Formal and vivid description of the basic concepts and quantities of electrical engineering. Reliable control and systematical employment of the most important modes of analysis and mathematical techniques for the solution of electrical engineering problems.

Magnetic phenomena. Elementary methods of magnetic field calculations. Magnetic circuits. Global and local properties of magnetic fields.Induction phenomena. Circuits with inductors and transformers. Sinusoidal oscillations. Complex circuit analysis. Topology of electrical networks. Network analysis. Theorems for linear circuits. Multiports and polyphase systems. Two-ports. Electromagnetic fields and waves. Transmission lines. Energy concepts in electromagnetism.

Introduction to the physical and methodical fundamentals of electrical engineering, part 2

Obligatory written and oral examination.

Lecture notes and book for this course are available either for free download or on offer at the bookstore (book) and the office (lecture notes - Mrs. Mühlhauser).

Good knowledge of physics and mathematics at a secondary school level.