In addition to a wide range of practice-oriented Bachelor's and Master's theses, the group also offers various courses (lectures, seminars and practical courses) as part of the training of students at the Department of Electrical Engineering and Information Technology. These include, in particular, courses on the topics of lightning and surge protection as well as transient processes in electrical systems.

Courses in SS 2023

Lightning and surge protection (BUE)
Lecture: Wednesday, 11:00 - 12:30, Sr H 1520a
Seminar: Wednesday, 13:00 - 14:30, Sr H 1518
practical courses: by arrangement at the end of the lecture period
Course of studies: Master EPC FS2 + Master RET FS2 + Master EIT
Remarks: 5 LP; mPL 30 min
Description: History of lightning protection and lightning research, origin of thunderstorms, classification and sequence of lightning discharges, characteristic values and threat parameters, basic lightning current effects, electromagnetic field of the lightning discharge, external lightning protection (arresting systems, (air-termination systems, earthing), internal lightning protection (lightning equipotential bonding, separation distances), lightning protection zone concept, surge protection, laboratory simulation of lightning currents and test procedures, guidelines and standards for lightning and surge protection.
   
Measurement technology and circuit diagrams in power engineering (MSE)
Lecture: Thursday, 09:00 - 10:30, Sr H 1520b
Seminar: Thursday, 11:00 - 12:30, Sr H 1520b
practical courses: -
Course of studies: Bachelor EIT FS6 EAT
Remarks: 5 LP; mPL 30 min
Description: Measurement of currents, voltages, powers and energies in DC, AC and three-phase systems (time characteristics, RMS values; measuring instruments, measuring circuits); handling, characteristic values and features of measuring instruments, voltage and current transformers in power systems, voltage dividers, probes, measuring resistors, Rogowski coils, current transformers for laboratory and field measurements, setup, operation and measurement with oscilloscopes (DSO); Plans and documentation (circuit diagrams, wiring diagrams, installation plans, cable and line diagrams), representation of switchgear with overview circuit diagram, functional representation of control, signalling, protection and measurement with circuit diagram; designations, symbols and characteristic values of equipment, devices and components.