Applied Electrodynamics: From Theory to Application

Online lecture

Applied Electrodynamics: From Theory to Application

Summary

This online lecture series offers a focused introduction to the core concepts of electrodynamics, designed specifically for master’s and PhD students. Through a collection of recorded videos, the course bridges theoretical foundations with practical applications, making complex topics accessible and engaging. While not intended to replace traditional lectures, these materials serve as a valuable supplement - helping students build a solid understanding before advancing to in-depth literature or specialized master courses. Whether you are new to the field or seeking a refresher, this series provides a clear pathway into the world of applied electrodynamics.

Online lecture

This online course combines concise, pre-recorded video lectures with hands-on simulation exercises using COMSOL Multiphysics. Students are encouraged to watch and study the uploaded videos at their own pace, deepening their understanding of key electrodynamics concepts through both theoretical explanations and practical demonstrations.

To reinforce learning, a set of simulation files is provided. These allow students to actively explore and experiment with electrodynamics phenomena in a virtual environment, bridging the gap between theory and real-world application.

Although the course is fully online, students are welcome to schedule appointments for individual questions, discussions, or deeper exploration of course topics. Your feedback is highly valued: if you notice important topics missing or have suggestions for additional content, please share your ideas. This collaborative approach helps ensure the course remains relevant and responsive to your needs.

Organization

  • Detailed content of the online lecture and registration in C@mpus
  • Lecture notes, videos, and simulation files in ILIAS

Contact

This image shows André Buchau

André Buchau

Dr.-Ing.

Deputy Director, Group Leader "Multiphysics problems"

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