KARABÜK ÜNİVERSİTESİ MÜHENDİSLİK FAKÜLTESİ
ELEKTRİK ELEKTRONİK MÜHENDİSLİĞİ BÖLÜMÜ
%100 İNGİLİZCE I. ve II. ÖĞRETİM
MÜFREDATINDA YER ALAN DERSLERİN İÇERİKLERİ
COURSE CODE
CAL 183
Mathematics I
(4,0)4-4
PHY 183
General Physics I
(4,0)4-4
CHE183
General Chemistry
(3,0)3-3
CME 183
Information
technologies and
applications
(2,2)3-4
EEE 101
Introduction to
Electrical and
Electronics
Engineering
(3,1)3.5-4
1st. Semester Courses
DESCRIPTION
Numbers, absolute value, absolute value function inequalities, induction,
coordinates, complex numbers. Functions. Junction function. Trigonometric
functions. Limit of functions. Continuity. The properties of continuous functions.
Derivation. Change rate, mean value theorem and applications. Maximum and
minimum finding and applications, hyperbolic functions and their derivatives,
Closed and Inverse Functions Derivatives, Parametric Equations and their
derivatives and Curves Drawings
Units. Vectors. One and two dimensional motions. Particle dynamics. Work and
energy. Conservation of energy. Dynamics of a system of particles. Conservation
of linear momentum. Collision. Kinematics and dynamics of rotational motion.
Equilibrium of a rigid body. Vibrations and gravitation. Fluid mechanics.
Characteristic properties and measurements of matter, Atomic structure and
atomic theory, Chemical compounds, Chemical reactions, Introduction to aqueous
reactions, Gases, Thermo chemistry, Electronic structure of atoms, Periodic table
and some atomic properties, Chemical Bond-I, Basic concepts, Chemical Bond-II,
Bond theories, Liquids, solids and intermolecular attractions, Solutions and
physical properties.
Information technology and computers: data, information, input, output,
processing, hardware and software. Basic computer components architecture.
Types of computer systems and computer networks and Internet. Computer
software: system software, application software. Working with computer
software: operating systems, directories, files, file types, commands, user
programs and packaged software; low-level, and high level languages. Problem
solving and algorithm design. Structured programming concepts: sequence,
selection and iteration. Pseudo-code, flow-charts and other techniques.
Introduction to C programming language: data types, constants and variables;
structure of a C program; selection, and repetition structures in C; functions in C.
Definition of engineering. Engineering disciplines. Basic elements of electrical
engineering. Basic devices, circuits, and systems. Renewable energy conversion.
Seminar-meeting and audio-visual learning, regarding social, ethical,
environmental and ecological aspects of the engineering profession. Introduction
to Technical Report Writing, oral and written presentation tools and techniques.
Institutions from Electrical and Electronics Engineers (seminar work).
Expectations of Private sector from Electrical and Electronics Engineers (seminar
work).
EEE 121
Electrical Electronics
Measurement
(3,1)3.5-4
EEE 107
Laboratory Sessions
I
(0,2)1-2
HST 181
Ataturk's Principles
and History of
Revolutions I
(2,0)2-2
TRK181 Turkish
Language I
(2,0)2-2
FOL 181
Foreign Language I
(2,0)2-2
COURSE CODE
CAL 186
Mathematics II
(4,0)4-4
PHY 186
General Physics II
(4,0)4-4
Electrical Components, Symbols and Units. Current, Voltage and Resistance,
Ohms Law, Energy and Power (Fuse, Switch, Wires and cables, Earthing,
Electrical measurements), Series Circuits(Kirchhoff voltage law, Potential
dividers, Power in series circuits), Parallel circuits (Kirchhoffs current law,
Current dividers, Power in parallel circuits), Series - Parallel circuits (Ladder
network, Wheatstone bridge, Delta – wye connections), Capacitors (Structure of
capacitors, Capacitor symbols, Capacitance of a capacitor, Physical properties of
capacitors, Types of capacitors, Capacitors in a dc circuit, Capacitor connections),
Inductors (Energy stored in inductors, Physical properties of inductors, Faraday
and Lenz law, Types of inductors, Inductor connections), Semiconductor circuit
elements (Types of diodes, Some diode applications, Diode testing).
Experiments regarding to contents of General Physics I and General Chemistry
will be made in laboratory sessions.
Definition of revolution and Turkish revolution, notions, History of revolutions in
Turkey, Movements appeared to save the Ottoman Empire, I. World War, Treaty
of Sevr, Demolition of the Ottoman Empire, Period of Turkish National Struggle ,
Congresses, The wars made in the period of Turkish National Struggle,
relationships with Western World and treaties, Lausanne Peace Treaty
Definiton of language and culture, language-culture relationship, point of
language as a social institution in people's life, status of Turkish language among
world languages, turkish language development and historical process, Turkish
language recent status and expanding field, register, dialect and accent
knowledge, Turkish sound facilities and rules about phonetic, derivational and
inflectional affixes, application of spelling and punctuation rules.
Tenses, verbs, name phrases, compound adjectives, plural phrases, compound
nouns, noun phrases, sentences established with verbal adjective, Tenses used in
narration, past simple, past progressive, past perfect simple, past continuous,
reflexive pronouns, irregular verbs, comparison structures, modal structures,
possibility, necessity, permission, capability, models indicating request, future
tense, simple present tense, past tense auxiliary verbs, idioms, simultaneous
words, structures which strengthens the expression, passive voice, tenses,
adverbs.
2nd. Semester Courses
DESCRIPTION
Integral applications(length, area, surface area and volume calculations),
Integration technics, Sequences and Series, Taylor and Maclaurin series, Infiinte
Series, Power series, Polar coordinates, Vector analysis.
Electric Fields, Gauss’s Law, Electric Potential, Capacitance and Dielectrics,
Current and Resistance, Direct Current Circuits, Magnetic Field, Sources of the
Magnetic Field, Faraday’s Law, Inductance, Alternating Current Circuits,
Electromagnetic Waves.
CAL 192
Linear Algebra
(3,0)3-3
CME 182
Computer
Programming
(2,2)3-4
EEE 110
Computer Aided
Technical Drawing
(2,2)3-4
EEE 180
Electrical Materials
(3,0)3-3
EEE108
Laboratory Sessions
II
(0,2)1-2
HST 182
Ataturk's Principles
and History of
Revolutions II
(2,0)2-2
Matrices and System of Equations, Systems of Linear Equations, Row Echelon
Form, Matrix Algebra, Elementary Matrices, Determinants, The Determinant of a
Matrix, Properties of Determinants, Cramer's Rule, Vector Spaces, Definition of
Vector Space, Subspaces, Linear Independence, Basis and Dimension, Change of
Basis, Row Space and Column Space, Linear transformations, Matrix
Representations of Linear Transformations, Ortogonality, The Scalar Product,
Orthogonal Subspaces, Inner Product Spaces, Orthonormal Sets, The GramSchmidt Orthogonalization Process, Eigenvalues and Eigenvectors,
Diagonalization.
