the "est out of the students It alsomaintains continuous interactions with industry leaders in areassuch as electronics# telecommunication# integrated circuits#power electronics and power system which give an addedimpetus to the students to ac%uire strong theoretical foundationand e'ceptional practical e'perience

The EEE department is making maor contri"utions toward theachievement of the cherished goal of IUT in developing human

resources of the em"er *tates of !rganisation of Islamic+ooperation (!I+)# especially in the fields of Engineering#*cience and Technology Different programmes are offered "ythe department to prepare the students to place themselves inthe highly competitive world of modern technology

The Programmes are:

Doctor of Philosohy in Electrical and Electronic

Engineering

!aster of Science in Electrical and Electronic

Engineering

!aster of Electrical and Electronic Engineering

Postgraduate Diloma in Electrical and Electronic

Engineering

"achelor of Science in Electrical and Electronic

Engineering

#igher Diloma in Electrical and Electronic Engineering

The Department offers two research degrees# Doctor of,hilosophy (,hD) and aster of *cience (*c) in Electricaland Electronic Engineering These higher degrees are awardedon the "asis of prescri"ed course works and independent "utsupervised research in a topic# culminating in the su"mission ofa thesis -or the *c degree# the period of candidature isnormally . semesters re%uiring 1/ credit hours of course workand 1/ credit hours of research +ompletion of the ,hD degree

re%uires credit hours and normally takes 2 semesters

aster of Engineering in Electrical and Electronic Engineering isstructured around course works and re%uires .0 credit hours ofcourse work and 2 credit hours of research3proects The periodof candidature for this programme is normally . semesters

,ostgraduate Diploma in Electrical and Electronic Engineeringinvolves 4 credit hours of course works and research3proectsand normally re%uires 4 semesters for completion of the degree

The $*c Engineering programme in Electrical and ElectronicEngineering comprises of four years of study consisting of eight

consecutive semesters of si'teen weeks duration each5owever# there is a provision for award of 5igher Diploma inElectrical and Electronic Engineering with speciali6ations in,ower *ystem Technology and +omputer *cience andEngineering# after successful completion of three years (si'semesters) of study 5igher Diploma in Engineering graduatesmay also continue further for completion of $*c Engineeringprogramme The course curricula contain engineering science ofhigh level as well as components for hands&on&e'perience toproduce engineers of international standard having relevance tothe development needs of the em"er *tates The coursecurricula are under constant scrutiny and review andcontinuously updated to meet the current needs and

re%uirements The levels and contents are always kept atinternational standard The la"oratory facilities are alsoupgraded from time to time to incorporate new ideas andtechnologies

The Department of Electrical and Electronic Engineering has avi"rant research oriented culture The department hasundertaken research works in various areas of Electrical andElectronic Engineering These focused areas include power

7/25/2019 Course List 2014-15

3/50

electronics# energy# high power microwave and communicationsystems and networks# "iomedical engineering# control system#intelligent systems# ro"otics and 78*I circuit design

*pecial training programmes are also designed and offered onshort&term "asis as per the re%uest from em"er *tates of !I+*eminars and 9orkshops on national and international levelsare organi6ed "y the department to disseminate information on

current progress in Technology and Technical know&how amongthe personnel of the !I+ em"er *tates who are involved in thepromotion# development and application of Electrical andElectronic Engineering

7/25/2019 Course List 2014-15

4/50

Faculty

#ead of the Deartment

Prof$ Dr$ !d$ Shahid Ullah,hD (IIT :haragpur)# *c Engg ($UET)# $*c Engg($UET)

Professors

Prof$ Dr$ %a&i %hairul Islam,hD (IIT :anpur)# Tech (IIT :anpur)# $*c Engg (;U)

Prof$ Dr$ !d$ 'shraful #o(ue,hD (U

7/25/2019 Course List 2014-15

5/50

Faculty on .eave

'ssistant Professors

!r$ !d$ !osharrof #ossain Sar*er*c Engg (9olverhampton)# $*c Engg (;UET)

!r$ !ohammad Shafi(ur )ahman Tito*c Engg (Ulm)# $*c Engg (IUT)

!r$ '$S$!$ Shihavuddin*c Engg (Erasmus undus)# $*c Engg (IUT)

!r$ !ohammad '+u -aser*c Engg (IUT)# $*c Engg (IUT)

.ecturers

!r$ -ayeem 'hmed -inad$*c Engg (IUT)

!r$ !d$ Shahriar )ahman$*c Engg (IUT)

!r$ Tahmid .atif$*c Engg (IUT)

!r$ !d$ )iyasat '&im*c Engg (IUT)# $*c Engg (IUT)

!r$ !d$'+duhu )uhul #asin*c Engg (IUT)# $*c Engg (IUT)

!r$ !d$ !urad #ossain*c Engg (IUT)# $*c Engg (IUT)

!r$ !d$ )e&aul #asan*c Engg (IUT)# $*c Engg (IUT)

!r$ '+dur )a(ui+ )id,an*c Engg (IUT)# $*c Engg (IUT)

!r$ !d$ )o*i+ul Islam$*c Engg (IUT)

!r$ S$!$ !asudur )ahman 'l0'rif*c Engg (IUT)# $*c Engg (IUT)

!r$ !aruf 'hmed Dhali*c Engg (IUT)# $*c Engg (IUT)

!r$ -iamul 1uader*c Engg (IUT)# $*c Engg (IUT)

!r$ !d$ !oshiur )ahman Fara&i*c Engg (IUT)# $*c Engg (IUT)

!r$ Ishti&a I+ne '&ad*c Engg (IUT)# $*c Engg (IUT)

!r$ Ifte*har #asan*c Engg (IUT)# $*c Engg (IUT)

Part Time Faculty

Prof$Dr$ %$ Siddi(ue0e0)a++aniDepartment of $iomedical ,hysics and Technology# DU

Prof$Dr$ !d$ 2aha+ %han+hemistry Department# $UET

Prof$Dr$ !d$ !on,arul Islam+hemistry Department# $UET

Prof$Dr$ '$ %$ !$ '*ther #ossain,hysics Department# $UET

Prof$Dr$ Fero& 'lam %han,hysics Department# $UET

Prof$ Dr$ !ohammad 'n,arul '+edinEEE Department# DUET

!r$ !d$ '+dul 1uddus !ian=ssociate ,rofessor# athematics Department# $UET

7/25/2019 Course List 2014-15

6/50

Dr$ !d$ )afi Uddin=ssociate ,rofessor# ,hysics Department# $UET

!r$ !uhammad #amidur )ahman-ormer =ssistant ,rofessor# EEE Department# $UET and IUT

!r$ !d$ O+ayedullah

=ssociate ,rofessor# athematics Department# $UET

!r$ %a&i O+aidul ',al-ormer =ssistant ,rofessor# EEE Department# IUT-ormer +hief Engineer and Director# $=E+

