ELECTRONICS AND COMMUNICATIONS ENGINEERING GRADUTE PROGRAM FOR MASTER S DEGREE (With Thesis) PREPARATORY PROGRAM* CEE 201 Electrical Circuits 3+0 4 6 CEE 202 Introduction to Control Systems 2+2 3 5 CEE 203 Numerical Methods in EE 2+2 3 4 CEE 222 Electronic Circuits I 3+0 4 6 CEE 231 Digital Design 2+0 3 5 CEE 232 Discrete Time Signals and Systems 2+2 3 5 CEE 234 Microprocessor Systems 2+0 3 5 CEE 241 Electromagnetic Fields 2+2 3 6 CEE 244 Electromagnetic Waves 2+2 3 6 CEE 301 Probability, Statistics&Stoc. Processes 2+2 3 6 CEE 306 Intr. To Electrical Energy Systems 3+0 3 6 CEE 311 Analog Communication 3+0 4 6 CEE 312 Digital Communication 3+0 4 6 CEE 321 Electronic Circuits II 3+0 4 6 CEE 331 Digital Signal Processing 3+0 3 6 CEE 342 MW, Antennas & Propagation 2+2 3 7 CEE 411 Wireless Communication 3+0 3 6 CEE 414 Computer Communication Networks 3+0 3 6 CEE 421 Communication Electronic Circuits 2+2 3 7 * The Director of the Graduate Program, based on the student s background and transcript, can require the student to take courses from the Preparatory program without exceeding the maximum credit hours for that term or semester. COMPULSORY COURSES ECE 501 System Theory 3+0 3 10 ECE 502 Information Theory 3+0 3 10 ECE 503 Probability and Stochastic Processes 3+0 3 10 ECE 504 Advanced Num. Methods in EE 3+0 3 10 ECE 505 Functions of Complex Variables 3+0 3 10 ECE 506 Statistical Signal Processing 3+0 3 10 ECE 507 Network Synthesis 3+0 3 10 ECE 508 Stability of Dynamic Systems 3+0 3 10 ECE 637 Fault Diagnosis and Self Checking Digital Systems 3+0 3 10 ECE 597 Term Project 0+1 0 20 ECE 698 M. Sc. Seminar 0+1 0 0 ECE 699 M. Sc. Thesis 0+6 0 50
ELECTIVE COURSES (any4 of the following) ECE 509 Numerical Methods for Electromagnetic 3+0 3 10 ECE 511 Modeling of Semiconductor Devices 3+0 3 10 ECE 512 Communication Electronics 3+0 3 10 ECE 513 Analog Integrated Circuits Design 3+0 3 10 ECE 514 Digital and Mixed Circuits Design 3+0 3 10 ECE 515 Power Electronics 3+0 3 10 ECE 521 Communication Theory 3+0 3 10 ECE 522 Digital Communication Systems 3+0 3 10 ECE 524 Microwave and Satellite System Engineering 3+0 3 10 ECE 526 Coding Theory for Information Transmission 3+0 3 10 ECE 528 Noise in Electrical Engineering 3+0 3 10 ECE 531 Advanced Topics in Signal Processing 3+0 3 10 ECE 532 Video Signal Processing 3+0 3 10 ECE 533 Remote Sensing and Applications 3+0 3 10 ECE 534 Microprocessors and Applications 3+0 3 10 ECE 611 Optoelectronics and Optical Devices 3+0 3 10 ECE 612 Low Voltage Analog Integrated Circuit Design 3+0 3 10 ECE 613 Phase Locked Systems 3+0 3 10 ECE 614 Analog Signal Processing Ics 3+0 3 10 ECE 621 Complex EM Scattering&Applications 3+0 3 10 ECE 622 Radar Cross-Section Prediction 3+0 3 10 ECE 623 Cryptographic Algorithms 3+0 3 10 ECE 624 Radio Wave Propagation Modeling 3+0 3 10 ECE 631 Switching and Automata Theory 3+0 3 10 ECE 633 Adaptive Signal Processing 3+0 3 10 ECE 635 Electromagnetic Waveguides 3+0 3 10 ECE 641 Optimal Control Theory 3+0 3 10 ECE 642 Multivariable Control Systems 3+0 3 10 ECE 644 Modeling and System Identification 3+0 3 10 CIS 670 Advanced Data Structures and Algorithms 3+0 3 10 Total number of compulsory course credits/ects 9 100 Total number of elective course credits/ects 12 40 Total credits required for graduation / ECTS 21 140
