Course Structure & ECTS Credits
To see the course syllabus, please click the course title given in the table below.


Course List
Code Course Title C/E Lang L+P Hour Credits ECTS
EE 005 Modelling and Control of Power Electronic Converters 3 3 6
EE 006 Advanced Power Electronics 3 3 6
EE 008 Electrical Power Quality 3 3 6
EE 652 Biomedical Signal Processing 3 3 6
EE 654 Parallel Computer Architecture 3 3 6
EE 656 Performance Analysis Of Computer Networks 3 3 6
EE 659 Random Variables And Processes For Electrical Engineering 3 3 6
EE 661 Principles Of Computer Networking 3 3 6
EE 663 High Performance Computer Architecture 3 3 6
XXX XXX 0 0 0
YLEE 201 Special Area Course 5 0 6
YLEE 202 Special Area Course 5 0 6
YLEE 203 Special Area Course 5 0 6
YLEE 204 Special Area Course 5 0 6
YLEES 101 Seminar 0 0 6
YLEES 102 Seminar 0 0 6
YLEET 301 Thesis Work 0 0 24
YLEET 302 Thesis Work 0 0 24
YLEM 30 3 3 0
Total ECTS credits : 138 *

. Semester Course List
Code Course Title Lang L+P Hour Credits ECTS
EE 002 Statistical Learning Methods and Pattern Recognition 3 3 6
EE 503 Advanced Electronic Circuit Design 3 3 6
EE 505 Applied Mathematics for Engineers I 3 3 6
EE 506 Applied Mathematics for Engineers II 3 3 6
EE 529 Theory of Complex Functions 3 3 6
EE 562 Analog to Digital Conversion 3 3 6
EE 585 Project Work-1 4 4 6
EE 586 Project Work-2 4 4 6
EE 587 Introduction to Artificial Intelligence 3 3 6
EE 588 Advanced Topics in Neural Networks 3 3 6
EE 589 Introduction to Neural Networks 3 3 6
EE 601 Computer Graphics Fundamentals 3 3 6
EE 607 Advanced Power Electronics I 3 3 6
EE 608 Power Systems Protection 3 3 6
EE 610 Raster Graphics 3 3 6
EE 617 Computational Electromagnetics 3 3 6
EE 622 Digital Image Processing 3 3 6
EE 623 Application-Specific Processors 3 3 6
EE 629 Flexible Control of Distribution Systems 3 3 6
EE 630 Algorithms in Volume Rendering 3 3 6
EE 631 Introduction to Volume Graphics 3 3 6
EE 634 Principles of CMOS VLSI Design 3 3 6
EE 638 Biomedical Instrumentation 3 3 6
EE 640 Optimal Control Theory 3 3 6
EE 645 Introduction to Modern Control 3 3 6
EE 655 Artificial Neural Networks in Electronic Circuit Design 3 3 6
EE 658 Electrical Power Quality 3 3 6
EE 664 Renewable Energy Systems 3 3 6
EE 667 Energy Efficient Technologies in Electrical Systems 3 3 6
EE 668 Dynamics Simulation of Electric Machniery Using Matlab Simulink 3 3 6
EE 676 Controller Implementation II 3 3 6
EE 677 3 3 6
EE 679 Current Mode Circuits 3 3 6
EE 680 Electronic Communication Techniques 3 3 6
EE 685 Digital Signal Processing 3 3 6
EE 686 Energy Conversion for Motor and Generator Drives 3 3 6
EE 687 Lightning Protection and Grounding System 3 3 6
EE 695 Digital System Design on FPGAs 3 3 6
EE 698 Introduction to Embedded Systems De 3 3 6
EE 699 Controller Implementation I 3 3 6
EE 703 Intelligent Robotics I 3 3 6
EE 704 Intelligent Robotics II 3 3 6
EE 711 Analysis and Design of Switched Mode Power Supplies 3 3 6
EE 713 Automotive Electronics and Control Systems 3 3 6
EE 714 Transmission and Distribution of Electrical Energy 3 3 6
EE 717 Advanced Electromagnetic Theory 3 3 6
EE 719 3 3 6
EE 720 3 3 6
EE 722 3 3 6


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