Learning Outcomes:
- Faraday's and Ampere's laws
- Vector fields and Poynting fields
- Maxwell's Equations (physical basis and vector calculus formalism)
- Transverse electromagnetic wave, polarization, velocity
- The physical engineering implications, e.g. losses in media, impedance matching, back reflections, phase and group velocity, dispersion
- Antennas including theory and operation of simple antenna examples
- Radio environment propagation
- Bridge the gap between theory and the simplified radio propagation models used for wireless transceiver design and analysis.