Electrical Engineering (MS), Program Information

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General Requirements

The Master of Science in electrical engineering will provide degree options in one of seven areas of study: Communications, Signal Processing, RF and Millimeter wave Systems, Computer Engineering, Control Systems , Signals Intelligence , and Microelectronics. All options require nine core EEGR courses related to the area of study and a minimum of 18 electrical engineering courses taken towards the degree.

IMPORTANT: The Department of Electrical & Computer Engineering is not currently supporting a graduate curriculum in Power and Energy.

Core Courses Required 9 credits

EEGR 532 - Microwave Transmission 3 Credits
EEGR 624 - Detection and Estimation Theory 3 Credits
EEGR 635 - Advanced Electromagnetic Theory 3 Credits

Elective Courses 18 credits

Elective courses are 6 courses chosen from the following:

EEGR 503 - Communications Theory 3 Credits
EEGR 507 - Applied Probability and Statistical Analysis 3 Credits
EEGR 508 - Advanced Linear Systems 3 Credits
EEGR 510 - Communications Networks 3 Credits
EEGR 520 - Digital Image Processing 3 Credits
EEGR 522 - Digital Signal & Speech Processing 3 Credits
EEGR 524 - Introduction to RADAR 3 Credits
EEGR 535 - Active Microwave Circuit Design 3 Credits
EEGR 536 - Antenna Theory and Design 3 Credits
EEGR 542 - Microwave Power Devices 3 Credits
EEGR 543 - Introduction to Microwaves 3 Credits
EEGR 551 - Digital Signal Processing 3 Credits
EEGR 553 - Electric Drives and Machines 3 Credits
EEGR 556 - Modeling and Control Techniques in Power Electronics 3 Credits
EEGR 557 - Smart Grid and Building Energy Efficiency 3 Credits
EEGR 580 - Advanced Cyber Security 3 Credits
EEGR 581 - Advanced Network Security 3 Credits
EEGR 582 - Advanced Cryptography 3 Credits
EEGR 583 - Advanced Security Management 3 Credits
EEGR 605 - Digital Communications 3 Credits
EEGR 607 - Information Theory 3 Credits
EEGR 608 - Error Control Coding 3 Credits
EEGR 610 - Wireless Communications 3 Credits
EEGR 612 - Multi User Communications 3 Credits
EEGR 614 - Queueing Networks 3 Credits
EEGR 615 - High Speed Networks 3 Credits
EEGR 620 - Digital Image Processing 3 Credits
EEGR 623 - Pattern Recognition 3 Credits
EEGR 624 - Detection and Estimation Theory 3 Credits
EEGR 625 - Optical Communication 3 Credits
EEGR 626 - Optimization/Numerical Methods 3 Credits
EEGR 635 - Advanced Electromagnetic Theory 3 Credits
EEGR 679 - Security in Network and Link Applications 3 Credits
EEGR 722 - Advanced Topics in Image Processing 3 Credits
CEGR 514 - Environmental Impact and Risk Assessment 3 Credits
IEGR 512 - Advanced Project Management 3 Credits
IEGR 571 - Advanced Internal Combustion Engine 3 Credits
IEGR 572 - Design & Analysis of Energy Systems 3 Credits
IEGR 573 - Applied Thermodynamics & Combustion 3 Credits

INFORMATION FOR:

Electrical Engineering (MS), Program Information

General Requirements

Core Courses Required 9 credits

Elective Courses 18 credits

Thesis 3 credits

Total Credit Hours 30

Suggested Curriculum Sequence