High-level programmingenvironments. Variables, expressionsandassignements.
Introducing C programming. Structured programming; sequential, selectiveand
repetitive
structures.
Functiondefinitionandfunctioncalls.
Prototypesandheaderfiles. Recursivefunctions. Arrays andpointers. Dynamic
memorymanagement. Parameter passingconventions. Multi dimensional arrays.
Structuresandunions. Conditionalcompilation, modular programmingand multifile programs. Exceptionhandling. File processing. Formatted I/O. Random
fileaccess. Index structuresandfileorganization. (Prerequisite: EEE 111)
Using computer-aided technicaldrawing anddrafting system,
Introductionof AutoCAD
software,
Drawing with
AutoCAD,
Geometricconstructions, Sectionalviews, Perspective Picture, Basic concepts,
three-dimensional modeling techniques, formationandwork planes, threedimensional imagecontrol,
creatingthreedimensionsintotwodimensions,
geometric challenges, instrumentation, assembly modeling, creating a two
dimensional drawings into threedimensions
(threeappearances, helped appearance, cross-sectional views,
perspective views, assembly), surfacetreatment
Introductiontoelectricalmaterials,
insulators:
electricalconductivity
in
theinsulators,
DC
conductivity
in
dielectricmaterials,
polarity,
dielectricpermeability, dispersion, dielectriclosses, electrical breakdown,
qualitycontrolandsafety,
conductor:
physicalproperties,
conductortypes,
Superconductors,
magneticmaterials:
diamagnetic,
paramagnetic,
ferromagneticandferritematerials,
magneticpermeabilityandlosses,
Conductiveandinsulatingmaterials.
Overhead
lineconductorsandundergroundcables.
Resistance,
self-resistivity,
conductivityandself-conductivity.
Calculatingofthecurrentlimitsofconductorsandcables. Warm up in thecables.
Fusesand Isolators
Experiments regarding to contents of General Physics II will be made in
laboratory sessions.
Definition ofrevolutionandTurkishrevolution, notions, State of Turkey after
Lausanne Peace Treaty, Declerationof Independence, abolitionoftheCaliphate,
Trials of Transition to multi-party System, Sheikh Said rebellion,
ExaminationTurkishforeignpolicy,
Teaching
Atatürk's
Elements
andRevolutionsTeachingAtatürk's Elements andRevolutions on accountof
national sodalityandintegrity in termsofreachingthelevelofmoderncivilizations
Whatthesentenceis, whatthecomponentsof a asentenceare, Howtoanalyze a
asentence,
sentenceanalysissamples,
sentencetypes,
TRK 182
Turkish Language II generalcompositioninformation, plan tobeused in writtencomposition,
whatthewrittenandspokenexpressiontypesandsamplesofthese,
(2,0)2-2
phraseologyandthewaystodevelopthenotion
in
theparagraph,
ambiguityanditsapplication, therulestofollow in appliactionofacademicwriting.
Comparisons: as...as, …-er than, morethan; superlatives: the….-est,…themost,
Affirmative-Negative-Question Forms ofthePresentContinuousTense, Modals:
Shouldforsuggestionand
Must/Havetofornecessity,
Requests/Permission:
Can/Could/May, Hobbies, Likes/Dislikes, Connectors: But, and, because;
FOL 182
Foreign Language II TooandEnough, Imperatives, Affirmative-Negative-Question Forms ofthe Simple
PastTense, The simple future: Will; the Future tensewithGoingto, Ifclause: Type
(2,0)2-2
I,
IfClause:
Type
II,
Affirmative-Negative-Question
Forms
ofPresentPerfectTense,
Affirmative-Negative-Question
Forms
ofPresentPerfectContinuousTense, Subordinators/Linkers
COURSE CODE
FOL 281
Technical Foreign
Language I
(2,0)2-2
CAL 283
Differantial
Equations
(3,0)3-4
EEE 243
Electronics Devices
(3,2)4-5
EEE 221
Circuit Analysis I
(3,2)4-5
EEE 241
Logic Circuits
(3,2)4-5
3rd.Semester Courses
DESCRIPTION
Variousbranchesofscience
(mathematics,
physics,
chemistry)
andengineeringconceptsrelatedtotheindustrythatareused in vehicles, engines,
measuringinstruments,
basicengineeringtopicsasmaterials,
mechanics,
thermodynamics, statics, manufacturingissuesrelatedto sample analysis
First-order differential equations. Nonlinearequationsreducibleto linear equations.
Equationswithconstantcoefficients. Systems of linear equations. Differential
equationswith
variable
coefficients.
Partial
differential
equations.
solutionwithseparationof variables. Fourier seriesand Fourier integrals.
Orthogonal functions, applyingtoboundaryandthefirstvalueproblems.
Crystal structures, energy levels in crystals. Electronic trasport in metals. A short
account on superconductivity. Semiconductors; impurities; carrier transport in
semiconductors; generation and recombination of minority carriers. The P-N
junction diode and Schottky diode; the bipolar junction transistor (BJT); currentvoltage characteristics in diodes, BJT's and MOSFETs.
Circuit variables, circuit elements. Simple resistive circuits. Techniques of circuit
analysis. Topology in circuit analysis. Inductance and capacitance. State variables
and state equations. Response of first-order RL, RC circuits. Natural and step
responses of second-order RLC circuits
Variables and functions. Boolean algebra and truth tables. Logic gates, Karnaugh
maps. Incompletely specified functions, Multilevel logic circuits. Tabular
minimization. Number representation. Arithmetic circuits. Binary codes.
Programmable logic devices. Multiplexers, decoders and encoders. Synchronous
sequential circuits, flip-flops, synchronous counters. Digital logic circuit modules.
Modern hardware description language. Basic CPU design. Arithmetic Logic
Unit (ALU) design. Design of integer processing unit; circuits for addition and
subtraction, division and multiplication circuits. Use of a VHDL language in the
design of general purpose digital circuits at the logic gate level.
EEE 211
Algorithms & Data
Structures
(3,2)4-5
PHY 261
Modern Physics
(3,1)3.5-4
COURSE CODE
FOL 282
Technical Foreign
Language II
(2,0)2-2
EEE 222
Circuit Analysis II
(3,2)4-5
Storage structuresandmemoryallocations. Primitive datastructures. Data
abstractionand Abstract Data Types.
Array andrecordstructures.
