About Program

The goals of the Electrical & Electronics Engineering Department undergraduate program is to provide the students with total learning experience through a curricular flexibility and student project work.

 

The program embraces the GAU philosophy of education to encourage the individual to develop initiative capabilities and personal responsibility and to create educated leaders of the electrical and electronics engineering professions with an ability to communicate, to work in teams and to understand the broad implications of their work.

 

Students enrolled in the BSc program are required to complete forty courses with 133 credits. A sound understanding of the principles of basic sciences is essential to the study of electrical and electronics engineering. It is essential for the students to be well versed in mathematics and physics.

 

The first 2 years are common for all the departments. In junior year, students take the core courses of the electrical and electronics engineering. In the senior year there is a wide range of technical elective courses, which enable students to specialise further in their particular field of interest.

 

The core courses aim to establish a firm general knowledge in all fields of Electrical and Electronics Engineering. The courses are distributed in eight semesters through four academic years including two graduation projects and summer training.

 

The balanced, integrated curriculum provides an education, which is strong both in the fundamentals and in state-of-the-art knowledge, appropriate for immediate professional practice as well as graduate study and lifelong learning.

 

 

PLC & Microprocess or Laboratory

 

The PLC & Microprocessor laboratory is equipped for undergraduate level courses and projects. There are three groups of experimental sets in this laboratory: PLC (Siemens, Simatic S-7 200), Microprocessors (8086) sets and microcontroller (PIC F877) sets. All these sets are supported by computers and they have their specific programming tools that are aimed to teach how hardware can be controlled by a program. Laboratory is used by both Electrical and Computer Engineering students in different core or technical elective courses. The laboratory also supports graduation projects of the students.

 

Electronics Laboratory

 

This laboratory includes fundamental instruments and experimental sets for electrical and electronic circuits. It is aimed to support undergraduate courses such as circuit theory, physical electronics, electronic circuits, logic circuits and digital systems. DC and AC circuits, basics of diodes and transistors, amplifiers, OP-AMP applications, frequency response, voltage regulators, active filters, combinational logic applications, multiplexers, counters, Arithmetic Logic Units (ALU) are some applications that are conducted in this laboratory. All engineering students use this laboratory during different courses. The laboratory also gives support to graduation projects of the students.

 

Electric Machinery Laboratory

 

This laboratory provides our students different experiments on DC and AC machines on both no load and loaded conditions. The data obtained from these experiments are used to find main performance parameters of the machines and are the same time to draw characteristic curves between measured parameters during no load and loaded tests. During lab experiments, students study physical implementation of the rotors and stators for DC and AC machines.

 

Microwaves and Communications Laboratory

 

This laboratory is equipped by two different kinds of experimental sets. There are two sets for analog communications which include both modulation and demodulation facilities of the most known analog techniques such as AM, FM, ASK, PSK and their variants. This part of the lab is useful for fundamental communications courses. Additionally, microwave trainers are included in this laboratory, which are used for undergraduate and graduate level technical elective courses.

Career Opportunities

Electrical and Electronics Engineering programme graduates have broad job opportunities. Graduates are capable of working as an engineer or researcher in various related areas, such as communications and networking, energy and power systems, control systems, electrical project/applications, and airline and navigation center, etc.

Student Opinions

Departmental Courses

Year 1

 

Fall

 

CH101

General Chemistry

CR:(3,0)3

ECTS:6

 

MT111

Calculus I

CR:(3,2)4

ECTS:6

 

PS111

General Physics I

CR:(2,2)3

ECTS:6

 

ENG101

Introduction to Computers

CR:(3,0)3

ECTS:5

 

ENG103

Computer Aided Design

CR:(2,2)3

ECTS:5

 

TURK001

Turkish I

CR:(0,0)0

ECTS:2

 

Spring

 

MT112

Calculus II

CR:(3,2)4

ECTS:6

 

MT104

Linear Algebra

CR:(3,0)3

ECTS:5

 

PS112

General Physics II

CR:(2,2)3

ECTS:6

 

ENG102

Computer Programming I

CR:(2,2)3

ECTS:6

 

ENG106

Fundamentals of Industrial Engineering

CR:(3,0)3

ECTS:5

 