Dr$ Fero& 'hmed=ssistant ,rofessor# *E+*# IU$

Course Structure for Undergraduate Programmes8 > 8ecture# , > ,ractical

First Semester

Course Course ContactCredit-um+er Title #ours #ours

7/25/2019 Course List 2014-15

7/50

. 0 P8ang 0104 *poken =ra"ic I 0 ? 4 100 !;8ang 010 *poken English I 0 & 4 100 !;8ang 0102 *poken -rench I 0 & 4 1005um 010@ Islamiat 4 & 0 4005um 1A Technology# Environment . & 0 .00

and *ocietyath 101 athematics I . & 0 .00,hy 101 Engineering ,hysics I . & 0 .00,hy 104 Engineering ,hysics I 8a" 0 & .34 0@+hem 101 Engineering +hemistry . & 0 .00+hem 104 Engineering +hemistry 8a" 0 & .34 0@EEE 101 Electrical and Electronic . & 0 .00

Engineering -undamentalsEEE 104 Elect rical and Elect ronic 0 & .34 0@

Engineering -undamentals 8a"+E 1A0 9orkshop ,ractice 0 & 4 100+E 1A/ Engineering Drawing 0 & .34 0@+*E 1@4 !ffice =utomation 8a" 0 & . 10

Total 8& , 1@ & 1.Total #ours 34$44 53$64

Second Semester

Course Course Contact Credit-um+er Title #ours #ours

. 0 P

8ang 0404 *poken =ra"ic II 0 ? 4 100 !;8ang 040 *poken English II 0 ? 4 100 !;8ang 0402 *poken -rench II 0 ? 4 1005um 040@ Islamic 5istory and +ulture . & 0 .00ath 401 athematics II . & 0 .00,hy 401 Engineering ,hysics II . & 0 .00

,hy 404 Engineering ,hysics II 8a" 0 & .34 0@EEE 401 Electrical +ircuits . & 0 .00EEE 404 Electrical +ircuits 8a" 0 & .34 0@EEE 40. Electronics I . & 0 .00EEE 40 Electronics I 8a" 0 & .34 0@EEE 40 +omputer ,rogramming . & 0 .00EEE 402 +omputer ,rogramming 8a" 0 & .34 0@EEE 410 Electrical 9orkshop ,ractice 0 & .34 0@EEE 440 Electrical Drawing and 0 & 4 100 Drafting

Total 8& , 1/ & 11Total #ours 57$64 53$86

Third Semester

Course Course ContactCredit-um+er Title #ours #ours

. 0 Path .01 athematics III . & 0 .00EEE .0. Electronics II . & 0 .00

7/25/2019 Course List 2014-15

8/50

EEE .0 Electronics II 8a" 0 & .34 0@EEE .0 Electrical achines I . & 0 .00EEE .02 Electrical achines I 8a" 0 & .34 0@EEE .0@ Digital Electronics & 0 00EEE .0/ Digital Electronics 8a" 0 & 4 100EEE .0A Electrical Engineering aterials 4 & 0 400EEE .1. Transmission and Distri"ution . & 0 .00

of Electrical ,ower

EEE .1 Transmission and Distri"ution 0 & .34 0@of Electrical ,ower 8a"

+*E .@4 Data"ase +oncepts and 0 & . 10 ,rogramming 8a"

Total 8& , 1/ & A0 Total #ours 58$64 55$86

Fourth Semester

Course Course Contact Credit-um+er Title #ours#ours

. 0 Path 01 athematics I7 . & 0 .00

EEE 01 *ignals and *ystems . & 0 .00EEE 04 *ignals and *ystems 8a" 0 & .34 0@

EEE 0. easurement and . & 0 .00Instrumentation

EEE 0 easurement and 0 & .34 0@Instrumentation 8a"

EEE 0 Electrical achines II . & 0 .00EEE 02 Electrical achines II 8a" 0 & .34 0@+E A Thermo fluid echanics . & 0 .00+E A2 Thermo fluid echanics 8a" 0 & .34 0@

5um A *ocial *tudies and =ccounting . & 0 .00

Total 8& , 1/ ? 200 Total #ours 59$44 5$44

7/25/2019 Course List 2014-15

9/50

Fifth Semester


. 0 PEEE 01 ,ower *ystem I . & 0 .00

EEE 0 Industrial Electronics I . & 0 .00EEE 02 Industria l E lectronics I 8a" 0 & .34 0@EEE A Telecommunication ,rinciples . & 0 .00EEE 20 Telecommunication ,rinciples 0 & .34 0@ 8a"EEE A0 Industrial trainingB 100+*E @4 +omputer =ided +ircuit 0 & . 10 =nalysis and Design 8a"+*E @. icroprocessor and =ssem"ly . & 0 .00

8anguage ,rogramming+*E @ icroprocessor and =ssem"ly 0 & .34 0@

8anguage ,rogramming 8a"

Elective I BB . & .34 .@Elective II BB . & .34 .@

Total 8& , 1/ & 100 Total #ours 5;$64 59$56

7/25/2019 Course List 2014-15

10/50

Seventh Semester

Course Course Contact Credit-um+er Title #ours

#ours . 0 P

EEE @00 ,roect and Thesis 0 & 2 .00EEE @0 +ontrol *ystem Engineering . & 0 .00EEE @02 +ontrol *ystem Engineering 8a" 0 & .34 0@EEE @1 Digital *ignal ,rocessing . & 0.00EEE @4 Digital *ignal ,rocessing 8a" 0 & .34 0@EEE @A0 Industrial TrainingB 100+E @A1 Engineering Economics 4 & 0 4005um @A *cience# Technology and Islam 4 & 0 400

Elective I BB . & .34 .@Elective II BB . & .34 .@

Total 8& , 12 &1400 Total #ours 5;$44 53$44

B Industrial training programme will "e organi6ed "y IUTduring the session "reak in "etween 2 thand @thsemestersand it is compulsory for all the students of $*c Engg(EEE) Duration of the training programme will "e a"outfour weeks

BB *tudent will "e re%uired to select two elective courses# with8a" (if any)# from @ thsemester Elective +ourses (ElectiveCroup +) on the approval of the 5ead of the Department

Eighth Semester

Course Course Contact Credit-um+er Title #ours

#ours . 0 P

EEE /00 ,roect and Thesis 0 & 2 .00EEE /0. ,ower *tation . & 0 .00EEE /0 Telecommunication . & 0 .00 EngineeringEEE /02 Telecommunication 0 & .34 0@ Engineering 8a"EEE /1. Energy +onversion . & 0 .00EEE /.1 *emiconductor Devices . & 0 .00

Elective I B . & .34 .@Elective II B . & .34 .@

Total 8& , 1/ & 100Total #ours 5;$64 53$56

B *tudent will "e re%uired to select two elective courses#with 8a" (if any)# from / th semester Elective +ourses(Elective Croup D) on the approval of the 5ead of theDepartment