Sortingalgorithmsand quick sort. Linear &binarysearch. Complexityofalgorithms.
String processing. Stacks&queues; stackoperations, implementationofrecursion,
polishnotationandarithmeticexpressions. Queues andtheir implementations.
Dequeues&priorityqueues.
Linkedstoragerepresentationandlinked-lists.
Doublylinkedlistsandcircularlists.
Binary
trees.
Treetraversalalgorithms.
Treesearching. General trees. Graphs; terminology, Operation on
graphsandtraversingalgorithms.
Special theory of relativity; particle properties of waves; wave properties of
particles; Atomic structure; elementary quantum mechanics; many electron
atoms; nuclear structure and radioactivity.
4 th. Semester Courses
DESCRIPTION
Variousbranchesofscience
(mathematics,
physics,
chemistry)
andengineeringconceptsrelatedtotheindustrythatareused in vehicles, engines,
measuringinstruments,
basicengineeringtopicsasmaterials,
mechanics,
thermodynamics, statics, production-relatedissues, examiningsamples.
Sinusoidal Sources and Phasors. AC Steady-State Analysis. AC Steady-State
Power. Three-Phase Circuits. The Laplace Transforms. Circuit Analysis in the sdomain. Frequency Response. Mutual Inductance and Transformers. Two-port
Circuits.
ESC 280
Sustainable
Environment
(3,0)3-3
Sustainable concept, definition of sustainable environment: as micro and macro
size, what are our reasons for sustainable environment, importance of sustainable
environment in an engineering perspective.
ENG 206
Mathematical
Methods for
Engineers
(3,1)3.5-4
Complex numbers. Algebra of complex numbers. Polar representation. Complex
functions. Limits and continuity. Analyticity. Analytic functions. CauchyRiemann equations. Line integrals. Cauchy integral formula. Isolated
singularities. Residue theorem. Numerical error. Solution of nonlinear equations.
Convergence. Solution of linear systems of equations: direct and iterative
methods. Interpolation. Curve fitting. Numerical differentiation and integration
EEE 220
Diode circuits, Zener diodes, rectifiers, filters. BJT, MOSFET and JFET amplifier
Basic Semiconductor
design including biasing, small signal analysis and frequency response. Design of
Devices
multistage amplifiers. Differential and operational amplifier design. Output stages
(3,2)4-5
EEE 230
Electromagnetic
Theory
(3,2)4-5
Review of vector calculus. Electrostatics in vacuum. Coulomb's and Gauss's laws.
Electrostatic potential. Poisson's and Laplace's equations. Conductors in the
presence of electrostatic fields. Method of images. Dielectrics; polarization.
Dielectric boundary conditions. Capacitance. Electrostatic energy. Electrostatic
forces by the virtual work principle. Steady currents. Ohm's and Joule's laws.
Resistance calculations. Magnetostatics in vacuum. Ampere's force law. BiotSavart law. Magnetic vector potential. Ampere's circuital law. Magnetic boundary
conditions. Magnetic dipole. Magnetization. Hysteresis curve. Self and mutual
inductance. Magnetic stored energy. Magnetic forces by the virtual work
principle.
Definition of statistics, types and using areas. Variables, graphics and frequency
allocation. Data acquisition and Measures of Central Tendency, Analytical
CAL 286 Probability avarages: Arithmetic, Geometric, Harmonic, Square Calculation of avarages.
Measures of Variety: Asymmetry and Kurtosis of asymmetry Pearson
and Statistics
dimensions. Statistics theory, law of Bayes. Probability function, Variance and
(3,0)3-4
standart deviation. Fixed and Variable Index, the cluster theory and Probability
calculation, and the Action Theory of Probability.
ESC200
Labour Law
(2,0)2-2
ESC 202
Research and
Presentation Skills
(2,0)2-2
COURSE CODE
EEE 301
Industrial Practice I
(0,0)0-6
FOL 381
Reading and
Speaking at Foreign
Language
(2,0)2-2
EEE 343
Electronics I
(3,2)4-4
EEE 335
Electromagnetic
Waves
(3,2)4-4
Individual Labor Law: Business Law Branch of the Law of the Place of
Separation, Business Law Subject, Department of Business Law, Business Law
Resources, Labor Law Basic Principles, Labor Law Basic Concepts: Workers,
Employers, Employer Attorney, Apprentice, Office, Business, Business Contract
Concept and Types, Worker and Employer's Work From the Contract of
Obligations, Fees Assurance, Concept of the Minimum Wage, Labor and Rest
Times, Collective Labor Law: Unions and Upper Bodies, Turkey Unionism Basic
Properties, Organization of Trade Unions, Union Membership and Rights of the
Debt, Mass in Turkey Business Agreements Properties, Peaceful Solution Paths:
Mediation and Arbitration, Strikes: Concepts and Definitions, Turkey to Strike in
the Legal Conditions, Vote to Strike, Strike snooze, Lockout: Concepts and
Definitions
Research paper, compile, prepare a poster and oral presentation techniques,
research article summaries in the introduction, materials-methods, statistics and
results of the writing section, written and oral presentation in the graphs and
tables in the preparation
5 th. Semester Courses
DESCRIPTION
Giving most importance to practice of electric-electronic systems which are used
in industiral and private institutions.
To provide understanding organization of more original complex reading
passages by students in English language, getting a real reading habit by
developing variety reading skills and understanding relationship between original
a text sections.
Feedback amplifiers. Applications of operational amplifiers. Active filters.
Logarithmic and exponential amplifiers. Analog multipliers. Comparators and the
Schmitt trigger. Voltage-Controlled-Oscillators. Multivibrators. Data conversion
circuits. Sinusoidal oscillators
Electromagnetic induction; Faraday's and Lenz's laws; transformer and motional
electromotive force; induction heating; displacement current; time-varying
fields;Maxwell's equations; wave equations; time-harmonic fields; complex
phasors; scalar and vector potential functions; plane waves in vacuum; plane
waves indielectrics and conductors; polarization; skin effect; electromagnetic
energy and power; Poynting's theorem; reflection and refraction of plane waves at
dielectricinterfaces; Snell's laws; Fresnel formulas; critical angle; total internal
reflection;parameters. Protection of switching devices, cooling and maximum
operating values. Serial and parallel operation of the switches.
EEE 363
Signals and Systems
(3, 0)3-3
EEE 373
Control Systems I
(3,2)4-4
EEE311
Software
Applications of
Electronics
(3,2)4-4
EEE 351
Power Systems
Analysis I
(3,1)3.5-5
EEE 353 Power
Electronics
(3,1)3.5-5
EEE 391
Electrical Energy
Production
((3,1)3.5-5
Continuous-time and discrete-time signals and systems. Linear time-invariant
(LTI) systems: system properties, convolution sum and the convolution integral
representation, system properties, LTI systems described by differential and
difference equations. Fourier series: Representation of periodic continuous-time
and discrete-time signals and filtering. Continuous time Fourier transform and its
properties: Time and frequency shifting, conjugation, differentiation and
integration, scaling, convolution, and the Parseval’s relation. Representation of
aperiodic signals and the Discrete-time Fourier transform. Properties of the
discrete-time Fourier transform.
