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Graduate

To see the graduate courses offered this semester,     click here.

To see the instructor and course schedule,     click here.

  • Thesis Program



  • Non-Thesis Program

    • THESIS PROGRAM

    Course List

    • To obtain a master’s degree in the Thesis Master’s Program:
      • A total of 7 courses (21 course credits) must be completed successfully
      • and a master’s thesis must be written and successfully defended.
    • In the program, a maximum of 2 (two) courses from other master’s programs of Çankaya University or from the undergraduate curriculum of Çankaya University Electrical and Electronics Engineering Department can be taken, provided they are offered by the Electrical and Electronics Engineering Department. The selection of courses requires the approval of the department head and, if assigned, the academic advisor.

    Within the framework of the Electrical and Electronics Engineering Master’s Program, the following courses will be offered in various semesters.

    COMPULSORY COURSES

    No Course Code Course Name
    1 EE 501 Linear Systems
    2 EE 590 Graduate Seminar
    3 EE 599 MS Thesis
    4 RME 500 Research Methods and Ethics

    ELECTIVE COURSES

    No Course Code Course No Course Name
    1 EE 503 Robotics
    2 EE 510 Process Control
    3 EE 511 High Voltage
    4 EE 551 Antenna Analysis and Design
    5 EE 507 Introduction to Navigation Systems
    6 EE 521 Switching Power Supplies
    7 EE 522 Special Topics in Power Electronics
    8 EE 541 Convolutional Neural Networs
    9 EE 545 Embedded Deep Learning
    10 EE 533 Telecommunication Networks
    11 EE 542 Mathematics of Machine Learning
    12 EE 523 Control Methodes in Power Electronics
    13 EE 531 Computer Networks Design Techniques
    14 EE 532 Image Processing Techniques Using Matlabs
    15 EE 543 3 Dimensional Computer Vision
    16 EE 544 Pattern Recognition
    17 EE 554 Advanced in Optical Wireless Communication Systems
    18 EE 560 Power System Stability and Dynamics
    19 EE 561 Wave Propagation in Power Systems
    20 EE 565 Remote Sensing
    21 EE 546 Recurrent Neural Networks
    22 EE 575 Advaced Radio Frequency Circuits
    23 EE 576 Advanced Analog CMOS Design
    24 EE 571 Biomedical Signal Processing
    25 EE 585 Radar Systems
    26 CENG 500 Numerical Methods in Optimization
    27 CENG 506 Microprocessors and Embedded Systems
    28 CENG 501 Advanced Operating Systems
    29 CENG 508 Advanced Artificial Intelligence
    30 CENG 509 Pattern Recognition
    31 CENG 505 Parallel Computing
    32 CENG 507 Neural Computing
    33 CENG 502 Advanced Computer Networks and Communication
    34 CENG 503 Advanced Image Processing
    35 CENG 567 Data Mining
    36 CENG 511 Advanced Algorithms
    37 CENG 512 Computer Simulation
    38 CENG 566 Coding Theory
    39 CENG 572 Introduction to Geographic Information Systems
    40 CENG 513 Object Oriented Analysis and Design
    41 CENG 539 Essentials of Network Routing and Switching
    42 CENG 569 Big DATA
    43 IE 512 Decision Analysis
    44 IT 518 Computer Networks and Communication
    45 IT 526 Object Oriented Programming
    46 IT 533 Advanced Programming
    47 MATH 551 Analytical Methods for Engineers
    48 ME 502 Advanced Numerical Methods for Engineers
    49 MECE 544 Pattern Recognition
    50 MECE 566 Artificial Intelligence for Mechatronics Engineers
    51 MECE 563 Optimal Control
    52 MNT 501 Fundamentals of Nanotechnology
    53 MNT 526 Optical Properties of Semiconductors
    54 MNT 524 Lab-on-a-Chip and Biomedical Devices
    55 MNT 525 Microtechnologies in Sensors and Actuators