7/25/2019 Course List 2014-15

11/50

Seciali&ation ?th> 8th> ;th Semesters$

!n the advice of 5ead of the Department# students will "eallowed to take two courses from Croups =# $# +# and Das listed "elow F&

Grou @ A'B

Fifth Semester

Seciali&ation

7/25/2019 Course List 2014-15

12/50

Grou @ ACB

Seventh Semester

Elective Courses


. 0 PEEE @11 ,ower *ystem ,rotection I . & 0 .00

EEE @14 ,ower *ystem ,rotection I 8a" 0 & .34 0@

EEE @1 5igh 7oltage Engineering . & 0 .00

EEE @1@ ,ower *ystem *ta"ility . & 0 .00

EEE @4. Data +ommunication I . & 0 .00

EEE @4 !ptical +ommunication . & 0 .00

EEE @4A Discrete athematics and . & 0 .00

7/25/2019 Course List 2014-15

13/50


. 0 PEEE 2000 Thesis 1/00

EEE 2004 ,roect

200

EEE 210 =dvanced Engineering =nalysis . ? 0 .00EEE 2400 *elected Topics in Electrical and . ? 0 .00

Electronic EngineeringEEE 244A 78*I Design . ? 0 .00EEE 24.1 =dvanced =nalog I+ Design . ? 0.00EEE 24.. =dvanced =nalog Electronics . ? 0 .00EEE 24. =dvanced *olid *tate Devices . ? 0 .00EEE 24.@ I+ ,rocessing and -a"rication . ? 0 .00

Technology

EEE 2.01 ,ower *ystem ;elia"ility . ? 0 .00EEE 2.0. ,ower *ystem ,lanning . ? 0

.00EEE 2.0 Transients in ,ower *ystem . ? 0

.00

EEE 2.0@ ,ower *ystem odeling . ? 0

.00

EEE 2.0A +omputer ethods in ,ower . ? 0

.00

*ystem =nalysis

EEE 2.11 ,ower *ystem !ptimi6ation . ? 0 .00

EEE 201 !ptical -i"er +ommunication . ? 0 .00

EEE 20. 9ireless +ommunication . ? 0

.00EEE 20 =dvanced Digital *ignal . ? 0

.00

,rocessing

EEE 20@ Digital +ommunication . ? 0

.00

EEE 20A Information Theory . ? 0 .00

EEE 211 9ireless =d 5oc and *ensor . ? 0

.00

7/25/2019 Course List 2014-15

14/50

COU)SE CO-TE-TS

For Undergraduate Programmes

!ath 94 !athematics I 3 0 4 Credit3$44

Differential calculusF 8imit# continuity and differentia"ility offunctions *uccessive differentiation 8ei"nit6 theorem Taylorand aclaurin theorem# e'pansion of functions in seriesIndeterminate forms ,artial differentiation# tangent# normal#curvature# asymptotes# envelopes# curve tracing Determinationof ma'imum and minimum of functions with applications

Integral +alculusF Integration "y the method of su"stitutionIntegration "y parts Integration "y successive reduction*tandard integrals Definite integrals# its properties and use insumming series Determination of area under a plane curve andarea of a region enclosed "y two curves in +artesian and polarco&ordinates Trape6oidal and *impsons rules =rc length of acurve in +artesian and polar co&ordinates 7olumes and surfaceareas of solids of revolution

Two dimensional co&ordinate geometryF +hange of a'esTransformation of co&ordinates *implifications of e%uation ofcurves

Phy 94 Engineering Physics I 3 0 4 Credit 3$44

ElectrostaticsF Electric force# +oulom"s law# Electric field fordifferent charge configurations Electric flu'# Causs law and itsapplication Electric potential and potential difference#e%uipotential surfaces ,olar and non&polar materials# Dielectricconstant

+apacitorsF ,arallel plate# +ylindrical# *pherical capacitors withdielectric Energy stored in capacitors

ElectromagneticsF agnetic field# agnetic inductionG,ermea"ility agnetic filed of a solenoid -aradays law ofelectromagnetic induction# 8en6s law Inductance# Energystored in inductors *elf and utual inductances

!pticsF Interference Houngs dou"le slit e'periment# fringe

width# determination of wavelength of light and thickness of atransparent sheet Interference due to reflection

7/25/2019 Course List 2014-15

15/50

Different types of solution and their compositions ,hase rule#phase diagram of monocomponent system ,roperties of dilutesolutions Thermo chemistryG chemical kinetics# chemicale%uili"riums Ioni6ation of water and p5 concept Electricalproperties of solution

Chem 945 Engineering Chemistry 4 0 3

7/25/2019 Course List 2014-15

16/50

,artial differential e%uationsF -irst and second order partialdifferential e%uation# $oundary value pro"lems 8aplacee%uation and ,oisson e%uation and their solution in rectangularand cylindrical co&ordinates Eigen value and "oundary valuepro"lems in electrical and electronic Engineering

atri'F Inverse of a matri'# ;ank of matri' Elementarytransformations *olution of simultaneous e%uations "y using

matri' Eigen value and Eigenvectors

Phy 954 Engineering Physics II 3 0 4 Credit 3$44

*tructure of matterF +lassification of *olidsG +rystalline andnon&crystalline solidsG unit cell# +rystal systems# +rystal structures#=tomic radius and crystal packing and packing density +rystaldirections# ,lanes and ,lanar spacing and cell edge $raggslaw Deflects in *olidsF -rankel and *chottky deflectsG Diffusionin solids

odern ,hysicsF *pecial theory of relativity# Calilean relativity#8orent6 transformation e%uations# relativistic length# time and

mass ass energy relation ,hoto&electric effect +omptonscattering ;adioactivity ;adio active decay law 5alf hfe# meanlife Introduction to

7/25/2019 Course List 2014-15

17/50

E'periments "ased on EEE 40.

EEE 9546 Comuter Programming 3 0 4 Credit 3$44

Elements of computer structure and languages The num"ersystem & $inary arithmetic ,rinciple of programming *tructuredprogramming concepts *urvey of features of + language9riting# de"ugging and running programs (including file

handling) on +

7/25/2019 Course List 2014-15

18/50

The depletion and enhancement type of !*-ET# "iasing andapplication of depletion and enhancement type !*-ET# highfre%uency -ET analysis

-eed "ack amplifier F +lassification# effect of feed "ack ontransfer gain input and output impedance# distortion# noise andsta"ility

!scillatorsF +onditions for self sustained oscillations in

sinusoidal and nonsinusoidal oscillators Design of oscillator#ultivi"ratorsG *chmitt Trigger

!perational =mplifierF (!,=mp) Introduction & type of !,=mps#integrating# and differentiating circuits# summing amplifier#voltage to current converter# voltage follower

Electronic analogue computation Instrumentation amplifier+omparators# the window comparator# waveform conversion andgeneration

