Master Course Electrical Energy Systems and Electromobility - Specialisation EV (EEE) PO WS2015 | Einleitung Modulhandbuch |
Module overview (The information from the actual examination regulations is legally binding) | |
EEE-302 Advanced Linear Algebra and Stochastics 5.0 Credits | EEE-304 System Theory and Optimal Control 5.0 Credits | EEE-305 Power Engineering 1 5.0 Credits | EEE-311 Focus Topics Power Systems 1 5.0 Credits | EEE-313 Technical Elective Module Power Systems 1 5.0 Credits | EEE-316 Elective Master Module Power Systems 5.0 Credits | ||||||||
1.Semester 30 Credits 24 SWS | |||||||||||||
EEE-301 Vector Calculus 5.0 Credits | EEE-303 Field Theory and Simulation 5.0 Credits | EEE-306 Power Engineering 2 5.0 Credits | EEE-312 Focus Topics Power Systems 2 5.0 Credits | EEE-314 Technical Elective Module Power Systems 2 5.0 Credits | EEE-317 Interdisciplinary Competences 5.0 Credits | ||||||||
2.Semester 30 Credits 24 SWS | |||||||||||||
EEE-318 Master Thesis with Viva 30.0 Credits | |||||||||||||
3.Semester 30 Credits 0 SWS | |||||||||||||
Gesamtsumme für den Studiengang/die Vertiefungsrichtung: 90 Credits und 48 SWS |