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T.C. ERCIYES UNIVERSITY ENGINEERING FACULTY

TEXTILE ENGINEERING DEPARTMENT

COURSE CONTENTS

1. COURSE 1. CYCLE

Course Title Code Term Type T P Credit ECTS

Principles of Atatürk-I AİT 101 Fall Compulsory 2 0 2 2

To teach the history of modern Turkish history, Atatürk’s Principles and the history of Turkish renovation.


English-I İNG 101 Fall Compulsory 2 0 2 2

Tenses (present, present continuous), Tenses (past, past continuous), Tenses (present perfect, present perfect

continuous), Present tenses for the future, going to, will/shall, Modal verbs (can, could, must may), Modal verbs

(have to, must, should, would), if and wish, Passive voice, Reported speech, Questions and auxiliary verbs, -

ing and to, Articles and nouns.


Turkish-I TD 101 Fall Compulsory 2 0 2 2

Importance of language in social life. The history of Turkish language. The situation of Turkish in the World.

The properties of Turkish and the expressions techniques in Turkish. The grammar rules of Turkish.


Mathematics-I TEM 101 Fall Compulsory 3 0 5 5

Mathematics I covers functions, limits, differentials and derivation of some functions. Limit and derivation,

which is occurring the beginning process of the differential-integral calculus, are two important concepts of

modern mathematic. Thereby, Mathematics I will be a background for Mathematics II, Differential Equations

and Engineering Mathematics.


Molecular Chemistry TEM 103 Fall Compulsory 3 0 5 5

Atoms and Atomic Theory, Chemical compounds, chemical reactions and stoichiometry, Electronic structure

of atoms and periodic table, General concepts in chemical bonding, chemical bonding theories, Liquids, solids,

gases and intermolecular forces, solutions and their physical properties, Acids and bases, Aqueous solution

equilibriums, Thermochemistry, Electrochemistry, Complex ions and coordination compounds, Nuclear

chemistry, Organic chemistry.


Molecular Chemistry Lab TEM 105 Fall Compulsory 0 2 1 1

ntroductory laboratory techniques, Law of conservation of mass, Identification of physical and chemical

properties of chemicals, Definition and preparation of solutions, stoichiometry, Sublimation, Distillation,

Crystallization experiments, Precipitation, filtration and centrifugation, Complex-formation experiments,

Titration of acids and bases, Preparation of standard solution, pH measurement, Measurement of hardness of

water, Extraction.

Course Title Code Term Type T P Credit ECTS Introduction to Textile

Engineering

TEM 107 Fall Compulsor 2 0 5 5

Introducing textile engineering, Basic fibers in use textile, Fiber measurement units, Fiber formation systems,

Yarn and fabric measurement units, Textile finishing and dying, Fundamental of textile design, Apparel and

management, Textile end-uses.




Technical Drawing-I TEM 109 Fall Compulsory 2 2 5 5

Teaching the basic commands of AutoCAD-2D; AutoCAD application examples with geometric drawings;

Standard paper sizes, headings of the concept, technical lettering, introduction of the standard lines. Preparation

of the A3, A4, A5 papers with AutoCAD format and filling of the headings of the concept. Teaching the basic

concepts of engineering drawing such as the scale and dimensioning; Teaching drawing of standard views and

doing application examples; Doing application examples with standard views; Teaching drawing of isometric

views, teaching drawing a isometric view from standard views and doing application examples; Doing

application examples with standard views and isometric views; Teaching drawing of special views and doing

application examples relevant to the theme; Teaching drawing of section views and teaching the section types

and doing application examples; Doing application examples relevant to section views.


An Introduction to Computer TEM 111 Fall Compulsory 2 0 3 3

Introduction to Computer; Computer Devices and Hardware; Operating Systems (text and graphics-based

operating systems) and auxiliary information about the application programs; Windows operating systems

(Windows XP, Vista, Windows 7 and Windows 8); Microsoft Office (XP, 2003, 2007, 2010 and beyond) about

knowledge, use of Microsoft Word; Microsoft Excel; Preparation of presentation applications using Microsoft

Power Point; Using Internet; Explaining the presentations prepared by students as homework in Textile

Engineering

1. COURSE 2. CYCLE


Principles of Atatürk-II AİT 102 Spring Compulsory 2 0 2 2

To teach the history of modern Turkish history, Atatürk’s Principles and the history of Turkish renovation


English-II İNG 102 Spring Compulsory 2 0 2 2

Continue to develop skills to understand text materials to write a unified and coherent essays based on the ideas

from their first hand or second hand experience, Being able to use a variety of grammatical structures in their

writing of academic studies (scientific repots or social assays, paragraph lay outs etc.), Using dictionaries, Being

able to recognize types of materials and conceptions, Having to develop oral skills to a certain degree.


Turkish-II TD 102 Spring Compulsory 2 0 2 2

Compositions, verbal explanations, Articles and Reports, Literature.


Mathematics-II TEM 102 Spring Compulsory 3 0 5 5

Indefinite integrals their properties, Integration by substitution, Integration by parts, Reduction formulas,

Integration of trigonometric functions,Integration of rational functions, Definition of definite integrals,

Properties of definite integrals, Applications of definite integrals, Definite integrals and areas, The arc length,

Volume of revolution, Moment and The Weight center, limit of a function by using integrals, Area of a surface

of revolution, Taylor Maclauren Series.


