Upon completing the course, among the various student outcomes will achieve are:
1)	understand the basic theoretical principles of classical time harmonic electromagnetic field theory as given by the Maxwell equations.;
2)	apply these theoretical principles to modern engineering problems in wave propagation in dielectric media, metallic and dielectric waveguides, coaxial lines and optical fibers 
3)	the use of the Smith Chart to solve impedance transformation and impedance matching problems; and
4)	the ability to perform literature survey in modern RF, microwave and radar related topics, and write technical reports based on the analysis, design and simulation of electromagnetic fields in free-space as well as in microwave guiding structures.