Program of study: master electrical engineering 60 LP

Module
   Course
Semester (contact hours/credits)
910
1 - engineering basic module (min. 10 credits)910
   digital control4/5
   linear systems4/5
   numeric mathematics4/5
   Operating systems and their interfaces2/2.5
   Operating systems and their interfaces lab2/2.5
2a - technical specialization module: electronic systems (min. 10 credits)910
   automotive electronics4/5
   communication systems3/3
   communication systems lab1/2
   design security in elektronics4/5
   High Speed Data Transmission4/5
   Next Generation Digital Infrastructure4/5
   real time computing2/2.5
   real time computing2/2.5
   real time computing lab2/2.5
   real time computing lab2/2.5
2b - technical specialization module: sustainable energy systems (min. 10 credits)910
   Aspects of sustainable energy systems4/5
   electrical energy systems3/3
   electrical energy systems lab1/2
   electrical machines and drives2/2.5
   electrical machines and drives lab2/2.5
   Measurement technology and diagnostics for components in intelligent power grids3/3
   Measurement technology and diagnostics for components in intelligent power grids lab1/2
   Power electronics for regenerative energy systems4/5
2c - technical specialization module: individual (min. 10 credits)910
   Aspects of sustainable energy systems4/5
   automotive electronics4/5
   Biomedical Signal and Image Acquisition, Processing and Analysis (Summer School)4/5
   communication systems3/3
   communication systems lab1/2
   design security in elektronics4/5
   electrical energy systems3/3
   electrical energy systems lab1/2
   electrical machines and drives2/2.5
   electrical machines and drives lab2/2.5
   High Speed Data Transmission4/5
   International Summer School on Fluidic MEMS4/5
   Measurement technology and diagnostics for components in intelligent power grids3/3
   Measurement technology and diagnostics for components in intelligent power grids lab1/2
   Microfluidic Applications in Biomedical Engineering and Sensor Technology (summer school)4/5
   Next Generation Digital Infrastructure4/5
   Numerical Modeling and Simulation of Mechatronic Systems2/2.5
   Numerical Modeling and Simulation of Mechatronic Systems lab2/2.5
   Power electronics for regenerative energy systems4/5
   real time computing2/2.5
   real time computing2/2.5
   real time computing lab2/2.5
   real time computing lab2/2.5
3 - research- / interdisciplinary advanced modules (min. 10 credits)910
   Agile Product Development2/2.5
   Agile Product Development lab2/2.5
   communication skills and confilict management4/5
   engl. Professionelles Auftreten als Instrument der Führungsaufgaben4/5
   Intercultural negotiations and presentations4/5
   interdisciplinary project4/5
   management tasks of the engineer4/5
   Practical Philosophy for engineers4/5
   research work (small)4/5
   Research work and seminar8/10
practical study semester with master thesis (min. 30 credits)910
   master thesis 24/30