Physics I TEM 104 Spring Compulsory 3 0 5 5

Units and vectors, Motion in one-direction. Motion in two-dimension. Newton's laws of motion. Work and

energy. Impuls, momentum and center of mass. Rotational motion of a rigid body, Static equilibrium, Harmonic

motion, Waves, Fluid motions, Temperature and heat, Thermodynamics.


Statics TEM 106 Spring Compulsory 2 0 4 4



Statics of particles. Rigid bodies. Equivalent systems of forces. Equilibrium of rigid bodies. Centroids and

centers of gravity. Analysis of structures. Forces in beams and cables. Moments of inertia. Friction. Method of

virtual work.


Technical Drawing-II TEM 108 Spring Compulsory 2 2 5 5

Appearance extraction and sectioning, Tolerance and surface marks, Drawings of screws, bolts and nuts,

Drawings of spindle, wedge and pernions, Drawings of bearings, seals and rings, Drawings of gears and pulleys, Drawings of assembled.


Lif Bilgisi TEM 110 Spring Compulsory 3 0 5 5

References, lecture contents, basic definitions used in fiber manufacture, classification of fibres, properties and

an outline of World markets; Classification of natural fibers, properties, examples. Vegetable fibres (cotton,

flax, basic properties, applications; Cotton fibers, physical and chemical properties, production, applications;

Flax fibers, physical and chemical properties, production, applications; Protein fibers, types, wool fibers,

physical and chemical properties, production, applications; Protein fibers: silk fibers, physical and chemical

properties, production, applications; History of synthetic fibers; Synthetic fibers, classification, polyester fibers,

physical and chemical properties, production, applications; High performance fibers, classifications, examples,

Kevlar fibers, synthesis,fiber extrusion physical and chemical properties, ballistic and other applications; High

performance fibers. Glass fibers. Classification and types. Fiber extrusion, physical and chemical properties,

applications.



2. COURSE 3. CYCLE


Advanced Reading and

Communication

İNG 201 Fall Compulsory 2 0 3 3

Reading texts related to daily life and answering related questions; Speaking exercises; Making student

presentations about themselves.


Occupational Health and Safety I İSG 201 Fall Compulsory 2 0 2 2

Occupational health and safety, concepts and culture, In Turkey and in the world of health and safety at work,

Legislation (Laws occupational health and safety, occupational health and safety law No. 6331, occupational

health and safety professionals), Accident at work needs to be done (the employee''''s duties and responsibilities,

duties and responsibilities of the employer), Physical risk factors (noise, vibration, lighting, thermal comfort,

radiation, pressure), Protective equipment for machines, Lifting f vehicle safety, Welding safety, Safety in

motor vehicles, Manual lifting and handling, Ergonomics (ergonomics in the work of the importance of safety,

effectiveness, risks), Risk assessment.


Mathematics-III TEM 201 Fall Compulsory 3 0 4 4

Three-Dimensional Coordinate Systems, Vectors,The Dot Product, The Cross Product; Equations of Lines and

Planes,Cylinders and Quadric Surfaces; Vector Functions and Space Curves,Derivatives and Integrals of Vector

Functions,Arc Length and Curvature,Motion in Space: Velocity and Acceleration; Functions of Several

Variables,Limits and Continuity; Partial Derivatives, Tangent Planes and Linear Approximations; The Chain

Rule,Directional Derivatives and the Gradient Vector; Maximum and Minimum Values,Lagrange Multiplier;

Double Integrals, Double Integrals over General Regions; Double Integrals in Polar Coordinates,Applications

of Double Integrals; Triple Integrals,Triple Integrals in Cylindrical Coordinates,Triple Integrals in Spherical

Coordinates; Line Integrals,The Fundamental Theorem for Line Integrals; Green’s Theorem,Curl and

Divergence; Surface Integrals; Stokes’ Theorem,The Divergence Theorem.


Physics II TEM 203 Fall Compulsory 3 0 4 4

Electric fileds, Gauss Law, Electric potantiel, Capasitance and dielectric, Current and resistance, Current and

resistance applications, direct current circuits, Magnetic fields, Faraday law, Inductance.


Computer Programming TEM 205 Fall Compulsory 3 0 4 4

Introduction to Programming, Structure of Programming Languages, Drawing Flow Diagram of the solution of

various problems, C Programming Language Data Type Definition, Operators, Sub and Main Program

Examples, Functions, Arrays, Cycle / Decision Commands and Applications, Matrix Solution C Programming

Language, Solution of Linear Equations with C Programming Language, Finding the root of the C Programming

Language by Equation, Interpolation Operations with C Programming Language, Dynamic System Modeling,

Analysis Approaches and Applications, 1-C Programming Language Metodu- Curve Fitting Using Least

Squares Method, 2-C Programming Language Using the Curve Fitting Metodu- System Identification

Applications.


Strenght of Materials TEM 207 Fall Compulsory 3 0 5 5

Introduction to Strength of Materials, Stress and Strain Relationships, Hooke Law, Poisson Ratio, Axial

Loading, Torsion, Elasto-Plastic Torsion of Shafts, Bending, Stress Concentrations, Internal Force and Concept

of Stress, Combined loadings, Stress and strain transformations, Failure theorems.