Introduction to control: open-loop and closed loop control. Modeling: transfer
function, block diagram, signal flow graph, state equations. Feedback control
system characteristics: sensitivity, disturbance rejection, steady-state error.
Performance specifications: second-order system, dominant roots, steady-state
error of feedback systems. Stability: Routh-Hurwitz criterion, relative stability.
The root locus method. Frequency response methods: Bode diagram, performance
in the frequency domain, Nyquist stability criterion, gain margin and phase
margin, Nichols chart.
Definition of simulation programs, Pretous Design Suite and the ISIS programme,
Operation and definition of the program, Creating a new design Area, put the
component to the design area, Block operations, Investigation of the circuit
elements during simulation, Measuring instruments in the ISIS programme,
Oscilloscope, Logic analyzer, Digital counter, Signal generator, Multimeter,
Graph-based Simulation, Task of vehicle buttons, PIC-based simulation, Ares
printed circuit drawing application programme, Drawing printed circuit diagram,
Preparation of a PCB schema, Drawing PCB schema of power supply circuit,
Automatic drawing of the printed circuit
Per-unit system; Review of three-phase circuits, transformers and synchronous
machines; Modeling of transmission lines; Short, medium-length and long
transmission lines; Transmission line transients; Network impedance and
admittance models; Network calculations; Power flow solutions.
Power semiconductor switches and their characteristics. Power converter
definitions and classification. VTA method. Midpoint and bridge rectifiers: nonideal current transfer, harmonics, input power factor, utilization factor, using
wrap and unbalances in the rectifier transformers. Introduction to forced
comutation circuits, classification of analysis and techniques. inverters with
voltage fed: Pulse Width Modulation techniques, voltage regulation, harmonics.
Inverters with current fed. DC-DC switching converters: lowering and booster
converters. Control of fulness rate, calculation optimal values of circuit
parameters. Protection of switching devices, cooling and maximum operating
values. Serial and parallel operation of the switches.
To introduce electric energy generation, design and construction concepts,
chracteristics of various types of plants and synchronous machine, exciting
configuration kinds. Thermal and hydro plants. Electric economy, load-frequency
control, and voltage control, Circuit breakers, relays and different protection
ESC 303
Patent and
Industrial Design
(2,0)2-2
ESC305
Entrepreneurship
(2,0)2-2
ESC 309 Project
Management
(2,0)2-2
ESC 307
Communication
Skills
(2,0)2-2
ESC 309
International
Communication
(2,0)2-2
ESC 311
Critical Analytic
Thinking
Techniques
(2,0)2-2
SOS381
Values Education
(2,0)2-2
configurations. Measurement tools in power systems
Product design process, design theory and methodical approach to classification,
idea generating, idea, examining the first design development and test market
analysis, the final product development, product marketing presentations, product
development activities, designing processes, teamwork with the design and
design strategy, the designer's action and makes the process of external
approaches, organizational design process, design process, finding and creating
new ideas, decision making and properties
Entrepreneurial Concepts, Importance and Development of Entrepreneurship,
Entrepreneurs Features: Internal and External Entrepreneurship, Entrepreneurship
Motivation, Creativity and Innovation in Entrepreneurship, Innovation, Trade
Marks and Designs Protection; Entrepreneurship Business Ideas, Business
Planning and documentation process; Business Plan in Management, marketing,
Finance and Production Plans, Entrepreneurship, Entrepreneurship Case Studies
An introduction to project management, project life cycle, project management
processes, organization type, project startup, project needs and requirements,
project plans, work distribution tree, risk management, cost estimation, schedule
creation, resource allocation, project execution, team building, human dimension,
project control, change management, the management, progress measurement and
control, acquired value, evaluation, project closure
Basic study skills. Reading comprehension. Class discussions about the topic of
the week. Vocabulary building. Critical analysis of texts. Freewriting. Research
assignments. Paraphrasing and summarizing basics. Review of the English
language structure. Practice on punctuation and capitalization. Listening and notetaking. Paragraph analysis. Outlining. Writing academic paragraphs. Cause-effect
paragraph studies. Editing one’s own paragraphs. Portfolio keeping.
Definition of International Communication, International communication
purposes and functions of the International Communication shorter history,
economy, culture, policy-based institutions such as international interest in
communication with the process of globalization and international
communications subsidiary of the process, technology, raw material,
Organization, Law and transfers in the context of international communication
International News Agencies, the International Advertising Agencies, the
International Computer Networks, International treaties in the context of
international communication, international communication and causes
Concepts and definitions, thought the organ as the brain, thinking of the grouping,
involuntary thinking and features to consider Voluntary, Voluntary thinking
features, Voluntary thinking methods, critical and analytical thinking, criticalanalytical thinking basic characteristics and criteria, the critical-analytical
thinking process, the critical - Factors affecting the analytical thinking, criticalanalytical thinking scope, How to do critical-analytical thinking
Definations of value and morals, brief literature on morals in terms of religion
and philosophy,models of values education, schools and values education,
development of ethics and character in child, values of Turkish National
Education, teaching of values in schools, Values of Turkish society.
COURSE CODE
FOL 382
Foreign Language
for Business Life
(2,0)2-2
EEE 342
Microprocessors
(3,2)4-5
EEE 360
Communication
Systems I
(3,2)4-6
EEE 390
Electromechanical
Energy Conversion I
(3,2)4-5
EEE 320
Digital Filters and
Systems
(3,2)4-5
EEE 362
6th. Semester Courses
DESCRIPTION
Applying for a job to various institutions and companies, applying for project,
writing for establishing trade relations, writing of the requests; making job
interviews with companies orally, to phone calls, in working environment in
which English is the dominant, determine how students would act: application,
request, response report form, such as the preparation of presentations etc
Basic computer organization and introductory microprocessor architecture.
Introduction to assembly language programming: basic instructions, program
segments, registers and memory. Control transfer instructions; arithmetic, logic
instructions; rotate instructions and bitwise operations in assembly language.
Basic computer architecture: pin definitions and supporting chips. Memory and
memory interfacing. Basic I/O and device interfacing: I/O programming in
assembly and programmable peripheral interface (PPI). Interfacing the parallel
and serial ports.