EEE 9349 Electronics II .a+$ 4 0 3

7/25/2019 Course List 2014-15

19/50

EEE 9347 Electrical Engineering !aterials 5 0 4 Credit 5$44

+onducting materialsF Ceneral properties# common conductingmaterials# copper# aluminium and their physical# chemical andelectrical properties# 8ight metals and alloys Electricalresistance of alloys# chrome&nickel# chrome&nickel alloy#chrome&nickel steel

*emiconducting materialsF +onductivity# effect of temperature#Cermanium and *ilicon and their physical and electricalproperties# 5all effect# photoconducting materials and their uses

Insulating materialsF Ceneral properties of insulating materials#dielectric constant# potential gradient# dielectric strength#impregnating and filling compounds# insulating fa"rics# ru""erand gutta percha# mica compounds ,lastic materials aselectrical insulators Insulating oils and their properties# dielectricstrength# viscosity# testing of insulating oils Insulating gasesused in electrical e%uipment and apparatus Insulating materialsused in ca"les# ca"le ointing materials

agnetic materialsF agnetic materials and their properties#

eddy current and 5ysteresis losses# ferromagnetic materials andferrites# permalloy and electrical sheets

!ptical "ehavior of aterialsF 8uminescence# 8ight ?emittingdiodes# 8asers# Interaction of photons with a material

EEE 933 Transmission and 3 0 4 Credit3$44

Distri+ution of Electrical Po,er

Ceneral system layout# 8ow voltage D+ distri"ution system#=+ distri"ution system# radial and ring systems# distri"utoraspects# sag calculations# poles and towers insulators#

calculation of inductance and capacitance +urrent and voltagerelations on a transmission line# short lines# edium&lengthlines# 8ong linesG ca"les# manufacture# laying and ointing ofca"les# insulation resistance and capacitance ,rotection oftransmission and distri"ution systems

EEE 939 Transmission and Distri+ution 4 0 3

7/25/2019 Course List 2014-15

20/50

,rogramma"le logic# =rray (,8=)# D 3= and =3D converters withapplications Different types of digital storage media

EEE 9355 Digital Techni(ues I .a+$ 4 0 3

7/25/2019 Course List 2014-15

21/50

=lternator switchgear and control panels# automatic voltagecontrol e%uipment =pparatus for automatic voltage controle%uipment =pparatus for automatic synchroni6ation controlTransformer tap changing control e%uipment =utomaticreclosing control of circuit "reakers and oil circuit reclosers(!+;*)

EEE 9335 S,itchgear and Protective 4 0 3

7/25/2019 Course List 2014-15

22/50

E'periments "ased on EEE 01

EEE 9943 !easurement and 3 0 4 Credit3$44 Instrumentation

easurementF Units and standards easurement of resistance#inductance and capacitance&=+ and D+ "ridge methods

easurement of fre%uency and phase differenceeasuring InstrumentsF Indicating instruments and theirclassifications oving coil and moving iron instruments Lclip&onL instrumentsG Dynamometer and thermal instruments

agnetic measurements# "allistic galvanometer# flu' meter+athode ray oscilloscope# & meters E'tension of instrument &range

Transistor testers# digital voltmeter and multimeters =3D andD3= converters

EEE 9949 !easurement and 4 0 3

7/25/2019 Course List 2014-15

23/50

EEE 9956 Electrical and Electronic 3 0 4 Credit 3$44 Technology II for !CE Students

7oltage and current relations in . ? phase circuits# . ? phasecircuit analysis# ,ower measurements in . ? phase systems

*ingle phase and . ? phase transformersF "asic principle#transformer e%uation# e%uivalent circuits# testing oftransformers# special transformers and their uses

D+ achineF ,rinciple of operation# types# performances andcharacteristics# speed control of D+ motors# motor starters#parallel operation of D+ generators

=+ achineF *ynchronous generatorsF emf e%uationcharacteristics and parallel operation of alternators# . ? phaseinduction motors& principle of operation# e%uivalent circuit#speed# tor%ue characteristics Introduction to fractional horse&power motors

7acuum Tu"esF Diodes# Triodes# Tetrodes# ,entodes and other

special tu"es

*emiconductorsF *emiconductors diodes# characteristics anduses Transistors ? principle of operation# e%uivalent circuits#"iasing transistor circuits =mplifiers and oscillators ? varioustypes and their characteristics *ilicon controlled rectifiers (*+;)and their uses +athode ray and tu"es and oscilloscopeIntroduction to digital electronics

,ractical uses of TransducersF easurement of conductivity#strain# temperature# pressure# flow rate# speed and tor%ue "yusing transducers

EEE 995? Electrical and Electronic 4 0 3

7/25/2019 Course List 2014-15

24/50

fuses and their applications# indoor switchgear# metalcladswitchgear# low voltage control gear# contractors# low voltagecircuit "reakers# moulded case circuit "reakers# isolators andearthing switches *chemes of electrical layout and "us "ardesigns in different types of stations and su"&stations +ontrol ofpower "y reactance# automatic supervisory control e%uipment=utomatic +ontrol E%uipment for stand "y supply

EEE 9935 S,itchgear and 4 0 3

7/25/2019 Course List 2014-15

25/50

EEE 964; Illumination Engineering .a+$ 4 0 3

7/25/2019 Course List 2014-15

26/50

Industrial and +ommercial =pplication of Electrical power=pplication of a electricity in domestic services# factories(+asestudy)# +ranes and lifts Use of Electricity in =gro&"asedactivities =pplication of electricity in =ircraft and =erospace&7ehicles Electricity in automo"ile =pplication in ;ailwaytraction and *ignaling Uses of Electricity in ining#Electroplating# =ir +onditioning and ;efrigeration

EEE 9659 Utili&ation of Electrical 4 0 3

7/25/2019 Course List 2014-15

27/50

Information theoryF easure of information# error freecommunication over a noisy channel# channel capacity

7/25/2019 Course List 2014-15

28/50


EEE 9?46 Electromagnetic Fields 3 0 4 Credit 3$44and 2aves

ElectrostaticsF +oulom"Js law# force# electric field intensity#electrical flu' density Causs theorem with application#electrostatic potential# "oundary conditions# method of images

8aplaceJs and ,oissons e%uations# energy of an electrostaticsystem# conductors and dielectrics

agnetostaticsF +oncept of magnetic field =mpereJs law# $iot&*avert law vector magnetic potential# energy of magnetostaticssystem# mechanical forces and tor%ues in electric and magneticfields

Craphical field mapping with applications# solution to 8aplaceJse%uations ;ectangular# cylindrical and spherical harmonics withapplications

a'wellJs e%uations# their derivations# continuity of charges#concept of displacement current $oundary conditions for time&

varying systems ,otential used with varying charges andcurrents ;etarded potential# a'wellJs e%uations in differentcoordinate systems

;elation "etween circuit theory and field theory F +ircuitconcepts and the derivation from the field e%uations 5ighfre%uency circuit concepts# circuit radiation resistance# *kineffect and circuit impedance# +oncepts of good and perfectconductors and dielectrics +urrent distri"ution in various typesof conductors# depth of penetration# internal impedance# powerloss# calculation of inductance and capacitance