Principles of Microeconomics TEM 209 Fall Compulsory 2 0 3 3

Fundamental economic concepts, Price Theory, Supply and Demand, Basic Elements of Suply and Demand,

Consumer Theory, Producer Theory, The theories on the behavior of the firms under various market

circumstances: The theory of perfect competition, the theory of monopoly, the theory of monopolistic

competition, the theories on oligopolies, The Theory of General Equilibrium. The Theory of Competition.


Yarn Technology TTY 201 Fall Compulsory 3 0 5 5

Cotton ve definition of cotton fiber, Yarn numbering systems, number of fibers in the yarn cross-section and

computation of drawing / quize, Application of both doubling and drafting, computation of twist, Fiber opening,

blending and cleaning processes, Carding and carding machinery, Combing and combing machinery, drawing

and doubling processes, Roving machinery, Ring spinning system, Innovations in the ring spinning system, siro

spinning, Compact spinning systems, Comparison of compact and ring spinning system, OE-rotor spinning

system, Rotor yarn properties.

2. COURSE 4. CYCLE


Technical English-I İNG 202 Spring Compulsory 2 0 2 2

Classification of fibers, general introduction, fundemantal definitions; General introduction to cellulose;

Chemical and physical structure of cellulose fibers; Short fiber spinning; General introduction to wool;

Chemical and physical structure of wool; Long fiber spinning


Occupational Health and Safety II İSG 202 Spring Compulsory 2 0 2 2

Occupational Health and Safety in Turkey and in the World, Labor Law No. 4857 and Occupational Health and

Safety Legislation, Regulations related to Occupational Health and Safety Law No. 6331, Legal consequences

of work accidents and occupational diseases, Disease prevention principles and implementation of prevention

techniques, Risk factors (noise, vibration, thermal comfort, lighting, pressure, radiation, ergonomics and other),

Safe use of work equipment-2, Work safety with screened vehicles-2, Signs of safety and health-2, Use of

personal protective equipment-2, Risk Management and Evaluation, Work safety in lifting vehicles, work safety

in motor vehicles, Work safety when working in pressure vessels, Ventilation and conditioning principles.


Introduction to Polymer Chemistry TEKP 201 Spring Compulsory 3 0 3 3

References, the importance of polymers in Turkey and the world, the production and consumption of polymers

in Turkey and the world, the production of polymer based products in Turkey and the world. Basic definitions

in polymer science and additional terms and definitions. The definition of monomer, polymer, oligomer.

Polymer chain, chain conformation, side groups. Classification of polymers (Part-1). Classification of polymers.

Oligomer, macromolecule, natural and synthetic polymers. Organic and inorganic polymers, thermoplastic and

thermosetting polymers. Classification of polymers (Part-2). Linear polymers, branched polymers, cross-linked

polymers, homopolymer, copolymer, random copolymer, block copolymer, regular copolymer, graft copolymer

Classification of polymers (Part-3). Condensation polymers, star polymers, dendrimer polymers, spiro

polymers, step polymers, star polymers Naming conventions for polymers (polymer nomeclature), naming of

addition polymers, naming of condensation polymers, conventional IUPAC nomenclature, International Union

of Pure and Applied Chemistry (IUPAC). The raw materials used in the production of polymers. Crude oil,

vegetables, natural gas, coke. Stereochemistry of polymers, flexibility of polymers. The raw materials used in

condensation polymers. Adipic acid, hexamethylene adipamide, dimethyl terephthalate, captolactam, Synthesis

of polymers (1. part). Polymerization of condensation polymers, polymerization, addition polymers,

condensation reactions, high molecular weight polymers, low molecular weight polymers, ring formation

reactions, Condensation polymers-polyester-polymerization of linear polyesters and working mechanism.

Historical developments-polymerization of polyesters-polymerization of polycarbonates-working principles,

mechanisms. Polymerization of aliphatic and aromatic polyamides, working mechanisms, principles. Polymer

fiber production technologies. Melt spinning, gel spinning. Chemical, physical and mechanical properties of



fibers produced usinggel spinning technique, Solution spinning methods. Chemical, physical and mechanical

properties of fibers produced from solution spinning method. Molecular structure of polymer based fibers,

crystal structure, factors affecting crystallization, determination of crystallinity Properties of polymer based

fibers


Material Science TEM 204 Spring Compulsory 2 0 2 2

Introduction Materials Science Introduction Material technology and science Discussing, Atomic bonding and

arrangement Atomic, atomic bonding and arrangement Structural imperfections, Phase diagrams and Alloy

systems Define phase and alloy Fe-C equilibrium diagram, Deformation of Materials Elastic plastic, and

viscoelastic deformation of materials Discussing, Mechanical properties Stress-strain diagram, Elastic Modules

Young, Ultimate and Fracture Strength Discussing, Engineering materials, Steel and Cast Iron, Nonferrous

engineering materials, Al, Mg, Ti, Polymers, Ceramics, Composites, Composites materials applications,

Advanced materials and Production Methods, Summary and Evaluation and Discussing.


Statistics TEM 208 Spring Compulsory 3 0 2 2

Introduction to probability and statistics, Data input and arranging, Probability theory, Probability distributions

and applications, Prediction theories, Dampling theory and distributions, Hypothesis testing, Statistical

Prediction theory, Regression analysis, T-test, F-test, Variance analysis, Applications using Design Expert

software, Statistical applications in textile.


