Engineering Electromagnetics

.  Summary of the main learning outcomes for students enrolled in the course.
 

1. Apply transmission line model for lossless and lossy cases to calculate input impedance, reflection coefficient, and standing wave ratio.
2. Study the concept of transient behavior of ideal transmission line. 
3. Study the mismatch effect and apply impedance matching concept using Smith chart. Transformers and stubs are the basic elements for impedance matching.
4. Use Maxwell’s equation and solve the wave equation in free space.
5. Study the properties of TEM waves in free space.
6. Apply the wave propagation in metallic guided structures: Parallel plate guide and rectangular guide.

Study the basic concepts of antennas and its use in communications and radar systems.