Masters of Science in Engineering: Concentration in Electrical Engineering
Typical Schedule
- Engineering 500—Seminar (2)
- Mathematics 502—Transform Methods (3)
- Engineering 501—Stochastic Processes (3)
- Engineering 502—Linear Systems (3)
- Engineering 503—Digital Signal Processing (3)
Communication Systems
- Engineering 510—Field Theory II (3)
- Engineering 511—Communication II (3)
- Engineering 512—Fiber Optics
- Engineering 513—VLSI and Optronics (3)
- Engineering 514—Integrated Communication Systems (3)
- Engineering 570—Microcomputer Applications (3)
- Engineering 530—Optimal Control (3)
- Engineering 531—Estimation and Identification (3)
- Engineering 532—Neural Networks & Intelligent Control (3)
- Engineering 533—Non-Linear Control (3)
- Engineering 534—Microprocessor Applications to Control (3)
- Engineering 570—Microcomputer Applications (3)
- Engineering 550—Power Electronics (3)
- Engineering 551—Power System Reliability (3)
- Engineering 552—Power System Operations (3)
- Engineering 553—Electrical Machines II (3)
- Engineering 554—Power System Protection (3)
- Engineering 570—Microcomputer Applications (3)
- Engineering 598-599—Thesis (6)
- Engineering 591—Special Topics (3)
Total: 32 Semester Hours