Priniciples of Macroeconomics TEM 210 Spring Compulsory 2 0 2 2

Basic subjects of macroeconomics, Unequilibrium potancial, Production and measurement of production,

Inflation, Interest, Exchange rate, Aggregated expenditure, Aggregated demand, Aggregated supply, Payment

of balance, Budget, Growth, Development.


Fınancial Management TEM 216 Spring Compulsory 2 0 2 2

Introduction to the course, Introduction to financial management, Financial statements, Financial ratios,

Financial Analysis, Time value of money: Future value, Present value, Series of cash flows, Deferred annuities

& interest rates, and Advanced topics, Introduction to Risk and Return, The Opportunity Cost of Capital,

Financial Leverage, Operating Leverage, Financing Decisions, Short Term Financial Planning, Short and Long

Term Financial Planning, Working capital management, The Capital Structure Decision, Dividend Policy, Case

Study.


Weaving Technology TTY 202 Spring Compulsory 3 0 3 3

Weaving preparation, weaving process outline, fabric formation, shedding systems, filling insertion and

insertion types, beat-up, warp and cloth control, fabric design, basic equations for woven fabric and process

parameters.


Knitting Technology TTY 204 Spring Compulsory 3 0 3 3

Definition of knitting and classification of knitting technology, Weft knitting principals and calculations,

Circular and flat knitting technologies and machines, Basic design method in weft knitting, Weft knitted fabric

analysis, Faults in knitted fabric fabrications and solution for fault free knitted fabrics, Fundamental subjects in

warp knitting, Special knitted fabrics and fabrication techniques, Jacquard knitting, End-uses of knitted fabrics,

Multifunctional knitted fabrics, Geometric characterization of knitted structures, Comparative studies on

modeling and analysis methods of knitted structures, Mechanical behavior of knitted fabrics, Discussion of

stress-elongation behavior of knitted structures with regard to wearing, Discussion of comfort properties of

knitted fabric with regard to its structural parameters, Knitted fabric formation during processing and practical

problems, Comparisons of Looped structure with other formed structures and evaluations, Calculations on

knitted fabric with regard to basic design-production-productivity stand points, General view to knitting room

and approaches on practical problems.




Textured Yarn Technology TTY 206 Spring Elective 2 0 3 3

References, lecture contents, basic definitions used in fiber manufacture, classification of fibres, properties and

an outline of world markets; Synthetic fiber manufacturing, historical developments, melt spinning, solution

spinning, dry spinning, wet spinning, gel-spinning. Properties and applications; Definition of texturing, general

properties, methods, thermo-mechanical texsturing, false-twisting, historical developments, false-twisting

stages. Twisters, heat setting, properties of feed yarns; Thermo-mechanical methods of yarn texturing, stages

of yarn texturing, historical progress; Theoretical aspects of yarn texturing, conventional texturing methods,

false-twisting spinners, false twist textuing using friction twisters; False-twist machines, properties, design

aspects, ergonomi, yarn transport systems, heat transfer, heating systems, heaters, cooling systems; Otomation

and its advantages during texturing. Clima systems in texturing areas, ecological problems caused by synthetic

fibers, yarns and solutions; Market structure of false-twisting, process and quality control, on-line tension

measurement, yarn volume measurement, on-line twist measurement; Texturing yarn testing and testing

appliances. Variation of yarn thickness. Measurement and analysis of mechanical properties. Known yarn faults,

uneven dye uptake, filament breaks, kinks and twist; Mechanical texturing methods. Air-jet texturing systems,

historical developments, economical aspects of asir-texturing. Basic principles of air-texturing, steges and

properties. Air-textured yarns, applications; Mechanical texturing methods: relationship between process

parameters and textured yarn properties. Air pressure, overfeed rate, texturing speed, draw ratio; Intermingling

with air jet, process parameters, feed yarn parameters. Jet parameters, process parameters (air pressure, yarn

speed, yarn tension). Quality of intermingling, test methods applied, testing aparatus; The latest developments

in texturing sectors, trends, the latest market trends.


New Spinning Technolgy TTY 208 Spring Elective 2 0 3 3

Description of new spinning technolgy, The history of conventional spinnig systems, Compact spinning system,

Open-end rotor spinning system, False twist principle, Open-end friction spinning systemsOpen-end friction

spinning machines, The history of air-jet spinning systems, Air-jet spinning machines, Yarn formation with air-

jet spinning, Vortex spinning system, Vortex spinning machines, Vortex spinning machines, Properties of yarn

produced with the new spinning systems.



3. COURSE 5. CYCLE


Technical English-II İNG 301 Fall Compulsory 2 0 3 3

Fundementals of weaving and technical terms widely used in weaving, Fundementals of weaving and technical

terms widely used in weaving, Readings and translations of articles on weaving knitting, Fundementals of

knitting and technical terms widely used in knitting, Readings and translations of articles on knitting,

Fundementals of nonwoven and technical terms widely used in nonwoven, Readings and translations of articles

on nonwoven, Fundementals of braiding and technical terms widely used in braiding, Readings and translations

of articles on braiding, Fundementals of textile chemistry and technical terms widely used in textile chemistry,

Readings and translations of articles on textile chemistry.