Review of Fourier transform and its properties. Transmission of signals through
linear systems. Power spectral density and autocorrelation function. The sampling
theorem and the Nyquist rate, aliasing distortion. Non-ideal sampling: Pulse
amplitude modulation (PAM) and flat-top PAM and equalization. Digital
signaling: quantization, encoding and pulse code modulation (PCM), line codes
and their spectra, regenerative repeaters. Pulse transmission: Intersymbol
interference (ISI), Nyquist method for zero ISI, time division multiplexing
(TDM), pulse-time modulation techniques. Complex envelope representation of
bandpass and modulated signals. RF circuits: limiters, converters, multipliers,
detectors, PLL circuits and etc. Analog modulation techniques: AM, DSB-SC,
SSB etc. Binary modulation techniques: ASK, BPSK, FSK.
Magnetic circuits and materials; Single-phase transformers, auto-transformers,
measurement transformers, three-phase transformers; Electromechanical energy
conversion principles; Synchronous motors and generators; Dc motors and
generators; Induction motors; Speed control principles.
Filtering with discrete (fast) fourier transform. Design principles and the
realization problem of digital filters. Filter design with finite impulse response: i)
Filters which have linear phase, ii) Windowing, iii) Sampling the frequency, iv)
Optimal filter design methods. Filter design with infinite impulse response. i) the
numerical integration methods, ii) the impulse invariance methods, iii) the
harmonized z-transformation method. Filter design based on least-squares: i) the
Pade approximation, ii) the FIR Wiener filter. Identification of the system,
inverse-filter design and prediction. Signal processing applications with using
software realization. State representation of discrete-time systems. Observable
and controllable canonical forms. Controllability, observability, stability. The
design methods of control system. System design with state feedback (pole
placement). Design of Status estimator. Design of optimal control system
Introduction to communication systems, modulation tecgniques, limitations in
Analog
Communication
(3,1)3.5-5
EEE 372
Control Systems II
(3,1)3.5-5
EEE 380
Led Technology
(3,1)3.5-5
ESC 304
Human Resources
Management
(2,0)2-2
ESC 306
Management
Systems
(2,0)2-2
ESC 308
Occupational Health
and Safety
(2,0)2-2
ESC 310
Corporate Behavior
(2,0)2-2
ESC 312
Standardization
(2,0)2-2
COURSE CODE
EEE 401
Industrial Practice
communication. Spectral analysis, energy and power, spectral density.
Transmission of signals over linear systems. Amplitude modulation (AM) types:
carrier amplitude madulation, double sideband suppressed carrier modulation,
single sideband modulation, vestigial sideband madolation. Amplitude
modulators, demodulators. Angle modulation tecgniques: frequency and
phaseodulation (FM, AM). Frequency modulators, demodulators. Frequency
division
multiplexing (FDM),
AM
radio
broadcasting, FM
radio
broadcasting, superheterodyne receivers. FM stereo. Television broadcasting
Background and preview. State-space representation. A review of matrix algebra
and vector spaces. Analysis of linear time-invariant systems, modal
decomposition. Controllability and observability. Relationship between transfer
function and state equations, realizations. Pole assignment: state feedback and
output feedback, observer design.
Diodes, Light Emitting diodes, Spectrums of colors, Connection types, LED
Circuits, Application areas, Industrial applications, Sensor applications
Human Resource Management Definition, Organization and Environment,
Human resources planning, Human Resources, Discovery, Selection and
Orientation, the Human Resources Training and Development, Human Resources
and the valuation Pricing (Success valuation and pricing methods.), Labor
Relations, (effective business relationship)
Management and Organization with regard to basic concepts, the administrator
concept, organization and functioning of organizations, organizational forms,
management functions and management in the historical process of development
Occupational health and safety arising from the worker and employer
responsibilities, business worker health and safety organizations, work accidents
and occupational diseases and the causes of economic and social consequences,
work accidents and occupational disease labor law and social security law in
terms of results.
Personality and character. Courtesy and proprieties. Community and sociability.
Community rules. Customs, customs and traditions, its impact on individual
behavior of institutional rules. Effects of social environment. Adaptation,
integration, compliance concepts. Adoption and assimilation. Teamwork.
Individual study. Leadership. Identification and internalization
Standardization Policy in Turkey, Standardization in International Commercial
Relations, the Compulsory Standards Implementation in Turkey.
7th. Semester Courses
DESCRIPTION
Giving importance to practice of electric-electronic systems which are used in
II
(0,0)0-6
ESC 481
Introduction to
Economy
(3,0)3,3
EEE 403
Engineering Design
(3,1)3.5-6
EEE 405
Occupational Safety
in Electric
(3,1)3.5-5
EEE 415
Web Technology
and Applications
(3,1)3.5-5
EEE 413 Artificial
Neural Networks
(3,1)3.5-5
EEE 417
Microcontrollers
(3,1)3.5-5
industiral and private institutions
Introduction to economy, economical ideas, definition of economy and interest in
other sciences, economical systems, issues ofpopulationand economic growth,
Functioning of price mechanism, the laws ofsupply and demandand
economicdecision units,production, production costs and factors of
production,nature,labor,
capital,and
typesof
undertakings,
laborand
unemployment problems, internationallaborflows,banks andmoney,inflation,
deflation anddevaluation,foreign investment, multinational corporations,
tradeexchanges,electronictrading
To be done a research study with reviewing all components which covers subject
in a specific area of Electrical and Electronics Engineering
Faults and Fault effects in Electrical Installations. Electrical current effects on
human and fire danger. Low voltage network types and protection coordination.
Protection precautions in low voltage networks: Low voltage, protection
isolation, protection line, grounding, neutralizing, protections with fault voltage
and fault current. Grounding systems: grounding, active part grounding, lightning
protection grounding. Electrode types: strip, plate, special, and compound
electrodes. Measurement and calculation grounding resistance. Over voltages in
low-voltage systems and precautions taken to protect against them.
Principles of data communications; information transfer, computer networks and
their applications. Network structures, architectures and protocols. Open systems
and the OSI reference model; services and network standardization.
Communication systems: transmission media, analog and digital transmission.
PSTN, modems, PCM, encoding and digital interface. Transmission and
switching: FDM, TDM, modulation, circuit, packet and message switching. The
store and forward concept. Networking characteristics. Storage, delay,
multiplexing, bandwidth sharing and dynamic bandwidth management, QoS.
Channel organization, framing, channel access control. PSPDN and integrated
digital network concept: ISDN. LANs, MANs and WANs. ATM and gigabit
networking. Communication models. De-facto standards. The Internet open
architecture and the protocol suite. Modern applications of networking.
As a motivation, biological neural systems. Definition of Artificial Neural
Networks (ANN). Supervised and unsupervised learning. Adaptive linear
element. Mean square learning rule. Design of linear associative memory. Multilayered perceptron design. Back propagation algorithm. Radial based ANN.
