Why should I study EM?


Link to all EE modules.


My HWU timetable. (HW students)


Courses developed and taught at HWU (handouts and notes available on VISION);

  • B37EE - Introduction to Electrical and Electronic Engineering (1st semester)

  • B38EM - Introduction to Electric and Magnetic Fields (4th semester)

  • B38EC/B38EM - Electromechanical Systems (4th semester)

  • B39MA - Electromagnetism (6th semester)

  • B38MB - Physical Electronics and Semiconductors (6th semester)

  • B31AO - Antenna Engineering and Applications (10th semester)

  • Supervision: Post-Docs, PhD, MSc, MENG5, MENG4, BENG4 Projects and Students


    Past taught courses and notes     (typed notes and handouts are distributed in class) at SDSMT:

  • EE-221 Circuits II (Fall) (3-1) (*lab handouts*)
  • EE-221 Circuits II (Spring) (3-1) (*lab handouts*)
  • EE-483 Antennas for Wireless Communications (3-1)  [also EE-492/592 Topics]
  • EE-680 Advanced Electromagnetics (3-0)  [former EE-692]
  • EE-692 ST: Advanced Antenna Engineering (3-0)   [also EE-691 Indep. Study]
  • EE-692 ST: Advanced Engineering Electromagnetics(3-0)


    Co-taught:
  • EE-464: Senior Design I (co-taught) (2-2)
  • EE-465: Senior Design II (co-taught) (2-2)
  • EE-692: ST: Antennas and Communication Systems (co-taught) (3-1)


    Other taught lectures:
  • EE-481: Microwave Engineering (Pozar)
  • EE-4xx: RF Engineering I (RF Transistor Amplifiers) (Gonzalez)
  • EE-4xx: Radio Wave Propagation (Collin, Saunders)
  • EE-4xx: High-Frequency (HF) Measurements (Oliver & Cage)
  • EE-5xx: Wireless Communications (Mobile Telephony) (Rappaport)


    Advising:
  • EE-788: Master's Research Problems/Projects
  • EE-798: Thesis
  • NANO-898D: Dissertation