Clothing Technology-I KY 307 Fall Compulsory 2 0 4 4

Definition, characteristics of ready-made clothing industry and its development in our country. Functions of

clothing. Classification of clothing. Demands on ready-made clothing products. Information about preparation

of model and pattern. Inside and outside structure of clothing. Ready-made clothing plants. Technologic

procedures in production preparation of models department. Preparation of Marker Planning. Technological

procedures and hardware in preparation of cutting clothing department. Technological procedures and hardware

in flattening and cutting department. Seams. Types of seam. Classification of seams. Seam fibers. Classification

of seam machines. Structure, basic and assistant organs of seam machines. Small mechanization arrangements.

Mechanization of seam formation. Fiber expenses in seams. Thermal properties of textile materials. Damp

thermal procedures. Mechanism, hardware and parameters of thermal procedures. Sticking technology in ready-

made clothing production. Sticks and sticky materials. Mechanism, hardware, formation and parameters of

sticky combinations. Welding technology in ready-made clothing production. Welding methods. Mechanism,

formation, hardware and parameters of welding combinations. Work health and work security in ready-made

clothing production.


Textile Finishing Technologies TEKP 301 Fall Compulsory 3 0 6 6

An introduction to wet processing in textiles and importance, Application Methods, Application methods;

receipt calculation, Introduction of basic application machinery, Washing and drying processes, Washing and

drying machines, Introduction of pretreatment processes, Coloration of textile materials, Dyeing of natural

fibers, Dyeing of synthetic fibers, Introduction of Textile printing, An Introduction to the textile finishing

processes.


Thermodynamics TEM 301 Fall Compulsory 3 0 4 4

The basic concepts of thermodynamics, Law of thermodynamics, The properties of pure substances, The first

law of thermodynamics (open systems), The second law of thermodynamics, Entropy.


Fluid Mechanics TEM 303 Fall Compulsory 3 0 3 3

Introduction and Basic Concepts, Fluid Properties, Pressure and Fluid Statics, Fluid Statics, Fluid Kinematics,

Mass, Bernoulli and Energy Equations, Momentum Analysis of Fluid Systems, Static, stagnation dynamic, and

total pressure, velocity and mass flow rate measurement techniques, Applications of Bernoulli Equation, Flow

in conduits and pipes major and minor losses in pipes.


Machine Elements TEM 307 Fall Compulsory 3 0 3 3

What is Machine Elements? Input, Standard Numbers and Series, Strength Calculation of Machine Elements,

Tolerances, dovetails. Surface quality and tolerances on shape and form, Resource Links, Soldering, bonding

and rivets, Bolted joints, Transmission Bolts, Pin and Pin connections, shaft and hub connections, Springs, axles

and shafts, Axles and shafts, rolling element bearings, Journal Bearings, Couplings and Clutches.




Engineering Design in Textile TTY 301 Fall Compulsory 2 0 4 4

Principles of woven fabric design, Weave pattern, Plain weave and derivatives, satin weave and derivatives,

twill weave and derivatives, Preparation of weave pattern to the loom, Drawing - in draft, Shedding and reed

plans, Filling and warp pattern in terms of colors and yarn types, Weave architecture and structure relations,

Design samples and practices, Basic formulas for woven fabric design.


Finishing and Dyeing of Natural

and Regenerated Fibres

TEKP 307 Fall Elective 2 0 3 3

Introduction to dye technology, Dyeing mechanism of cellulosics, Pre-treatment of cotton, Pre-treatment of

regenere cellulosic fibers, Dyeing cotton with reactive dyes, Dyeing cotton with substative dyes, Dyeing cotton

with vat dyes, Dyeing cotton with discontinous method, Dyeing cotton with continous method, Dyeing viscose,

Dyeing acetate, Pre-treatment of protein fibers, Dyeing wool, Dyeing jute, linen and other natural fibers.


Textile Pretreatment TEKP 309 Fall Elective 2 0 3 3

General Introduction of Pretreatment, Singeing, Sizing Agents and Sizing, Desizing, Scouring Processes of

Cotton Based Textiles, Bleaching of Cotton Based Textiles, Mercerization of Cotton Fabrics, Pretreatment of

Viscose, Lyocell And Modal Fibers, Pretreatment Of Linen And Jute, Pretreatment and Washing Processes

Applied To Denim Goods, Pretreatment of Wool, Pretreatment of Silk, Pretreatment Processes Applied To The

Textiles Manufactured From Synthetic Fibers, Pretreatment of Blends.


Nanoscience and Nanotechnology in

Textile Industry


Definition of nanotechnology, introduction to nanoscience and nanotechnology, nanotechnology markets, world

nanotechnology market trends, developments. World investments in nanochnology. Applications of

nanotechnology in textile industry, nano fibers, nano particles, nano tubes, finishing treatments in nanometer

size, phase changing materials, chromic materials. Nanofibers, production of nanofibers, melt blowing method,

bicomponent method, electrospinnig method. Applications of nanofibers, filtration, biomedical pplications,

electrical and optical applications, defence applications, other applications. Carbon nanotubes, Classification of

nanotubes, production methods. Chemical vapor deposition, laser ablation. Properties of carbon nanotubes,

mechanical properties, applications. Nanoscale formation of textile surface methods. Plasma technology and

surface modification, properties obtained from plasma modification, natural plasma examples in