,ropagation and reflection of electromagnetic waves inun"ounded mediaG ,lane wave propagation polari6ation# power

flow and ,oyintingJs theorem Transmission line analogy#reflection from conducting and conduction dielectric "oundaryGDisplay lines ion in dielectric# li%uids and solids# plane wavepropagation through the ionosphere# introduction to radiation

EEE 9?48 S,itchgear and Control 3 0 4 Credit 3$44E(uiment II

+ircuit "reaker testing# type tests# routine tests# short circuittesting of circuit "reakers# short circuit testing plants# insulationre%uirement and high voltage testing of circuit "reakers# 5;+fuses and their applications# indoor switchgear# metalcladswitchgear# low voltage control gear# contractors# low voltagecircuit "reakers# moulded case circuit "reakers# isolators andearthing switches *chemes of electrical layout and "us "ardesigns in different types of stations and su"&stations +ontrol of

power "y reactance# automatic supervisory control e%uipment=utomatic +ontrol E%uipment for stand "y supply

EEE 9?4; S,itchgear and Control 4 0 3

7/25/2019 Course List 2014-15

29/50

;adio wave propagation and modeling# -ree space propagationmodel# ;adio wave reflectionsF Cround reflection modelDiffractionsF :nife&Edge Diffraction Ceometry# -resnel Kones*catteringF ;ayleigh +riterion# ;adar +ross *ection odel 8og&

7/25/2019 Course List 2014-15

30/50

,rogramma"le interrupt controller (,I+)F The /4A (or otherdevices)# general description and "lock diagram# systemconnections# cascading of multiple /4As# initiali6ing the ,I+?initiali6ation command words and operational command words,rogramma"le interval timerF The /4 (or other devices)# "lockdiagram and system connections# modes and control words#interval timer applications

:ey"oard3Display +ontrollerF The /4@A (or other devices)# "lockdiagram# initiali6ation

EEE 9?54 Periherals and 4 0 3

7/25/2019 Course List 2014-15

31/50

EEE 9844 Pro/ect and Thesis 4 0 ? Credit 3$44

The students are re%uired to undertake a maor in the field ofElectrical and Electronic Engineering The o"ective is to providean opportunity to the students to develop initiative# creativea"ility# confidence and engineering udgment The results of thework should "e su"mitted in the form of a report which includeappropriate drawings# charts# ta"les# references etc

EEE 9844T)elated Pro/ect and )eort 4 0 ? Credit 3$44For TE students

The students are re%uired to undertake a proect in the relatedfield of Electrical and Electronic Engineering The results of thework should "e su"mitted in the form of a report

EEE 984 Po,er System Engineering I 3 @ 4 Credit3$44 for TE Students

;epresentation of power systems# single line diagrams#impedance and reactance diagrams# per&unit system of

calculations ;eactances of synchronous generators and itse%uivalent circuits# *ymmetrical fault calculations# limitation ofshort circuit current using reactors

*ymmetrical components# positive# negative and 6ero se%uencenetwork of generators# transformers and lines# Unsymmetricalfault calculations

,ower and reactive power flow calculations of simple systems#load flow studies of large systems# control of voltage# power andreactive power

EEE 9843 Energy Conversion 3 0 4 Credit

3$44 for TE Students

Energy +onversion ,rocessesF Ceneral introduction# energysources# renewal and non&renewal energy sources ,rinciple ofconservation of energy Total energy concept Direct ElectricalEnergy +onversion -uel cell# Thermo&electric# Electric#Electrostatic and pie6oelectric energy conversions *olar energy#

$ulk power generation# photo electric and photo voltaic# solarcellsG construction and characteristics

Electro&mechanical Energy +onversionF Electrical toechanical# echanical to Electrical and Electrical to Electricalconversions $ulk energy conversion devicesG Ceneralformulation of e%uations Introduction to generali6ed machinefrom field concept Introduction to Electric Traction

EEE 9846 Control System Engineering 3 0 4 Credit3$44

+oncepts of an Engineering *ystem and its representationDynamical *ystem# their characteri6ationsF mathematicalmodels of physical systemsG transfer function# signal flowdiagrams *teady state and transient response using placetransform methodG pole& 6ero conceptsG error analysis *ta"ilityanalysis& ;outh#

7/25/2019 Course List 2014-15

32/50

protection# ,rotection of "us&"ars# generators# transformers andmotors

Different types of surge protection# diverters and their selection,erformance of transmission lines with respect to lightningphenomena and stroke currentsDifferent types of neutral and e%uipment grounding of powersystems and selection Earth resistance and their

measurements

EEE 985 Po,er System Protection I 4 0 3

7/25/2019 Course List 2014-15

33/50

EEE 9856 Otical Communication 3 0 4 Credit3$44

Introduction to !ptical +ommunication Elementary theory ofpropagation through optical fi"ers ;eflection# ;efraction#Dispersion and attenuation of signals propagation through -i"er+a"les ,ropagation characteristics of different kinds of f i"ers!ptical transmitter F 8aser in the field of optical communication

!ptical detector# receivers and amplifiers Unguided and guidedoptical communication system Economy of optical fi"er systemin Telecommunications# 8ocal data distri"ution# datatransmission and telemetry !ptical fi"er digital communication

EEE 9858 'dvanced Electrical !achines I 3 0 4 Credit 3$44 for TE Students

=+ commutator achines# classifications of =+ commutatormotors *ingle ,hase series motors# universal motors# repulsionmotors# "rush&shifting series motors# "rush&shifting polyphaseshunt motor# industrial motor controls# "rush&less synchronousmachines# self synchronous apparatus# self synchronous powerdrives and special D+ generators

;otating regulators# rototrol# amplidyne# metadyne synchronousconverters# static power converters

EEE 985; 'dvanced Electrical 4 0 3

7/25/2019 Course List 2014-15

34/50

the resonators# other modes in rectangular resonators;adiationF ;adiation from a small current element ;adiationfrom 5ert6ian dipole# radiation resistance# radiation pattern#,roperties of half wave dipole# Description of other types ofantennas# mono&pole# horn# rhom"ic and para"olic reflector=rray antennas and their radiation patterns# Hagi&Uda antennaicrowave DevicesF Directional coupler# attenuator# phaseshifter# circulator# isolator etc icrowave amplifiers and

oscillatorsF Cain and sta"ility# *ta"ility circles# *ingle&stagetransistor amplifier design# Design for ma'imum gain# +onstantgain circles and design for specified gain# 8ow&noise amplifierdesign

EEE 9894 !icro,ave Engineering .a+$ 4 0 3

7/25/2019 Course List 2014-15

35/50

Interconnected *ystem F +apacity savings# power sharingamongst units for economic allocation ,rivate generationFindustrial co&generation# capacity generation *ite selection of,ower *tation