Dynamic ANN. Hopfield net, cellular ANN. KohonenSelforganized map. Pattern,
image, speech processing and control with hardware and software realization of
ANN
Microcontroller families, Definition of PIC16F877, the most widely used
microcontroller. The software development environment, MPLAB. The
programming environment, PIC programming board and PIC experiment board.
Commands for byte, commands for bit, data processing and control commands.
Flash, RAM, addressing modes, the concept of changing the bank. Ports, specialpurpose registers, the concept of cutting. The concept of environmental interface,
environmental interrupts. Timers, counters. Capture, compare, pulse width
modulation module. The serial communication. Analog-digital converter module,
EEE 421
Integrated Circuits
(3,1)3.5-5
EEE 431
Microwave
Techniques
(3,1)3.5-5
EEE 441
Biomedical Systems
(3,1)3.5-5
EEE 443
Electronics II
(3,1)3.5-5
EEE 445
Electronics
Laboratory
(3,1)3.5-5
EEE 451
Power Systems
Analysis II
(3,1)3.5-5
EEE 453
Industrial
Applications of
Power Electronics
(3,1)3.5-5
EEE 455
Electrical Power
Distribution
(3,1)3.5-5
EEPROM, LCD. Applications; DC motors, step motors, servo motors, serial
communication, RF communication
VLSI design techniques and foundations. ASIC design, gate-arrays, standardcells. Full custom design approaches. Floorplanning in chip-level. Separation of
the system building blocks. Standard cell placement & routing algorithms.
Verification of design, logic simulation, timing simulation, transistor level
simulation. Design techniques for regular building blocks: memory arrays, PLAs.
Testable system design techniques. Reliability. Introduction of improving VLSI
design techniques and tools
Definition of microwaves. Basic properties. Application areas. Historical
perpectives. Circuit viewpoint TEM transmission lines in sinusiodal steady state
and in transient regime. Smith chart. Impedance matching. Single and double stub
matching. Field analysis of transmission lines and waveguides. TEM, TM and TE
Waves. Parallel plate and rectangular waveguides. Waveguides modes of a
coaxial line. Dielectric slab waveguides, surface waves. Stripline. Planar guiding
structures: microstrip, coplanar lines, fin lines, etc. Microwave network analysis.
Impedance and admittance matrices. Scattering paratmeters. ABCD matrix. Twoport networks
The physiological effects of electric current and electrical safety, measurement
and evaluation systems with microprocessor. Clinical measurement systems.
Electro-surgical and physical therapy systems. Radiologic and nuclear methods.
The usage of computers in medicine. Computerized tomography. Advanced
topics in medical electronics.
Frequency response of amplifiers, feedback, stability in feedback amplifiers,
pulse response of amplifiers, Wideband amplifiers, oscillators, active filters, Band
off the filters, noise and distortion
Electrical wave patterns, wave generators, pulse generators and studies, inputoutput characteristics of TTL and MOS gate and different applications, sequential
circuits, counters, registers, memory units and practices, data conversion and
communication
Economic operation of power systems; Symmetrical three-phase fault analysis;
Symmetrical component theory; Unsymmetrical fault analysis; Fault analysis
using bus admittance matrix method; Protection systems, overcurrent, directional,
ratio, differential, distance and pilot relays; Stability analysis of power systems
The general definition and classification of semiconductor power converters; AC
/ DC, DC / AC, AC / AC and DC / DC converters; Distortions of input
waveforms in power converters and solution of preventing these distortions;
Power factor and harmonics; Various applications of converters in industrial
systems; Motor control system (DC and AC current motors); Backup and
uninterruptible power supplies (UPS); Battery charge circuits; Electrochemical
applications, Electrical heating and melting (arc furnaces, electric welding,
heating with induction); Static reactive power compensation; Power transmission
with high voltage, domestical applications (heating and air conditioning systems);
The fluorescent lighting systems which have high-frequency
ACsystems, one and three-phase AC systems, phase difference, star-delta
connections, power in AC power systems, synchronous generators, synchronous
reactance and short-circuit currents. Distribution transformers, equivalent circuits,
voltage drop, short circuit voltage, connectivity features, overload, short circuit
EEE 457
Power Transmission
Systems
(3,1)3.5-5
EEE 459 High
Voltage Techniques
(3,1)3.5-5
EEE461 Digital
Communication
(3,1)3.5-5
EEE463
Radio and Tv
Systems
(3,1)3.5-5
EEE 465
Computer
Communication
(3,1)3.5-5
EEE 471
Process Control
(3,1)3.5-5
resistance, maintenance and operation. Features of the power cables. Types of
MV and LV underground cables, types, shapes and calculation of cable cross –
sections according to current strenght. HV, MV and LV overhead lines.
Calculation of cable cross-section according to the voltage drop in Aluminum,
copper and steel cored aluminum lines. Structure of distribution networks and
voltage drop calculations. Busbars. Short-circuit calculations, the effects of shortcircuit currents
Balanced 3-phase system models of transmission systems. Modeling generators,
transformers and loads as components of the system. Modeling of transmission
lines. Examination of "conversion space" concept by Symmetrical components
conversion. Asymmetric modeling of transmission systems with SM. Faults, short
circuits, load flow
Electrostatic Fields: basic electrode systems, approximate calculation of
maximum electric field strength, electrode systems with multi-dielectrics,
conformal mapping, numerical methods for electrostatic field calculations.
Introduction to discharge phenomena: discharge phenomena in gases (Townsend
and streamer theories); corona, lightning and surface discharges, discharge
phenomena in solid and liquid dielectrics. Fundamentals of overvoltages and
overvoltage protection. Generation and measurement of high voltages
Review of probability and random variables. Random processes, stationarity,
correlation, covariance and ergodicity concepts. Transmission of random
processes through linear filters, power spectral density. Gaussian random
processes, white noise, filtered noise and narrowband noise. Baseband pulse
transmission and optimal (matched filter) receiver. Probability of error for pulse
transmission. Nyquist criterion for distortionless binary transmission, partial
response signaling, multi-level signaling and tapped delay line equalization.
Geometric interpretation of signals, coherent detection of signals in noise. Digital
modulation techniques such as PSK, FSK, QPSK and etc. Detection of the
digitally modulated signals
General receiver principles, superheterodyne receivers, selectivity, sensitivity,
image frequency, receiver distortions. AM & FM broadcasting principles and
systems, multiple carrier techniques and OFDM; PAL/SECAM/NTSC TV
systems, PAL coding and decoding, picture artifacts, sampling and quantization
of video signals, digital processing of video, video compression, MPEG,
advanced TV systems, video recording, satellite and cable delivery of video
signal.