ELECTRONICS AND COMMUNICATIONS ENGINEERING GRADUTE PROGRAM FOR MASTER S DEGREE (With Non thesis) PREPARATORY PROGRAM* CEE 201 Electrical Circuits 3+0 4 6 CEE 202 Introduction to Control Systems 2+2 3 5 CEE 203 Numerical Methods in EE 2+2 3 4 CEE 222 Electronic Circuits I 3+0 4 6 CEE 231 Digital Design 2+0 3 5 CEE 232 Discrete Time Signals and Systems 2+2 3 5 CEE 234 Microprocessor Systems 2+0 3 5 CEE 241 Electromagnetic Fields 2+2 3 6 CEE 244 Electromagnetic Waves 2+2 3 6 CEE 301 Probability, Statistics&Stoc. Processes 2+2 3 6 CEE 306 Intr. To Electrical Energy Systems 3+0 3 6 CEE 311 Analog Communication 3+0 4 6 CEE 312 Digital Communication 3+0 4 6 CEE 321 Electronic Circuits II 3+0 4 6 CEE 331 Digital Signal Processing 3+0 3 6 CEE 342 MW, Antennas & Propagation 2+2 3 7 CEE 411 Wireless Communication 3+0 3 6 CEE 414 Computer Communication Networks 3+0 3 6 CEE 421 Communication Electronic Circuits 2+2 3 7 * The Director of the Graduate Program, based on the student s background and transcript, can require the student to take courses from the Preparatory program without exceeding the maximum credit hours for that term or semester. COMPULSORY COURSES ECE 501 System Theory 3+0 3 10 ECE 502 Information Theory 3+0 3 10 ECE 503 Probability and Stochastic Processes 3+0 3 10 ECE 504 Advanced Num. Methods in EE 3+0 3 10 ECE 505 Functions of Complex Variables 3+0 3 10 ECE 506 Statistical Signal Processing 3+0 3 10 ECE 507 Network Synthesis 3+0 3 10 ECE 508 Stability of Dynamic Systems 3+0 3 10 ECE 637 Fault Diagnosis and Self Checking Digital Systems 3+0 3 10 ECE 597 Term Project 0+1 0 20 ECE 698 M. Sc. Seminar 0+1 0 0
ELECTIVE COURSES (any 7 of the following) ECE 509 Numerical Methods for Electromagnetic 3+0 3 10 ECE 511 Modeling of Semiconductor Devices 3+0 3 10 ECE 512 Communication Electronics 3+0 3 10 ECE 513 Analog Integrated Circuits Design 3+0 3 10 ECE 514 Digital and Mixed Circuits Design 3+0 3 10 ECE 515 Power Electronics 3+0 3 10 ECE 521 Communication Theory 3+0 3 10 ECE 522 Digital Communication Systems 3+0 3 10 ECE 524 Microwave and Satellite System Engineering 3+0 3 10 ECE 526 Coding Theory for Information Transmission 3+0 3 10 ECE 528 Noise in Electrical Engineering 3+0 3 10 ECE 531 Advanced Topics in Signal Processing 3+0 3 10 ECE 532 Video Signal Processing 3+0 3 10 ECE 533 Remote Sensing and Applications 3+0 3 10 ECE 534 Microprocessors and Applications 3+0 3 10 ECE 611 Optoelectronics and Optical Devices 3+0 3 10 ECE 612 Low Voltage Analog Integrated Circuit Design 3+0 3 10 ECE 613 Phase Locked Systems 3+0 3 10 ECE 614 Analog Signal Processing Ics 3+0 3 10 ECE 621 Complex EM Scattering&Applications 3+0 3 10 ECE 622 Radar Cross-Section Prediction 3+0 3 10 ECE 623 Cryptographic Algorithms 3+0 3 10 ECE 624 Radio Wave Propagation Modeling 3+0 3 10 ECE 631 Switching and Automata Theory 3+0 3 10 ECE 633 Adaptive Signal Processing 3+0 3 10 ECE 635 Electromagnetic Waveguides 3+0 3 10 ECE 641 Optimal Control Theory 3+0 3 10 ECE 642 Multivariable Control Systems 3+0 3 10 ECE 644 Modeling and System Identification 3+0 3 10 CIS 670 Advanced Data Structures and Algorithms 3+0 3 10 Total number of compulsory course credits/ects 9 50 Total number of elective course credits/ects 21 70 Total credits required for graduation / ECTS 30 120