nature,definition of plasma, plasma types, atmospheric pressure plasma types, classification of plasma types,

classification of temperature based plasma systems, vacuum plasma types, efects obtained by plasma

modification, gas plasma types, applications of plasma modifications in textile industry. Nanoscale surface

formation by sol-gel technology. Stages of sol-gel processing, factors affecting the performance of sol-gel

systems, advantages of sol-gel processing, studies carried out on sol-gel processing, applications in textile

industry Microcapsulation methods. Chemical methods, Mechanical methods. Emulsion polymerization. Micel

polymerization. In-situ polymerization. Molecular capsulation Acquisition of antibacterial properties of textile

surfaces, effects of microorganisms, Acquisition of flame retardation effects to textiles by nanotechnology

methods, Acquisition of UV-protection of textiles, the effects of UV-rays on human health, the effects of UV-

radiation of living organisms, on plants, herbs etc. UV-protection using traditional methods, The use of

nanotechnology means on UV-radiation protection. Acquisition of self-cleaning properties of textiles. Lotus

effect, physicals structure of lotus leaf, properties obtained by self-cleaning, traditional methods,

nanotechnology methods.



3. COURSE 6. CYCLE


English For Business İNG 302 Spring Compulsory 2 0 2 2

About you, your job and where you work, Your business activities, The location and layout of your company,

Meeting and wellcoming, Partings and thanks, Setting up a meeting, Confirming arrangements, Changing plans,

Explaining and apologising, Making contact by phone, Leaving and taking messages, E-mail and telephone

problems, Eating out, Starting a journey, Travelling, Arriving and meeting contacts, Gifts and saying thank you,

Checking facilities and information, Returning home.


Quality Control at Textile And

Clothing

KY 302 Spring Compulsory 2 0 3 3

Position of quality control in production system. Definition of quality. Basic components of quality. Objectives

and benefits of quality control. Total quality control. Organization of quality control. Statistical quality control.

Inspection in quality control system. Functions and types of inspection. Evaluation and analysis of inspections.

Decision process in inspection. Exampling in inspection. Methods of taking example. Management of total

quality and its objectives (9. week) Basic components of total quality management. Tools of total quality

management. Tools of total quality management. Critical success conditions of TKY procedures. (13. week)

Quality control techniques and standards (14. week) ISO standards. Critical success conditions of TKY

procedures. Quality control techniques and standards. ISO standards.


Cloting Technology-II KY 304 Spring Compulsory 2 0 3 3

Beginning procedures of clothing basic parts. Processing of pockets. Splitting pockets with cover and without

cover. Processing of pockets. Attaching pockets. Pockets in seams. Processing of pockets. Inside pockets.

Technological procedures of loin basis clothing. Skirt and trousers. Processing of front and back of shoulder

basis clothes. Processing of clothing collar and combining with product. Processing of clothing arms and

combining with product. Processing of clothing undercoat and combining with product. Techniques of light

clothing production. Beginning procedures of light clothing. Processing of light clothing pockets. Processing of

light clothing arm and collar hollows, processing of arm and collar and combining with product. Processing of

yoke, lapel, side, shoulder and bottom cutaways in light clothes. Properties of clotting production from knitting

clothes, leather and fur.


Textile Dyeing Process TEKP 302 Spring Compulsory 2 2 4 4

Historical perspective of dyes, Classification systems for dyes, Azo and antraquinone dyes, Sulfur, metal

complex and cationic dyes, Reactive dyes, Disperse dyes, Indigoid dyes and denim, Natural fiber dyeing,

Fastness properties of dyes, Optical whitening agents, Dyeing of special textile materials, Recent developments

in textile dyes, Environmental and healty aspect of dyes.


Testing Textile Materials TEM 305 Spring Compulsory 2 2 3 3

General information about testing, Structural properties of laboratory conditons, Laboratory conditions, Effect

of Climate conditons totextile materials, Conditioning, Measurement of laboratory conditions, Sampling,

Standarts used in textiles, Physical testing of textile materials, Fineness and length of fiber and their testings,

Fiber, yarn and fabric strength and their testings, Tear strength and their testings, Air permeability and their

testings, Water repellency and their testings, Comfort tests and their testings, Electrical properties of textilesand

their testings, Unevennes, hairiness and yarn imperfections and their testings.




Computer Aided Pattern Desing KY 308 Spring Elective 2 0 3 3

General information about ready-made clothing CAD-CAM systemsi, Clothes pattern designation with Assyst

Bullmer system, Seriation of patterns, Designing of Pastal planning, Simulation in Vidya system, Clothes

pattern design with TETRA CAD system, Seriation of patterns, Designing Marker plan, Working with digitizer

and plotter.


Finishing and Dyeing of

Synthetic Fibers

TEKP 312 Spring Elective 2 0 3 3

Introdution to preteratment of synthetic fibers, Pre treatment of synthetic fibes, Dyeing mechanism of synthetic

fibers, Dyeing PA fibers with dispers and acid dyes, Dyeing PA fibers with metal complex dyes, Dyeing

PA/acetate fibers, Dyeing PES fibers with dispers dyes, Dyeing PES fibers with cariers, Dyeing PES with

thermasol method, Gyeing PES in alkali media, Dyeing acryic fibers, Dyeing PES/cotton blends.