5ydro & power stations and e%uipment# plant au'iliaries# plantoperation

7/25/2019 Course List 2014-15

36/50

*tatic 7s Electromagnetic ;elaysG *tatic ;elay -undamentalcircuits ? Design of -unctional circuits

*tatic ;elays with Integrated +ircuits

8atest Trends in *tatic ;elay Design ? use of microprocessors inprotection circuits

EEE 9;? Protective )elay Design .a+$ 4 0 3

7/25/2019 Course List 2014-15

37/50

Cunn effect and related devices *pontaneous and stimulatedemission# Einstein relationship# threshold conditions# pumpingmethods *emiconductor 8aserF population inversion#confinement# turn&on delay# emission power# materials$iomedical electronicsF active and rest potentials#electrocardiograph (E+C)# pacemaker

EEE 9;39 'dvanced Electronics II .a+$ 4 0 3

7/25/2019 Course List 2014-15

38/50

uantum theoryF *chrodingerJs wave e%uation and one0dimensional potential structures

EEE 9;96 )ene,a+le Energy System 3 0 4 Credit3$44

Importance of renewa"le energy# sources *tatistics regardingsolar radiation and wind speed Insulation G geographicaldistri"ution# atmospheric factors# measurements *olar cellGprinciple of operation# spectral response# factors affectingconversion efficiency# I&7 characteristics# ma'imum poweroutput ,7 modules and arraysF stationary and tracking ,7systemsF stand alone# "attery storage# inverter interfaces withgrid 9ind tur"ine generatorsF Types# operational characteristics#cut&in and cut&out speed# control# grid interfacings# =+&D+&=+link

EEE 9;98 'dvanced Electrical !achines 3 0 4 Credit 3$44

*pecial achinesF Universal motor# repulsion motor# hysteresismotor# single and three phase reluctance motors# switchedreluctance motor# permanent magnet D+ motor# "rushless D+

motor# stepper motor# "rushless synchronous machines

D+ and =+ motor controlF *emiconductor static powerconverters# fundamentals of D+ and =+ motor control "y usingsemiconductor static power converters Electrical machinedesignF Design principles# single and three phase transformerdesign# design of single and three phase induction motors#application of computers in modern design of electricalmachines

EEE 9;9; 'dvanced Electrical 4 0 3

7/25/2019 Course List 2014-15

39/50

Otical communication

Electromagnetic spectrum# use of light in communication#principle of light propagation through optical fi"er# fi"erstructure# total internal reflection and numerical aperture# stepand graded inde' fi"er# single mode fi"er# fi"er characteristics#fi"er loss connectors# couplers Different types of sources anddetectors !ptical modulation and demodulation techni%ues

COU)SE CO-TE-TS

For Postgraduate Programmes

EEE ?444 Thesis Credit ;$44

EEE ?445 Pro/ect Credit ?$44

EEE ?46 'dvanced Engineering 304 Credit3$44 'nalysis

9avelet transform# chaos and "ifurcation theorems# 9alshfunction# Creens function# finite element techni%ues# -u66ylogic# Cenetic algorithms# *tochastic process

EEE ?544 Selected Toics in Electrical 304 Credit3$44 and Electronic Engineering

EEE ?557 .SI Design 304 Credit 3$44

Design of microelectronic circuits such as registers# +!*su"system# adder and related functions# multipliers#programma"le logic arrays (,8=s) via large scale integratedcircuitry with emphasis on high&level structured designmethods for 78*I systems

EEE ?53 'dvanced 'nalog IC Design 304 Credit3$44

Data converter fundamentals# =nalog to digital converter (=D+)"uilding "locks# =D+ architectures# Digital to analog converter(D=+) architectures# The successive appro'imation register(*=;) =D+# !perational amplifier (op&amp) in data converters#;esistor ;&4; D=+# !p&amp design# *+ circuits# !p&amp

design for switch capacitor (*+) circuits# Effects of offsets#+ontinuous&time design# +ommon mode feed"ack (+-$)#Design using *+ +-$# The design of fully&differential op&amp#*ta"ility# !ffset storage# Dynamic analog circuit design# *ampleand hold (*35)# $ottom plate sampling# 8ow noise design#!*-ET noise modeling#

7/25/2019 Course List 2014-15

40/50

metalli6ationG *i "ipolar and !*-ET technologies# advanced"ipolar processes# $i+!*

EEE ?34 Po,er System )elia+ility 304 Credit3$44

;eview of "asic pro"a"ility theory# $asic relia"ility conceptsarkovian model of generation unit# Development of loadmodels# ,ro"a"ilistic simulation of generating systems#;elia"ility indicesF ;ecursive# segmentation and cummulantmethod to o"tain loss of load pro"a"ility (8!8,)# odeling forforecast uncertainty# ;elia"ility evaluationF energy limited units#interconnected systems# composite transmission and generatingsystem# and su"station and switching stations

EEE ?343 Po,er System Planning 304 Credit3$44

$asic o"ectives of power system planning# Ceneration

e'pansion planning process# Electrical demand forecastingFcurrent demand forecasting approaches Ceneration planningFeconomic analysis# e'pected energy generation# e'pected fuelcost# $ooth&$aleriu'# cummulant and segmentation methods#,ro"a"ilistic simulation of hydro and energy limited units#E'pected energy production cost of interconnected systems#Economic aspects of interconnection# Different aspects of loadmanagement# 9=*,# Moint ownership of generation

EEE ?346 Transients in Po,er System 304 Credit3$44

Transients in simple electric and magnetically linked circuits#

impacts of switching on rotating machinery ,arallel operation ofinterconnected networks# Interaction of Covernors in powersystems !vervoltage during power system faults *ystemsvoltage recovery characteristics Effect of arc restriking onrecovery voltage *witching surges and overvoltage arresterre%uirements !vervoltage caused "y sudden loss of load and"y open conductor

EEE ?348 Po,er System !odeling 304 Credit3$44

!verview of the applications of power electronics at utility anddemand sides# sources of harmonicsF utility devices andconsumer loads 7arious models for nonlinear and dynamicloads 5igh voltage direct current (57D+) transmission systemmodeling =+&D+ load flow studies odeling of fle'i"le =+transmission systems (-=+T*)F conventional thyristor controlledreactors and phase shifters# voltage source inverter (7*I) "asedstatic condenser (*T=T+!

