Courses of the MSc and MEngg. in EEE programs are listed below.
Thesis/Project/Internship/Independent Study
EEE 502: Internship (non-credits)
EEE 503 Thesis (12 credits) – MSc. EEE program only
EEE 504: Project (3 credits) – MEngg. EEE program only
EEE 591: Independent Study (3 credits)
Communication:
EEE 510: Signals, Systems and Stochastic Process (3 credits)
EEE 511: Cellular Mobile Communication (3 credits)
EEE 512: Telecommunication Transmission Technologies (3 credits)
EEE 513: Communication Services Networks (3 credits)
EEE 514: Optical Communication System (3 credits)
EEE 515 Wireless Sensor Networks (3 credits)
EEE 516 Satellite Communications (3 credits)
EEE 517 Antennas and propagation (3 credits)
EEE 518 Neural Networks (3 credits)
EEE 520: Advanced Digital Communications (3 credits)
EEE 521: Digital Wireless Communications and Networks (3 credits)
EEE 522: Telecommunications Business Environment (3 credits)
EEE 523: Network and Services Management (3 credits)
EEE 524: Mobile Communication System Planning (3 credits)
EEE 525: Communications Systems Modeling (3 credits)
EEE 530: Broadband Networks (3 credits)
EEE 531: Data Network Protocols (3 credits)
EEE 532: Network Security (3 credits)
EEE 533: Wavelets and Applications (3 credits)
EEE 534: Advanced Data Communication (3 credits)
EEE 535: Information Theory, Coding, and Detection (3 credits)
EEE 542: Advanced Digital Signal Processing (3 credits)
EEE 593: Special Topics in Communication (3 credits)
Electronics
EEE 540: Advanced Semiconductor Devices (3 credits)
EEE 541: Advanced VLSI Design (3 credits)
EEE 542: Advanced Digital Signal Processing (3 credits)
EEE 543: Power Semiconductor Circuits and Drives (3 credits)
EEE 544: Photovoltaic Engineering (3 credits)
EEE 545 Nanotechnology (3 credits)
EEE 546 Nano-photonics and Plasmonic (3 credits)
EEE 547: Advanced Embedded System Design (3 credits)
EEE 548: Embedded Internet of Things (IoT) (3 credits)
EEE 549: Industry 4.0 Fundamental (3 credits)
EEE 550: Advanced CMOS Technology (3 credits)
EEE 552: Laser Theory (3 credits)
EEE 554: Application Specific Integrated Circuit Design (3 credits)
EEE 555: Fundamentals of Nanoelectronics Technology (3 credits)
EEE 557: Advanced Optoelectronics (3 credits)
EEE 595: Special Topics in Electronics (3 credits)
Power and Control Systems
EEE 543: Power Semiconductor Circuits and Drives (3 credits)
EEE 560: Optimization of Power System Operation (3 credits)
EEE 561: Advanced Protective Relays (3 credits)
EEE 562: Power System Stability (3 credits)
EEE 563: Power System Planning (3 credits)
EEE 564: Advanced Machine Design (3 credits)
EEE 565: Renewable Energy Systems (3 credits)
EEE 566 Smart Grid (3 credits)
EEE 567: Nuclear power plant (3 credits)
EEE 570: Transients in Power System (3 credits)
EEE 571: Power System Reliability (3 credits)
EEE 572: Modern Power System Modeling (3 credits)
EEE 573: Generalized Machine Theory (3 credits)
EEE 574: Modern Control Theory (3 credits)
EEE 575: HVDC Transmission Systems (3 credits)
EEE 576: Computer Methods in Power System Analysis (3 credits)
EEE 577: Optimal Control Theory and Applications (3 credits)
EEE 578: Adaptive Control (3 credits)
EEE 579: Nonlinear Systems (3 credits)
EEE 597: Special Topics in Power System (3 credits)