Educational Program

Since the areas covered by electronic engineering and computer science are increasing, the Department provides a broad curriculum to its students. The students can choose their educational program according to their interests. They can choose a program that is partly related to electronic devices, electronic applications, or computer and communication.

Postgraduate education consists of programs leading to the M.Sc and Ph.D degrees. The degree requires a deep and broad knowledge of electronic engineering. Each postgraduate student should submit a thesis to complete the degree course. The student is requested to present his or her thesis to the examiners and audience.

Electronics Course

Linear Algebra, Foreign Language, Technical English, Applied Physics (Experiment Course), Vecor Analysis, Complex Analysis, Partial Differential Equations, Exercise in Differential Equations, Oscillations and Waves, Exercise in Oscillations and Waves, Basic Quantum Mechanics, Modern Mathematics, Probability and Statistics, Quantum Mechanics, Statistical Mechanics, Electric and Electronic Engineering Laboratory (I, II, IV, III, V), Fundamentals of Solid-State Physics, Electromagnetism (I, II, III) Theory of Electric Circuits I, Theory of Electric Circuits II, Electronic Circuits I, Mathematics for Electrical Engineering, Electronic Circuits II, Computer Science and Engineering, Exercises in Electromagnetism, Exercises in Electromagnetism, Exercise in Electric Circuits, Solid State Physics (I, II), Electronic Material Sciences, Semiconductor Electronics, Electronic Devices, Physics and Technology of Integrated Circuits, Electric Power Engineering, Electric Machinery, Power Electronics, High Electric field, Plasma Electronics, Power System Engineering, Electric Machine Designing, Optical Engineering, Optical Circuits Engineering, Control Engineering, Electrical Measurement, Electronic and Physical Measurement Engineering, Dynamic System Theory, Information Theory, Communication Engineering, Microwave Engineering, Image Engineering, Fundamental Electronics (I, II), Electronic Circuit Designing, Integrated Circuits and Systems, Computer Programming Basics, Digital Signal Processing, Computer Programming Applications, Electrical Equipment Standard and Management, Mechanical Engineering, Telecommunication Network Engineering, Electrochemistry, Internship (I, II)

Informatics Course

Linear Algebra II, Introduction to Computer Science, Survey of Computer History in English, Introduction to Information Technology (Laboratory), Programming Languages (I, II, III, IV, Laboratory), Applied Physics (Experiment Course), Laboratory on Computer Science (I, II), Exercises in Software (I, II, III), Exercises in Software (I, II, III), Exercises in Differential Equations, Vector Analysis, Complex Analysis, Partial Differential Equations, Oscillations and Waves, Elementary Electromagnetism, Exercise in Elementary Electromagnetism, Discrete Mathematics (I, II, Exercise), Probability and Statistics (I, II, Exercise), Data Structures, Logic Design, Numerical Analysis, Algorithms (I, II), Formal Language and Automata, Computer System (I, II), Operating Systems, Mathematical Programming, Database Systems, Operations Research, Information Theory, Information Ethics, Control Engineering, Transmission Cirtuits, Digital System Design, Artificial Intelligence, Circuits and Systems, Image Processing and Understanding, Computer Network, Network Programming, Software Engineering, Processing of Programming Languages, Computer Security, Computer Graphics, Special Lecture on Computer Science (I, II, III, IV, V), Special Exercises in Computer Science (I, II), Internship (I, II)