7/25/2019 Course List 2014-15

41/50

EEE ?94 Otical Fi+er Communication 304 Credit3$44

Introduction to advantages and future prospects of optical fi"ercommunication !ptical fi"er&mode theory# fi"er types andcharacteristics 8ight sourcesF light emitting diode and laserdiode DetectorsF ,I< and avalanche photodetectors ;eceiveranalysisF direct detection and coherent detection# noises andlimitations Transmission limitationsF chromatic dispersion#nonlinear refraction# scattering# four wave mi'ing# laser phasenoises !ptical amplifierF laser and fi"er amplifiers ultichanneloptical systemF fre%uency division and wavelength divisionmultiple'ed systems !ptical devices and components forcommunication

EEE ?943 2ireless Communication 304 Credit3$44

Introduction to cellular concepts# f re%uency reuse# cochannelinterference# handoff ;adio propagation in and around"uildings -riis e%uation# multipath# narrow&"and and wide"andchannels# small scale and large&scale statistics# space and time

signal variation ;eceiver sensitivity# sources of noise,erformance statisticsF coverage# margin# digital modulation#adacent channel interference# and digital error rates 9ide "andchannels# ma'imum transmission rates ulti&server %ueuingand traffic# Erlang formulas

EEE ?946 'dvanced Digital Signal 304 Credit 3$44Processing

;eview of discrete&time signals and systems# applications of K&transform# discrete -ourier transform (D-T) and fast -ouriertransform (--T) to fre%uency analysis of signals and systemsDesign of digital filters ultirate digital signal processing 8inearprediction and optimum linear filters ,ower spectrum

estimation

EEE ?948 Digital Communication 304 Credit3$44

Elements of a digital communication system and informationtheory odulation and demodulation for the additive Caussiannoise channel Efficient signaling with coded waveforms Digital

signaling over a channel with intersym"ol interference andadditive Caussian noise&characteri6ation of $and&8imited+hannels Digital signaling over fading multipath channels*pread spectrum signals for digital communications

EEE ?947 Information Theory 304 Credit3$44

Information&theoretic %uantitiesF Entropy# mutual information anddivergence =symptotic e%uipartition property (=E,)# Datacompression +hannel capacity# *trong coding theorem (randomcoding e'ponent)

7/25/2019 Course List 2014-15

42/50

!ptimi6ation Techni%uesG 8inear ,rogrammingF *imple' ethod#=dvanced TopicsG

7/25/2019 Course List 2014-15

43/50

;eview of techni%ues and applications in computationalelectromagnetics -inite&Difference Time&Domain solution ofa'wells e%uationsF "oundary conditions# numerical sta"ility#numerical dispersion# near&to&far field transformationIntroduction to -inite&Elements Techni%ueF "asis and weightingfunctions# Calerkins method# nodal and edge elements#variational formulation# applications Introduction to the ethod

of omentsF integral formulation of electrostatics# Creensfunction# point matching and Calerkins method# treatment ofopen regions

EEE ?84 -onlinear Control System 304 Credit3$44

Techni%ues availa"le to analy6e and synthesi6e nonlinear anddiscontinuous control systems odern sta"ility theory# time&varying systems# D-# DID-# 8yapunov theory# adaptive control#identification and design principles using these conceptsGe'amples of electronic and electromechanical systems

EEE ?843 !odern Control 304 Credit

3$44

7ector normsG induced operator normsG 8p sta"ilityG the smallgrain theoremG performance3ro"ustness trade&offsG 81 and 5oooptimal , control as operator norm minimi6ationG 54 optimalcontrolEEE ?846 Digital Control System 304 Credit3$44

Introduction to digital controlF !verview discrete&time systems#odeling of digital control systemG *ampling and reconstruction!pen&loop discrete&time systems# +losed&loop systems# Timeresponse characteristics and *ta"ility of digital control systemG

Digital control system designF Different types of digitalcompensators design# Transfer function approach to controllerdesignG ,ole placement controllersF *tate space approach tocontroller design and state estimation

EEE ?;4 Po,er Electronics 304 Credit3$44

,rinciples and characteristics of power semiconductor devicesGclassification of static power converters and their applications#ac phase controllerG pulse width modulationG switch mode D+ toD+ converters# resonant convertersG -ourier analysis of staticconverter waveforms

Course Contents For DE Programme

EEE 5 )adio Systems I 3 0 4 Credit 3$44

The operation and characteristics of solid state devicesGswitching diodes# +ontrolled rectifiers# Kener diodes# tunneldiodes# !*# -ET# I+s

=mplifiersF 7alve and transistor circuits of =mplifiers (=- and;-) gain "and&width and -re%uency response

7/25/2019 Course List 2014-15

44/50

,ower =mplifiersF ,ro"lems of matching# amplitude# phase andfre%uency distortion ,ush pull =mplifiers# *ingle and Dou"leand dou"le ended

!scillatorsF +rystal controlled oscillators# $locking oscillators#multivi"rators

,rinciple of operation of speakers and microphones Impedancematching and phasing ,ower# impedance and fre%uency

responses in regard to speaker rating

$lock diagrams of ;adio receivers and their functional analysis= and - ;eceiversF ,erformance of = and -receivers# in regard to tracking# selectivity# sta"ility and fidelity

EEE 55 )adio Systems I .a+$ 4 0 3 Credit$64

E'periments "ased on EEE 411A

EEE 53 T Systems I 3 0 4 Credit3$44

,rinciple of "lack and white television transmission andreception picture fre%uency and persistence of vision

=erial input circuits# filters# image reection circuits

-actors affecting choice of intermediate fre%uency (I-) $and ?width re%uirement and means of o"taining it *haping circuits forI-# the use of integrated circuits for I- amplifiers =lignment ofI- amplifiers

7ision demodulatorsF $and ? width# I- filtering and soundreection inter&carrier sound

7ideo fre%uency amplification $and&width and phase distortion=+ and D+ coupling# D+ restoration

*ync pulse separators

=mplitude separation of pulses from v ideo signal and fre%uencyseparation of line and field sync pulses -ield sync clippers

Time "asisF 7alve and transistor circuits in common useethods of o"taining and controlling linearity and amplitudecontrol *ynchroni6ationF flywheel sync line circuits

Use of line time "ase to supply E'tra 5igh Tension# (E5T)"oost high tension# focus supplies and low voltage supplies fortransistor operation 7oltage multipliers

EEE 59 T Systems I .a+$ 4 0 3 Credit$64


EEE 58 Electrical and Electronics 3 0 4 Credit3$44 Devices I

,rinciples of operation of F *olid state diodesF their applicationas rectifiers and voltage sta"ili6ers

TransistorsF ("ipolar and field effect)# circuit configuration and"iasing for amplifier circuits

ThermistersF circuits employing thermisters as temperaturesensors

Thyristors# Diac and TriacsG +ircuits employing thyristors forvariation of power and switching

+onstruction and operation of ;elays G Ceneral purpose reedand post office types

EEE 5; Electrical and Electronics 4 0 3 Credit$64 Devices I .a+$

E'periments "ased on EEE 411@

EEE 57 Transducers and 30 4 Credit3$44 their 'lications

7/25/2019 Course List 2014-15

45/50

+lassification of TransducersF ,rinciples of operation#characteristics and application of the following transducers#Transducers for measurement of pressure and vacuum

;esistances typesF *train gauge# potentiometer# thermister# lightdependent resistor (8D;) and resistance thermometer

+apacitive typesF Using varia"le air ? gap# plate area andpermittivity (its use as a varia"le impedance device and part of

an oscillator tuned circuit)

