Prof. Dr.-Ing. Sebastian Koj

• Digitale Lernplattform der Elektrotechnik zur Fachkräftegewinnung in der Region, Prof. Dr.-Ing. Matthias Haupt (Projektleiter/-in), 2026 bis 2028

• Metrological Approach for Identifying Abnormalities and the Causes of Harmonics in Electrical Power Grids using Wavelets, Advances in radio science. Kleinheubacher Berichte, 2025, S. 33–47
• Project-based Learning in EMC: Capacitive Coupling
• Transforming Laboratories in Higher Education: an Interactive Learning Platform for Electrical Engineering Labs
• DC-DC-Wandler als FPGA basierte Lehr- und Forschungsplattform
• FPGA-Based DC-DC Converter as Educational and Research Platform
• Labscale Emulation of Abnormalities in Three-Phase Power Systems and their Preemptive Detection Using Wavelets
• Simulation of Conducted Emissions From Power Converters Using Leading Switching Technologies
• Pointer Image Theory Usage for Common Mode Current Prediction at Power Lines
• Analysis of the coupling of electromagnetic pulses into shielded enclosures of vulnerable systems, Advances in radio science. Kleinheubacher Berichte, 2019, S. 215–226
• Far Field Region of Radiated Emissions from Wind Energy Conversion Systems
• Measurement uncertainty caused by distance errors during in situ tests of wind turbines, Advances in radio science. Kleinheubacher Berichte, 2019, S. 19–25
• Messunsicherheit bei in situ Tests der elektromagnetischen Verträglichkeit von Windkraftanlagen
• EM Interferences between Power Converters and FM Radio Services on Vehicles of Security Authorities
• Measurement Uncertainty of Radiated Electromagnetic Emissions in In Situ Tests of Wind Energy Conversion Systems, Advances in radio science. Kleinheubacher Berichte, 2018, S. 13–22
• Prädiktion von Blitzeinschlagsbereichen bei Multimegawatt-Windkraftanlagen
• Simplified Procedure to Predict the EM Emissions of Wind Energy Conversion Systems
• Modelling of multi-megawatt wind turbines for EMI and EMS investigations by a topological approach
• Radiated electromagnetic emissions from wind energy conversion systems
• RF front end for UAS-aided flight inspection of airport surveillance radars
• Determination of radiated emissions from wind energy conversion systems
• Untersuchungen zur Bestimmung von hochfrequenten elektromagnetischen Emissionen von Windkraftanlagen

Studiengangsbeauftragter für die Studiengänge:

• Elektrotechnik, B.Eng.
• Elektrotechnik dual, B.Eng.
• Mechatronik dual, B.Eng.
• Medizintechnik dual, B.Eng.