Fundamentals of computer networks, architectures, topologies. Network hardware
components in local network (LAN) and wide area networks (WAN), TCP / IP
protocol, the features of OSI layers and principles of their operation. Simple and
complex LAN installation and their cost-efficiency analysis. General features of
network operating systems. Installation of network operating systems such as
Windows NT 4.0, Windows 2000/2003 Server and Linux. Method of local
computer networks, Management of users and groupsin local computer networks,
server management features such as permissions and rights. Security in computer
network
Basic principles of process control, Examination of behaviors of process systems,
which are used in real life, by computer simulation, Modeling of process
dynamic, P, PI, PID control of Process systems, Linearization of nonlinear
equations, Simple differential equations in time domain, Laplace transformations,
Transfer functions, Block diagrams
EEE 473
Industrial
Automation Systems
(3,1)3.5-5
EEE 481
Optoelectronics I
(3,1)3.5-5
EEE 483
Semiconductor
Thermoelectric
Elements
(3,1)3.5-5
EEE 485
Laser Theory
(3,1)3.5-5
EEE491
Electromechanical
Energy Conversion
II
(3,1)3.5-5
EEE 493
Renewable Energy
Systems
(3,1)3.5-5
COURSE CODE
EEE 402
Graduation Thesis
Programmable logic controllers; Hardware features; Memory areas; Writing
programme; Command set and applications; Timing of program execution;
Supervision and execution of the program; Usage of the analog input unit; usage
of analog output unit; Usage of fuzzy logic unit; High-speed counter unit; Usage
of PID controller unit; Usage of rotary position; Usage of the temperature control
unit; Usage of the motion control unit; Usage of shaft control unit; Usage of
position control unit; Programmable terminal unit and usage of integrated by
PLC; PLC systems with big capacity; Remote-controlled PLC systems; PLC
digital control applications; PLC analog control applications
Opto-electronic Devices: optical absorption in a semiconductor, photocurrent in a
p-n diode, photoconductive detection, p-i-n detector, avalanche photo detector,
phototransistor, Schottky detectors. Opto-electronic light emitters: light emitting
diode and its performance, advanced LED structures, semiconductor lasers
design-operation-structures. Optical communications: optical communication
systems, information content and channel capacity, optical fibers, advanced
devices
Semiconductor technology, The basics of semiconductor materials, electron and
band theories, the classification of semiconductors, thermoelectric alloys, the
Peltier and Seebeck event related to the theories, the theory and design
of thermoelectric coolers,
thermoelectric generators and design theory, other thermoelectric applications
Historical introduction to lasers, the basic concepts about lasers, electromagnetic
theory and overview of Maxwell's equations, light reflection, refraction and
absorption, quantum theory of the interaction of light with matter, laser
oscillation and the cavities, progress of the laser beam, the Q-cycle and mode
locking, laser types: gas, excimer, free electron, solid state and semiconductor
lasers, optical phase alignment, introduction to photonic, fibe optic, optical
detectors and modulators, scientific and industrial applications of lasers and
photonics fotoniğin, ultrafast lasers and introduction to nonlinear optic
Electromagnetic fields which are generated by the AC electrical machine wraps:
pulsating and rotating magnetic fields, induction machines: equivalent circuit, the
steady-state analysis, the speed control. Synchronous machines: equivalent
circuit, the steady-state analysis, stability. Single-phase induction machines.
Special electric machines.
Introduction to renewable energy resources with main emphasis on photovoltaic
energy conversion. Solar insolation. Short review of semiconductor properties.
Generation, recombination and the basic equations of the device physics. P-n
junction and silicone solar cell. Efficiency limits, losses, and measurements.
Current fabrication technologies. Design of cells and modules. Other materials.
Applications.
8th. Semester Courses
DESCRIPTION
Engineering problems encountered in professional life would motif makers to
devise solutions to provide, to provide a new scientific concepts to create
(0,2)1-5
ESC 482 Industrial
Management
(3,0)3-3
ENG 402
Engineering Ethics
(2,0)2-2
EEE 460
Digital Signal
Processing
(3,1)3.5-5
EEE414
Microprocessors
Laboratory
(3,1)3.5-5
EEE 440
Medical
Electronics
(3,1)3.5-5
EEE442
Microelectronics
Technology
(3,1)3.5-5
EEE444
Electronics III
(3,1)3.5-5
EEE 446
High Frequency
Electronics
(3,1)3.5-5
EEE 452
Electrical Machines
Laboratory
(3,1)3.5-5
Definition of management, management process features, qualities which must be
in administrators, functions which consist the process of management, table of
management approaches, scientific management approach, management process
approach, the bureaucracy approach
Introduction to ethical concepts. Professionalism and professional ethics codes.
Ethics in design. Rights and responsibilities in business. Technical and ethical
problems. Risk, safety and accident. Responsibility for scientific research.
Experimental study responsibility. Printing and publication of research results in
the powers and responsibilitie.
Overview of digital signals and systems. Frequency and time representation of
sampling, decimation, interpolation. Z-transform: Evaluation, region of
convergence (ROC) and properties. Discrete time system structures: tapped delay
line and lattice structures. Fast Fourier Transform (FFT). Digital filter design:
Finite impulse response (FIR), infinite impulse response (IIR), windowing,
Hilbert transform.
Programmable interface adapter devices (PIA). Multiplexed displays. A/D, D/A
converters and their interfacing to the MPU. Subroutines. Utilization of the
microprocessor stack. Interrupts. Interrupt based I/O, interrupt controllers. Serial
I/O. Communications interface adapters, modems. Direct memory access. DMA
controller devices. Comparison of DMA techniques.
The origin of the action potential, bioelectrical sources, and the main properties of
biolectrical signals. Origin and properties of other physiological parameters.
Electroneurographly,
electrocardiography,
electroencephalography,
electromyography, electroretinography and evoked potentials. Other phsiological
measurements: blood pressure, blood volume, blood flow, heart sound,
respiratory system measurements.
Brief history of the microelectronics technology. Planar technology.
microlitography. Thin films; Evaporation, sputtering and CVD techniques.
Thermal oxidation of silicon. Doping techniques; diffusion, ion implantation and
epitaxy. Process measurement and evalution techniques. Proess simulation;
SUPREM. Process design: junction isolated bipolar IC and CMOS IC fabrication
processes. Packaging. Yield analysis.