General Finishing Processes TEKP 314 Spring Elective 2 0 3 3

Introduction of Finishing processes, Finishing processes used to change the handle properties of fabrics,

Evaluation of handle properties, Waterproof finishing process, Oil and Soil proof finishing process, Flame

retardant finish, Crcase-proofing finish, Anti-felting process, Anti-microbial finishing process, Mechanical

Finishing process.


Heat Transfer TEM 302 Spring Elective 2 0 3 3

General knowledge about heat transfer, Introduction to heat conduction, Heat transfer in Cartesian, Cylindrical

and Spherical coordinates, Heat conduction in a Wall, Heat conduction in a cylinder, Heat conduction in a

shpere, Heat conduction systems which have heat convection inside or outside, Heat sources systems, Unsteady

heat transfer, Introduction to radiation, Calculation of shape factor, Radiation calculation.


Technical Textiles TEM 310 Spring Elective 2 0 3 3

Definiation and classification of technical textiles, Fibers used in technical textile applications, Fabric structures

used in technical textile applications, Coating of textile materials, Polymer composites, Agrotech.


Woven Fabric Design TTY 308 Spring Elective 2 0 3 3

General information about woven fabrics, Classification and explanation of basic weave constructions,

Classification and explanation of reproduced weave constructions, Ways to achieve different woven fabric

design, Explanation of the components of Easy Weave Package Program and their application, Design of

Woven fabric in dobby weaving machines, Explanation of the components of Dobby pro Package Program and

their application.



4. COURSE 7. CYCLE


Motion And Time Study in

Textile

KY 401 Fall Compulsory 2 0 6 6

General information about work and time study, Basic information about work study, Productivity, Work study

vs productiviti relations, Terms regarding proctivity in the mills, Basic levels of work study, Method study and

samples, Work measurement, Standart time calculations, Using Scheme and diagram in productivity studies,

Repeating subjects.


Production Cost at Textile

and Apparel

TTY 401 Fall Compulsory 3 0 6 6

Concepts and principal of finance, Financal tables, Classification of finance, Raw materias cost, Labor cost,

General production cost, Distribution of financial expenses, Order cost systems, Financial methods for decision

making mechanism, Finansial methods for evaluation and control mechanism


Nonwoven Technology TTY 403 Fall Compulsory 3 0 6 6

References, lecture contents, the place and importance of nonwoven Technologies, historical developments,

general view of nonwoven applications; Economic developments of nonwoven sector in the world markets,

companies active in nonwovens in Turkey. Markets for the disposable nonwovens. Trends in technological

developments; Fibres used in the formation of nonwovens, conventional textile fibres, advanced technology

fibers. High performance fibers. Basofil (Melamine-formaldehide), Kynol, NOVOLOID, Polybenzimidazole

(PBI), Poly-Ether-Imide (PEI), Poly-Tetra-Fluoro- Ethylene (TEFLON); Nonwoven production methods. Dry-

laid web formation, mechanical carding, formation of nonwoven structure from staple fibers, fiber selection,

fiber preparation, opening of bales, carding machines; Web formation with mechanical carding machines, basic

principles of carding, carding machines, design and main properties, specifications, double-cardingmachines;

Staple fiber based nonwoven formation, dry methıods (dry laid web formation), air-laid web formation. Air-

laid web formation, wet-laid web formation; Continuous fiber based nonwoven formation, spun-laid web

formation, melt-blown web formation; Web bonding, web bonding with mechanical methods, needle punching,

felting, spunlace web formation, stitch bonding; Web bonding with chemical methods, impregnation based

bonding, foam systems, printing systems, sprey techniques; Thermal bonding methods. Calendering systems,

hot air bonding principles, examples, design aspects of hot air systems; Nonwoven formation using

nanotechnology systems; Applications of nonwovens: filtration, design, types, market trends; Applications of

nonwovens: Authomotive sector.


Product Management and

Organızatıon in Textile Processes

TTY 413 Fall Compulsory 2 0 6 6

Products and levels. The classification of the product. The attributes of the product. Product Types;

Development of New Products; Product Pricing and Managing Pricing; Analysis of competitors. Competition;

Analysis of the Customer; Market Potential Analysis and Sales Volumes; Advertising activities and raising the

sales routes; Processing and production program of the company's production strategy based on market research.

Calculation of mass production and mass production; Production process. Management and organization of

production. Organizational forms of production; Flow production and types. In garment production flow; Flow

production organization and planning. Basic calculations. Technological scheme of production; Analysis of the

technological scheme of production. Economic göçsterge basic techniques of production; Production assistant

fields.




Production and Cost

Calculations In Textile Finishing


General structure of the Turkish textile and apparel industry, General information on production costs and

fundamental terms, Factors affecting the production costs, classification of the costs, delivery of the costs,

Material costs, Labour costs, General production costs, Important accounting methods related to decision,

control, and success evaluation, Standard costs, Activity based cost calculation, Calculation examples related

to textile finishing companies.


Environmentally Friendly

Production


Introducing of Environmentally Friendly Production Field, Investigation of Singeing and Its Environmentally

Friendly Alternatives, Investigation of Sizing and Desizing with Their Environmentally Friendly Alternatives,

Use of Enzymes in Washing and Scouring, Combination of Enzymes with Ultrasound Technology, Alternative

Enzymatic Methods instead of Bleaching Processes, Advanced Bleaching Methods, Textile Dyeing and

Synthetic Dyes, Natural Dyes and Environmentally Friendly Dyeing.


