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Graduate Course Offerings:
2015-2016 Academic Year

The following is a list of the likely graduate course offerings for the ECE Department for the 2015-2016 academic year. Please refer to the course descriptions linked to in each section for brief overviews of course content and for information regarding prerequisite requirements.

For more information, please visit the university catalog course descriptions

Fall Quarter

Computer Engineering (ECEC)

  • ECEC 571: Introduction to VLSI Design [On Campus]
  • ECEC 622: Parallel Computer Architecture [On Campus]
  • ECEC 631: Principles of Computer Networking [On Campus]
  • ECEC 661: Digital Systems Design [On Campus]

Electrophysics (ECEE)

  • ECEE 507: Electromagnetic Field Analysis I [On Campus]
  • ECEE 518: Microwave Passive Components [On Campus]

Power Engineering (ECEP)

  • ECEP 501: Power System Analysis [On Campus, Online]
  • ECEP 610: Power System Dynamics [Online]
  • ECEP 641: Protective Relaying [On Campus]
  • ECEP 671: AC-DC and DC-AC Power Electronic Converters [On Campus]

Systems Engineering (ECES)

  • ECES 511: Fundamentals of Systems I [On Campus, Online]
  • ECES 521: Probability & Random Variables [On Campus, Online]
  • ECES 631: Fundamentals of Deterministic Digital Signal Processing [On Campus]
  • ECES 642: Optimal Control [On Campus]

Telecommunications (ECET)

  • ECET 511: Physical Foundations of Telecommunications Networks [On Campus]

Winter Quarter

Computer Engineering (ECEC)

  • ECEC 572: Custom VLSI Design & Analysis I [On Campus]
  • ECEC 632: Performance Analysis of Computer Networks [On Campus]

Electrophysics (ECEE)

  • ECEE 508: Electromagnetic Field Analysis II [On Campus]
  • ECEE 519: Microwave Active Subsystems [On Campus]
  • ECEE 641: Fiber Optics & Optical Communications I [Online]

Power Engineering (ECEP)

  • ECEP 502: Computer Analysis of Power Systems [On Campus, Online]
  • ECEP 612: Economic Operation of Power Systems [Online]
  • ECEP 642: Protective Relay Laboratory [On Campus]

Systems Engineering (ECES)

  • ECES 512: Fundamentals of Systems II [On Campus, Online]
  • ECES 522: Random Process & Spectral Analysis [On Campus, Online]
  • ECES T680: Special Topics: Media Forensics & Security [On Campus]
  • ECES 681: Fundamentals of Computer Vision [On Campus]

Telecommunications (ECET)

  • ECET 512: Wireless Systems [On Campus]

Spring Quarter

Computer Engineering (ECEC)

  • ECEC 573: Custom VLSI Design & Analysis II [On Campus]
  • ECEC 621: High Performance Computer Architecture [On Campus]
  • ECEC 633: Advanced Topics in Computer Networking [On Campus]
  • ECEC T680: Special Topics: Pattern Recognition [On Campus]

Electrophysics (ECEE)

  • ECEE 517: Microwave Networks & Transmission Media [On Campus]
  • ECEE 522: Photonic Devices [On Campus]
  • ECEE 642: Fiber Optics & Optical Communications II [Online]

Power Engineering (ECEP)

  • ECEP 503: Synchronous Machine Modeling [On Campus, Online]
  • ECEP 613: Advanced Power System Design [Online]
  • ECEP 673: Power Electronic Applications [On Campus]

Systems Engineering (ECES)

  • ECES 513: Fundamentals of Systems III [On Campus, Online]
  • ECES 523: Detection & Estimation Theory [On Campus]
  • ECES T680: Special Topics: Sfw Defined Radio Sec Lab [On Campus]
  • ECES 811: Optimization Methods for Engineering Design [On Campus]