TURK002

Turkish II

CR:(0,0)0

ECTS:2

 

Year 2

 

Fall

 

MT211

Calculus III

CR:(3,2)4

ECTS:7

 

MT207

Probability Theory

CR:(3,0)3

ECTS:5

 

ENG201

Fundamentals of Electrical Engineering

CR:(2,2)3

ECTS:6

 

ENG203

Computer Programming II

CR:(3,2)4

ECTS:6

 

ECON201

Introduction to Economics I

CR:(3,0)3

ECTS:6

 

Spring

 

MT212

Engineering Mathematics

CR:(3,0)3

ECTS:6

 

MT206

Differential Equations

CR:(4,0)4

ECTS:7

 

ENG202

Physical Electronics

CR:(2,2)3

ECTS:6

 

ENG204

Introduction to Modelling and Optimization

CR:(3,0)3

ECTS:5

 

ECON202

Introduction to Economics II

CR:(3,0)3

ECTS:6

 

Year 3

 

Fall

 

IE303

Fundamentals of Work Study

CR:(3,0)3

ECTS:7

 

IE307

Operations Research I

CR:(3,0)3

ECTS:7

 

IE311

Engineering Statistics

CR:(3,0)3

ECTS:7

 

ACCT101

Introduction to Accounting

CR:(3,0)3

ECTS:5

 

ELXXX

Free Elective

CR:(3,0)3

ECTS:4

 

Spring

 

IE308

Operations Research II

CR:(3,0)3

ECTS:6

 

IE312

Production Systems

CR:(3,0)3

ECTS:6

 

IE314

Manufacturing Systems

CR:(3,0)3

ECTS:6

 

ENG304

Engineering Economy

CR:(3,0)3

ECTS:5

 

MT308

Numerical Analysis

CR:(3,0)3

ECTS:5

 

EE400

Summer Training

CR:(0,0)0

ECTS:2

 

Year 4

 

Fall

 

IE401

Industrial Engineering Project

CR:(3,0)3

ECTS:6

 

IE405

Production Planning and Control

CR:(3,0)3

ECTS:6

 

IE407

Quality Planning and Control

CR:(3,0)3

ECTS:7

 

TELXXX

Technical Elective

CR:(3,0)3

ECTS:5

 

TELXXX

Technical Elective

CR:(3,0)3

ECTS:5

 

NH001

National History I

CR:(1,0)0

ECTS:2

 

Spring

 

IE402

Graduation Project

CR:(3,0)3

ECTS:6

 

IE412

Production Information Systems Management

CR:(3,0)3

ECTS:6

 

TELXXX

Technical Elective

CR:(3,0)3

ECTS:5

 

TELXXX

Technical Elective

CR:(3,0)3

ECTS:5

 

TELXXX

Technical Elective

CR:(3,0)3

ECTS:5

 

NH002

National History II

CR:(1,0)0

ECTS:2

 

Elective Courses

 

IE410

System Simulation

CR:(3,0)3

ECTS:5

 

IE416

Investment Analysis

CR:(3,0)3

ECTS:5

 

IE417

Ergonomics

CR:(3,0)3

ECTS:5

 

IE418

Project Management

CR:(3,0)3

ECTS:5

 

IE440

Human Resource Management

CR:(3,0)3

ECTS:5

 

IE445

Supply Chain Management

CR:(3,0)3

ECTS:5

 

IE447

An Industrial Approach to Alternative Energy Sources

CR:(3,0)3

ECTS:5

 

IE456

Industrial Safety and Technological Applications

CR:(3,0)3

ECTS:5

 

IE460

Quality Control Systems

CR:(3,0)3

ECTS:5

 

IE470

Management for Engineers

CR:(3,0)3

ECTS:5

 

IE488

Nanotechnology

CR:(3,0)3

ECTS:5

 

IE474

Engineering Ethics

CR:(3,0)3

ECTS:5

 

Faculty Presentation Video

Information
Faculty
Faculty of Engineering
Program
Electrical and Electronics Engineering (BSc)
Degree
Undergraduate Degree
Duration
4
Fees
6000 €
Scholarship
Yes
Accreditation
YÖK - YÖDAK - ASIIN
Taught Language
English