Textile Coating Techniques TEMİT 405 Fall Elective 2 0 3 3

The polymers used for coating and their general properties, The fabrics used for coating and their general

properties, The rheology of textile coating materials, Functional coated textiles, The physical properties of

coated fabrics, Textile coating techniques, Nonapparel coating, Microencapsullation, Test methods for coated

fabric.


Computer Aided Textile Design TTY 405 Fall Elective 2 0 3 3

Jaquard weaving machines and production of jaquard woven fabric, Jaquard woven fabric design and

calculations neccessary for design, Steps for jaquard woven fabric design, Drawing of the design for jaquard

woven fabric and explaining the components of Texcelle software and their application, Explaining the

components of Texcelle software and their application, Inputting of the information about warp and weft yarns

of jaquard woven fabric design by Texcelle sotware, Constuting the information about loom for jaquard woven

fabric design. Application of the loom information with components of Loom Editor software, Application of

the loom information with components of Loom Editor software, Adding waeves to the jaquard wowven fabric

design and simulation. Explaining the components of Jaquard Product Crestor software and their application,

Explaining the components of Jaquard Product Crestor software and their application.


Fantasty Yarn Technology TTY 407 Fall Elective 2 0 3 3

Definition of fancy yarns, A brief history of fancy yarns, Classification of fancy yarns, Application areas of

fancy yarn, Fancy yarn types, Introduction of machines and materials used in fancy yarn spinning, Parameters

that influence the properties of fancy yarns, Chenille yarns and machinery, Fancy yarn production by using of

rotor spinning, Fancy yarn production by specific methods, Fancy yarn types produced by using hollow spindle.



4. COURSE 8. CYCLE


Color Science and

Measurement

TEKP

402

Spring Compulsory 3 0 6 6

Introduction to color science, How can we see colorful, The light and the interactions with the materials, Color

strength, Chromatic adaptation, Relations between tristimulus values and color, Practices of color measurement,

Color systems, Measurement of whiteness index, Evaluation of color differences, Color measurement with

computer software, Recipe calculation, Assesments of homeworks and discussion, Class presentation.


Textile Printing TEKP

413


General Introduction of Textile Printing, Printing Methods, Machines used in Textile Printing, Preparation of

Printing Paste and the Content of It, Various Thickeners and Properties of Them, Pigment Printing, Printing of

Cellulosic Fibers, Printing of Wool and Silk, Printing of Polyester Fibers, Printing of Other Synthetic Fibers

and Blends, Special Printing Methods (discharge and reserve printing).


Business Law TEM

211


Introduction- historical background; Fundamental notions of the Labour lawemployee, employer and the

employers´ representative; The relationship between the employer and subcontractor; Workplace and

management of undertaking; The foundation of individual labour law contract; The types of individual labour

law contracts; Work period and overtime work; The right of rest- weekly rest day-annual paid leave;

Termination of the labour law agreement - concept of the termination; Period of notice and compensation of

notice; The scope of the job security- termination with valid reason; Procedure of the indivudual labour

contracts´ termination and the result of the cancellations; Termination of the individual labor contracts with

justifield reason - Seniority compensation.


Carpet Technology TTY 402 Spring Compulsory 2 0 5 5

Fundamental definication, Classification of carpet, Carpet design types, Processes of carpets, Carpet fabrication,

Axminister carpet, Wilton carpet, Tufting, Axularies in carpet technology.


Polymer Science and

Engineering

TEKP

404

Spring Elective 2 0 3 3

Classification of polymers, Thermodynamics in polymer science, elasticity, Chemical structure and properties

of polymeric fibers (cellulose fibers, protein fibers, synthetic fibers), Synthesis and production of fiber

generating polymers (cellulose fibers, protein fibers, synthetic fibers), Synthesis of polymeric based chemicals

used in textiles, Production and properties of polymeric based chemicals used in textiles, Application of

polymeric based chemicals used in textiles, Surface tension/energy, theory of adhesion, wetting phenomena,

Mechanical properties of polymers and their degradation kinetics, Industrial polymer processing techniques.




Waste Water and Energy in

Textile Industry

TEKP

406

Spring Elective 2 0 3 3

Water and Energy in Turkey and World, The type and amount of the energy used in textile processes,

Introduction of water and energy consumption in textile finishing processes, The terms, units and sources of

energy, Use of energy in textile finishing, Energy saving opportunities for textile finishing processes, Drying

machines, Drying machines and Energy saving, Washing processes, Water savings in washing.


Entrepreneurshıp In Textile TTY 406 Spring Elective 2 0 3 3

Entrepreneurship concept, Importance of entrepreneurship, How to become an entrepreneur in Turkey?, Success

and failure reasons of entrepreneurs, Work ideas and importances, Risk capital and applications in Turkey,

Entrepreneurship Culture, Minor entrepreneurships and assistances, Establishment process of minor

entrepreneurship, Problems of entrepreneurship, Family Business, Institutionalization of Family Business,

Entrepreneurship story, Entrepreneurship (Case study).

t.c. erciyes university engineering faculty textile ... · not: müfredat yılına bağlı olarak...

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