About EE324
The purpose of this course is to familiarize the students with the
fundamental relations of the electromagnetics, and to
demonstrate how such relations are used in the solution of engineering
problems. The course aims to
provide the students with opportunity to get the basic experience in applied electromagnetics. This will be achieved through the
coursework that includes lectures, hands-on labs, virtual
labs, and recitations. As a result, the students will get
1. Ability to handle Maxwell’s equations to describe electromagnetic phenomena.
2. Ability to use analytical and numerical methods to solve problems in electromagnetism.
3. Ability to study electromagnetic phenomena experimentally in the lab and conduct experiments.
4. Ability to analyze and interpret experimental data.
5. Ability to apply electromagnetic phenomena to contemporary engineering problems.
Upon
successful completion of the course the students will have a solid background for taking high level courses in Electrical
Engineering. They will be able to address practical problems related to
microwave engineering, wireless communications, and electromagnetic radiation
sensors, among them: to evaluate a change in radio signal strength due to
reflection from a dielectric; to measure the intensity of radiation by a
detector; to analyze periodic wave amplitude distribution on transmission line;
and measure power pattern of a dipole antenna.
Prerequisites: PHY 107, PHY
207, MTH241
More information can be found in the attached Syllabus.