"Engineering electromagnetics" is one of the important core courses for electrical engineering (EE) undergraduates. It presents fundamentals, basic laws, and theorems and analysis methods of electromagnetics.

This course includes five parts: fields, electrostatic fields, steady electric fields, steady magnetic fields and time-varying electromagnetic fields.

This course has the following characteristics:

1. Visualize abstract concepts. Abstract concepts are introduced to students with the help of computer animation, analogy and other methods, making it convenient to understand.

2. Combination of mathematics and physics. We reveal the physical meaning behind the complicated mathematical derivation and complex formula, making them much easier to understand.

3. Summary and exercises. Each knowledge point has a summary at the end of the video, as well as the corresponding exercises. It is convenient for students to test.

This course introduces and develops the knowledge in fundamental electromagnetics. The course presents the basic concepts of electromagnetic theory from a physical and application point of view. 

Having successfully completed the course, students will be able to know:
• Basic concepts of electromagnetic theory
• Vector algebra in the electromagnetic field context
• Properties of static and time-varying electromagnetic fields
• Physical meaning of Maxwell's equations
• Mathematical description of fundamental laws of electromagnetism

The students should have learned Calculus and Physics.  

Engineering Electromagnetics 8th Edition

by William Hayt (Author), John Buck (Author)