Electrical Engineering 117 — Electromagnetic Fields and Waves (4 Units)
From Professor T. K. Gustafson’s introduction to the course: The goal of EE117 is to provide the basic skills required to understand, develop, and design various engineering applications involving electromagnetic fields, as well as to lay the foundations of electromagnetism and its practice in modern communications. Examples include wireless, guided wave principles such as fiber optics and electronic electromagnetic structures including those on the sub-micron scale. The course also aims to provide basic laboratory exposure to electromagnetic principles and applications.
- Math 53, 54
- Physics 7B
Knowledge of Phasor Analysis
- Basic Electromagnetic Wave Relationships
- Transmission Line Concepts and Applications
- Introduction to Maxwell’s Equations
- Intermediate Aspects of Maxwell’s Equations
- Reflection and Transmission at Interfaces
- Antennas, Radiation, Diffraction, and Wireless Systems
- Electromagnetic Properties of Materials
Varies significantly across instructors and semesters - Minilabs - Midterms - Final exam
Lectures take place 3 hours per week and the minilabs are expected to take an hour each.
Choosing the Course
When to take
As there are several requirements for this class, it is preferable to the take the course later than sooner, after having a solid understanding of physics and calculus. Note that it is usually offered only once per academic year.
- EE210: Advanced E&M Theory
- EE216: Antennas and Propagation
- EE217: Microwave Circuits
Usefulness for Research or Internships
As there is limited information about this course, it is highly recommended (as with all courses that are tailored to a specific field) to talk to the professor who is scheduled to teach the course and directly discuss with him or her what the course will entail. Although we provide course guides, these only scratch the surface of what the course can really offer, and the professor can give you a better idea of what to expect.