AND, OR, NAND, NOR, and derivative gates (XOR, XNOR). Regenerative
circuits: Unstable, one stable and two stable oscillating Schimitt users and trigger
circuits. Timers. Static and dynamic memories: RAM, ROM, EPROM, PLA etc
A / D and D / A converters. MUX, DEMUX circuits
System noise and inter-modulation distortion. Serial and Parallel Resonant
Circuits and impedance matching structures; Single and double tuned
transformers, High frequency oscillators; crystal oscillators and VCOs. Tuned
amplifiers; Tuned amplifiers using IC blocks, crystal, ceramic and SAW fitler
performances and the tuned amplifiers constructed with them,
Determining equivalent circuit parameters of single phase transformer.
Determining equivalent circuit parameters of three phase induction motors and
speed control. Computer aided speed control of three-phase induction machines
fed from a cycloconverter. Heating in a loaded, single-phase induction machine.
Determining synchronous generator characteristics. Starting of synchronous
EEE 454
Power Systems
Laboratory
(3,1)3.5-5
EEE456
Protection at Power
Systems
(3,1)3.5-5
EEE 458 Special
Electrical Machines
(3,1)3.5-5
EEE 462
Rf Electronics
(3,1)3.5-5
EEE 464 Fiberoptic
Communication
(3,1)3.5-5
EEE 468
Antennas and
Propagation
(3,1)3.5-5
EEE 466
Satellite
Communication
(3,1)3.5-5
EEE 472 Digital
Control Systems
(3,1)3.5-5
EEE 474
Computer
motors. Four-quadrant speed control of DC motors. Determining equivalent
circuit parameters of a salient-pole synchronous machine
Analysis of energy systems, energy systems measurement and protection
equipment tests are performed in this laboratory. To be used Electrical Machines
and Power Electronics opportunities for energy system equipment, computer
software laboratory opportunities for system solutions, relays measurement and
test devices, test equipment, etc. grounding. are included, such as hardware
Errors and kinds of errors. Basic concepts. Introduction to protection sysyems.
Current and voltage transformers. Overcurrent, differantial and empedance
protection systems. Transformers, generators and line protection
Synchronous induction motor. Doubly-fed induction motor. High-frequency
motors. Linear machines. Braking motors. Motors with external rotors. Oscilating
motors. Tambourine motors. Poly-phase commutator motors. Schrage motors.
Single-phase commutator motors. Hysteresis motors. Explosion-proof electric
motors
Introduction to RF and wireless technology. Modulation and detection. Multiple
access techniques and wireless standards. Tranceiver architecture. Low noise
amplifiers and mixers. Oscillators. Power amplifiers
Review of optics: Ray theory, imaging, diffraction, etc. Lightvawe fundamentals:
polarization, dispersion, critical angle reflections. Dielectric waveguides: Slaab
waveguides, modes and coupling, integrated optic components. Optic fiber
waveguides: Step-index fiber, Graded-index fiber, atennuation modes, pulse
distortion, construction of optic fibers. Light sources: LED, laser principles, laser
diodes, optical amplifiers, fiber laser. Light detectors, couplers connectors:
Photodetection, splice connectors, source coupling. Distribution networks and
fiber components: Couplers, switches, attenuators, circulators, polarizer, etc.
Light modulation formats and optic heterodyne receivers
Maxwell's equations, obtaining of wave equations, microwave spectrum and its
application areas. Types and characteristics of the transmission line. Basic
antenna concepts and definition of parameters, radiation event in antenna.
Calculation of the power density and field intensity, Friss transmission equation
and free space path loss
Introduction to satellite communications. Structures and kinds of Satellite and
satellite antennas. Basic concepts such as LNA, LNC, LNB, transponder,
footprint. TV satellites, GPS satellites, special satellites. Orbits of satellites,
satellite stations. Circuit-switched services, packet-switched services. Modulation
techniques, multiplexing with code division. MPEG Distribution stations. DiSEqC switch, cable types. Data broadcast, voice broadcast. VSAT-mobile
communication systems. Software techniques in satellite systems. Modeling and
simulation. Developments and applications for the future
The overall structure of the numerical control systems. z-transform. Discrete-time
systems. Sampling. AD / DA converters,
and the
restructuring
of of
signals. Representation
of numerical
controlsystems with block
diagrams. Open and closed loop systems. State-space analysis. Stability testing
methods. Numerical design of controllers. Computer-aided applications
Modeling for control of systems. Z-transforms. Analysis of discrete-time systems.
Design of discrete-time system, To determine the control law, The systems which
Controlled Systems
(3,1)3.5-5
EEE 476
Driver Systems
(3,1)3.5-5
EEE 482
Optoelectronics II
(3,1)3.5-5
EEE484
Nanotechnology
(3,1)3.5-5
EEE 486
Illumination
Technique
(3,1)3.5-5
EEE 492
Photovoltaic Energy
Production
(3,1)3.5-5
EEE 494
Electrical Plants
(3,1)3.5-5
make the state estimation, the regulator design. Shift pole in system models which
are established with input-output relationships. Controllability and observability
of discrete-time systems. System identification techniques, the least squares
method, sequential and stochastic least squares method, maximum probability
method. Adaptive self-adjusting control systems. Modeling of parasitic effects.
Overview to continuous and discrete-time systems.
Speed control methods and applications for DC motors. Operation in fourquadrant. Speed control methods and applications for Asynchronous motor: speed
control by voltage regulation, speed control by frequency, speed control by
constant flux, speed control by rotor resistance. Inverters and pulse width
modulation techniques. Operation principles of gradual motors. Operation
principles of Reluctance motors
Optocouplers, optical components, adaptation of light emitters with
photodetectors, source types of light emitters, optoelectronic circuits and systems
What is nanotechnology? Macro, micro and nano structures, synthesis methods of
nano-structures, the methods used in the study of nanostructures, methods of
microscopic, spectroscopicmethods, X-ray diffraction methods, Applications of
nanotechnologies.
Light theories. Eye, sensitivity and vision types. Light reflection, absorption and
transmission phenomenon. Definition and methods of lighting terms. Internal
lighting systems and calculations. Pre-project preparation fundamentals. Feeder,
column and main-column line formation. Fundamentals of practical application
project preparations. Low power-fact. correction methods in internal installations.
Voltage-drop calculation for lighting systems. External lighting calculations
Electrical properties of the material; interaction of light with a solar cell;
reflection, absorption, generation, separation and collection of carriers; doping
levels and its effects, junction structures, voltage-current characteristics,
structures of different photovoltaic cells; monocrystalline, semicrystalline,
amorphous and other thin-film solar cells; optical concentration, module
operation
Production, transmission and distribution plants. The general structure of a
production plant. electrical calculations of transmission lines, the nominal and
equivalent circuits. Conductors. Insulators. The potential distribution in
insulators. Poles and their selection. Disconnectors, circuit breakers. Short circuit
current and its features. Calculation and selection of circuit breakers according to
short circuit current account. Busbars and busbar systems. Measuring
transformers. Grounding.