[2025 S2 Teaching] ELEC3100: Fundamentals of Electromagnegtic Waves and Fields
Undergraduate course, The University of Queensland, School of Electrical Engineering and Computer Science, 2025
In 2025 Semester 2, I’m lecturer of this third-year compulsory course (>200 students) and co-teach with senior colleagues (Prof. Aleksandar D. Rakić). See course profile
My teaching duties (12 teaching weeks + 1 swotvac week + …):
- 40\% course coordination.
- deliver lectures (Wave Propogation, Lossy Media, Plasma, Waveguide, EM Potentials, Radiation, and Antenna) [2 hrs / wk],
- prepare weekly 6 new oral examination problems and solutions (offer on-site help) [4 hrs / wk],
- prepare and deliver weekly contact-hour session with 6 solved problems [1 hr / wk)],
- prepare final exam and supplementary exam problems, solutions, and step-by-step marking criteria,
- prepare and coordinate oral examination (applied class) with tutors to update weekly marking progress,
- deal with posted questions on online Ed discussion boards (Q&A sessions) [> 3 hrs / week].
Course Curriculum
- Transmission Line Theory
- Phasor Representations, Vector Calculus, and so on
- Wave Equations and Maxwell Equations
- Boundary Conditions
- Plane wave in lossless and lossy media
- Group and Phase Velocity
- Wave in dispersive media, Plasma
- Polarisation
- Poyting Theorem and Power
- Interface, Normal and Oblique Incidence
- Metallic Waveguide
- EM Potentials (Static and Retarded)
- Radiation and Antenna
Textbook
Electromagnetics by Prof. Branislav M. Notaroš IEEE Profile
Field and Wave Electromagnetics by Prof. David Keun Cheng DK Cheng’s Intro. on Syracuse University website