Graduate Curriculum

M.S. in Electrical and Electronics Engineering EE 500 M.S. Research and Thesis NC EE 590 Seminar (0-2)NC 7 elective courses Total Minimum Credit : 21 Number of courses with credit (min) : 7		M.S. in Biomedical Engineering EE 500 M.S. Research and Thesis EE 518 Phys. Control System Analysis (3-0)3 EE 519 Medical Imaging (3-0)3 EE 590 Seminar (0-2)NC 5 Elective courses Total Minimum Credit: 21 Number of courses with credit(min): 7
Ph.D. in Electrical and Electronics Engineering EE 600 Ph.D. Research and Thesis NC 8 elective courses Total Minimum Credit : 24 Number of courses with credit (min) : 8		Ph.D. in Biomedical Engineering EE 600 Ph.D. Research and Thesis NC 8 Elective courses Total minimum credit: 24 Number of courses with credit (min): 8

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Graduate courses offered in METU EEE Department:

First Semester:

• EE 500 M.S. Research and Thesis NC
• EE 501 Linear Systems Theory I (3-0)3
• EE 503 Signal Analysis and Processing (3-0)3
• EE 505 Multiresolution Signal Processing (3-0)3
• EE 507 Analog Filters (3-0)3
• EE 509 High Frequency Filter Design (2-2)3
• EE 511 Communication Electronics (3-0)3
• EE 513 Transport Phenomena in Semiconductor Devices (3-0)3
• EE 515 Bioelectricity and Biomagnetism (3-0)3
• EE 517 Therapeutic and Prosthetic Devices in Biomedical Engineering (3-0)3
• EE 519 Medical Imaging (3-0)3
• EE 521 Analytical Methods for Electromagnetics (3-0)3
• EE 523 Electromagnetic Wave Theory (3-0)3
• EE 525 Antenna Engineering (3-0)3
• EE 527 Microwave Engineering (3-0)3
• EE 531 Probability and Stochastic Processes (3-0)3
• EE 533 Information Theory (3-0)3
• EE 535 Communication Theory (3-0)3
• EE 543 Neurocomputers (3-0)3
• EE 545 Switching and Automata Theory (3-0)3
• EE 547 Parallel Computer Architectures (3-0)3
• EE 549 Parallel and Distributed Computing (3-0)3
• EE 551 Multivariable Control Systems I (3-0)3
• EE 553 Optimization (3-0)3
• EE 555 Stability Theory of Dynamical Systems (3-0)3
• EE 557 Estimation Theory (3-0)3
• EE 559 Intelligent Control (3-0)3
• EE 561 Advanced Static Power Conversion (3-0)3
• EE 563 Generalized Electrical Machine Theory (3-0)3
• EE 569 Special Topics in Power Electronics (3-0)3
• EE 571 Wave Propagation in Power Systems (3-0)3
• EE 573 Power System Stability and Dynamics (3-0)3
• EE 575 Advanced High Voltage Techniques (3-0)3
• EE 577 Advanced Power System Protection (3-0)3
• EE 579 Economic Operation of Power Systems (3-0)3
• EE 583 Pattern Recognition (3-0)3
• EE 587 Introduction to Robotics (3-0)3
• EE 590 Seminar (0-2)NC
• EE 600 Ph.D. Research and Thesis NC
• EE 601 Functional Analysis and Operator Theory with Applications (3-0)3
• EE 603 Spectral Estimation (3-0)3
• EE 611 Plasma Engineering (3-0)3
• EE 613 Beam Electronics (3-0)3
• EE 615 Optoelectronics (3-0)3
• EE 617 Principles of Analog VLSI Design (3-0)3
• EE 621 Theory of Acoustic Wave (3-0)3
• EE 625 Fundamentals of Radar Systems I (3-0)3
• EE 627 Principles of Modern Optical Systems (3-0)3
• EE 633 Digital Speech Processing (3-0)3
• EE 635 Fourier Optics (3-0)3
• EE 637 Digital Radio Communications (3-0)3
• EE 647 Microprocessor Systems Engineering (3-0)3
• EE 655 Chaotic Dynamics (3-0)3
• EE 671 Modern Power System Operation and Control Techniques (3-0)3
• EE 7XX Special Topics in Electrical and Electronics Engineering (3-0)3
• EE 8XX Special Studies (4-2)NC
• EE 9XX Advanced Studies (4-0)NC

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Second Semester:

• EE 500 M.S. Research and Thesis NC
• EE 502 Linear Systems Theory II (3-0)3
• EE 504 Adaptive Signal Processing (3-0)3
• EE 508 Digital Filters (3-0)3
• EE 512 Introduction to Optical Fiber Communications (3-0)3
• EE 518 Physiological Control Systems Analysis (3-0)3
• EE 522 Numerical Methods for Electromagnetics (3-0)3
• EE 524 Electromagnetic Wave Propagation (3-0)3
• EE 526 Antenna Theory (3-0)3
• EE 528 Microwave Theory (3-0)3
• EE 534 Coding Theory (3-0)3
• EE 536 Digital Communication Systems (3-0)3
• EE 538 Telecommunication Networks (3-0)3
• EE 542 Computer Networks (3-0)3
• EE 544 Algorithms and Computational Complexity (3-0)3
• EE 546 Switching and Automata Theory (3-0)3
• EE 548 Microprocessors and Applications (3-0)3
• EE 552 Multivariable Control Systems II (3-0)3
• EE 554 Optimal Control Theory (3-0)3
• EE 558 System Identification and Adaptive Control (3-0)3
• EE 564 Design of Electrical Machines (3-0)3
• EE 566 Electrical Heating and Applications (3-0)3
• EE 568 Selected Topics on Electrical Machines (3-0)3
• EE 572 Insulation Coordination (3-0)3
• EE 574 Power System Real-Time Monitoring and Control (3-0)3
• EE 576 High Voltage Measurement Techniques (3-0)3
• EE 578 Power System Planning (3-0)3
• EE 586 Artificial Intelligence (3-0)3
• EE 588 Robot Hand : Dynamics of Manipulation (3-0)3
• EE 590 Seminar (0-2)NC
• EE 600 Ph.D. Research and Thesis NC
• EE 610 Integrated Sensors and Sensor Systems (3-0)3
• EE 612 Fundamentals of Fusion Plasma Systems (3-0)3
• EE 614 Principles of Laser Engineering (3-0)3
• EE 616 Nuclear Electronics and Instrumentation (3-0)3
• EE 618 Principles of Digital CMOS VLSI Design (3-0)3
• EE 619 High Speed Semiconductor Devices and Circuits (3-0)3
• EE 624 High Frequency Methods in Electromagnetics (3-0)3
• EE 626 Fundamentals of Radar Systems II (3-0)3
• EE 634 Digital Image Processing (3-0)3
• EE 636 Digital Video Processing (3-0)3
• EE 642 Introduction to Mathematical Bases of Computer Graphics (3-0)3
• EE 674 Computational Tech. in Power Sys. Analysis (3-0)3
• EE 7XX Special Topics in Electrical and Electronics Eng. (3-0)3
• EE 8XX Special Studies (4-2)NC
• EE 9XX Advanced Studies (4-0)NC

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