KEP provides the fundamental, timeless courses TEL1, TEL2, and TEL3, followed by the Electrodynamics course. These courses provide a comprehensive introduction to electromagnetic fields and electrical circuits and are the basis for a successful understanding of fundamental phenomena in electrical engineering. These courses are structured in such a way that they appropriately reflect problems addressed in other courses and in practice. 

Today's research and development cannot do without computers, so programming, models, and simulations are among the other core topics of the Department, whether it is MATLAB, C++, visual programming, or applications for mobile devices. Not only will you learn all the necessary skills, but you will also try them out on real examples.   

If you need to know the acting force of your actuator, calculate how fast a laser will melt powder, or optimize the shape of an inductor or beam, models and simulations comes in handy. We will teach you how to work not only with our own software, but also with commercial software, such as COMSOL Multiphysics.  

Batteries and fuel cells are an integral technology of our time, and their importance will continue to grow in the near future. In our Electrochemistry course, you will learn how batteries and fuel cells work and generally all the connections between chemistry and electrical engineering.

The Department also offers many other courses, such as the History of Electrical Engineering or courses focusing on the design and development of electrical devices. An overview of all our courses can be found on Courseware.