Inductive TypesF *ynchronous tachogenerators# linear varia"ledifferential transformer (87DT)# varia"le reactance type,hotoelectric# thermocouple and pie6oelectric transducers

EEE 554 Transducers and 40 3 Credit$64 their 'lications .a+$


EEE 55 )adio Systems II 3 0 4 Credit

3$44

7arious types of power supplies# half wave and full&waverectifiers# -ilters# regulators and sta"ili6ers

-eed&"ack =mplifiersF -eed"ack circuits# negative feed"ack#automatic fre%uency control (=-+) =utomatic Cain +ontrol(=C+)# effects of negative feed"ack on gain# sta"ility etc$asic principles of =mplitude and fre%uency modulation (-)#;elative merits of amplitude modulation and fre%uencymodulation - detector# ratio detector limiter# discriminator-iltersF Types of filters and their importance 75- tuners for

-# Intermediate fre%uency I- =mplifiers# including factors

affecting choice of intermediate fre%uency use of dual I- stagesfor =3 - receivers

,rinciple of magnetic tape and video recording *ound *ystems

,rinciple and construction of aerials# *imple "inary counting,rinciples of $oolean =lge"ra# 8ogic gates and truth ta"les#=ddition# *u"traction# ultiplication *witching circuits and

techni%ues ;*M: $ista"les +ounters and registersGultiple'ing# coding and decoding

EEE 555 )adio Systems II .a+$ 4 0 3 Credit$64


EEE 553 T Systems II 3 0 4 Credit3$44

,rinciple of +olour Television system# +olour picture tu"e+omposite v ideo signal# luminance and chrominance signalsand their "and&width# colour "ar pattern and Inter&relationship ofcolour signals +olour T7 +amera# Transmission systems (,=8#

7/25/2019 Course List 2014-15

46/50

,rinciples of operation of Thyratron and Electronic =mplifiers#!perational =mplifiers# Instrumentation =mplifiers ? otherspecial devices used for industrial controlG ,rinciples ofoperation and types of motors and generators# including techno&generators# servomotors and stepping motors

EEE 5554 Electrical and Electronics 4 0 3 Credit $64 Devices II .a+$


EEE 555 Industrial Instrumentation 3 0 4 Credit3$44 and Control

$asic concept of instrumentation# Instrumentation elements"ased on resistance variation# Electrostatic and capacitancevariation# instrumentation using magnetic and inductiveelements Instrumentation for measuring temperature# pressure#heads# level and flow measuring process instrumentation*peciali6ed instrumentation

Definition of servo mechanism and process control Dynamicresponse of servo systems ethods of improving servoperformance# Industrial process control

EEE 5555 Industrial Instrumentation 4 0 3 Credit$64 and Control .a+$


Course Contents For PGDTE Programme

EEE 644 Secial Studies 4 0 9 Credit5$44

The students are re%uired to undertake a maor proect in thefield of electrical and electronic engineering in their respectivespeciali6ation The o"ective is to provide an opportunity to thestudents to develop initiative# creative a"ility# confidence andengineering udgement The results of the work should "esu"mitted in the form of a report which should includeappro'imate drawings# charts# ta"les# references etc

EEE 64 'nalysis and Synthesis 3 0 4 Credit3$44 of Circuits

Introductory network concepts Definitions and sym"ols *ign

convention Terminals and ports

7/25/2019 Course List 2014-15

47/50

8attice networks transmission characteristic *ignal distortions;elationship "etween "andwidth and rise time# and "etweendelay time and net&functions

EEE 643 Electric and !agnetic 304 Credit3$44 Proerties of !aterials

=toms and aggregates of atomsG +rystals# waves in crystalsG*chro&dinger wave e%uation# uantum staticsG +onductivitytheoryG +ollision theory and conductivity of metalsG +onductorsG+arrier transport theory# ,

7/25/2019 Course List 2014-15

48/50

Course Contents For !ScTE Programme

EEE ?4 Engineering 'nalysis 3 0 4 Credit3$44

,rofessional methods of dealing with pro"lems in Electrical andElectronic Engineering athematical and ,hysical principlesapplied to pro"lems of diverse topics 8inear spaces#

7/25/2019 Course List 2014-15

49/50

EEE ?548 Comuter 'ided Po,er 304 Credit3$44 System Design

Ceneral review of network and matri' theories =lgorithms forformation of network matrices Three& phase networks flu'&linkage calculations# line parameter calculations# short&circuitcalculations# load flow studies# system sta"ility studies#prediction of relia"ility# over voltages and relay coordinations

EEE ?547 Transients in Po,er Systems 3 0 4 Credit3$44

Transients in simple electric and magnetically linked circuitsG-undamentals Impacts of *witching on rotating machinery,arallel operation of interconnected networksG

Distri"ution of ,ower impacts Interaction of Covernors in powersystems !vervoltage during power system faults *ystemsvoltage recovery characteristic Effect of arc restriking onrecovery voltage *witching surges and overvoltage arresterre%uirements !ver voltages caused "y sudden loss of load and

"y open conductor

EEE ?5 !odern Control Theory 3 0 4 Credit3$44

Ceneral IntroductionG *tate space conceptF *ystem design "y*tate ? Transition method concept of controlla"ility ando"serva"ility !ptimal control& variational calculus methodG,rinciple of ma'imum and dynamic programming *tochasticand adaptive control processor# !n line computer control

EEE ?53 'lied E! Theory 3 0 4 Credit 3$44

Cenerali6ed approached to field theory F Introduction to reactionconceptG 9ave propagation through isotropic# anisotropic andgyrotropic media *cattering of E waves icrowave antennas&theory and design =dvance topics in E Theory

EEE ?56 !icro,ave Theory 3 0 4 Credit3$44 and Techni(ues

icrowave oscillators and amplifiersF ,rinciples of generation ofmillimeter and su"&millimeter wavesG Detailed analysis of:lystrons# agnetrons and T9T amplifiers and $ackward 9ave!scillators ($9!) 5armonic generators# Cuun&effect devicesicrowave +ircuitsF icrowave network analysis and synthesisatri' representation and scattering matri' =nalysis ofwaveguide discontinuation o"stacles# unctions and cavities andstrip lines ethods of microwave precision measurements

EEE ?58 Statistical Theory of 304 Credit 3$44 Communication,eriodic and random signals *tationary randomprocessesElements of pro"a"ility theory *tatistical +haracteristics ofmessages and noise# =utocorrelationF +ross&correlation andspectral analysis Determination of correlation functions andseparation of signals from noise

=pplication of correlation techni%ues !ptimum filter# prodictor#etc *ynthesis of optimum linear systems

EEE ?57 Telehone Traffic Theory 3 0 4 Credit

3$44

Introduction G Types of switching systemsG

7/25/2019 Course List 2014-15

50/50

uantum Electronics applied to electronic energy leveltransitions +lassical radiation and a"sorption "y electronics

course list 2014-15

Documents