This MOOC aims to offer an engaging and structured introduction to engineering electromagnetics (EM), suitable for junior and senior-level engineering students. The course is designed to make complex EM concepts more accessible and interesting through a progressive learning structure, supported by real-world applications and interactive problem-solving.

Course Highlights:

1. Foundational Vector Analysis First

   • Vector analysis, the mathematical backbone of EM, is taught at the beginning and gradually applied throughout the course to maintain conceptual flow and avoid disruptions.

2. Contextual Learning with Modern Themes

   • Each module begins with a modern application, linking theory with real-world relevance and previous lessons.

3. Student-Centred Explanations

   • Clear definitions of key terms, boxed formulas, and step-by-step solved examples build student confidence and aid comprehension.

   • Practice Exercises immediately follow each example to reinforce learning.

4. Assessment and Feedback

   • Every module concludes with multiple-choice review questions (with answers) to encourage immediate feedback and concept reinforcement.

   • A wide range of problems, including varying difficulty levels (* and **), support self-paced and instructor-led learning.

5. Balanced Emphasis on Static and Dynamic Fields

   • Both static and time-varying electromagnetic fields are explored in detail, reflecting their significance in modern industries such as computing and imaging.

6. Real-Life Applications

   • Each module ends with real-world applications of the chapter’s concepts, helping learners bridge the gap between theory and practice.