Information about the Master Electrical Engineering and Information Technology
Examination Regulations and Module Manual (in German only)
Modules
Semesters 1–3
TECHNICAL MODULES IN THE FIELDS OF SPECIALISATION
Automation Technology: Image Recognition and Processing | Production Measurement and Testing Technology | Advanced Control Engineering | Industrial Networks | Cooperative and Mobile Robotics | Artificial Intelligence | Modelling and Simulation | Numerical Methods | Smart Systems | Electromagnetic Field Theory
Electrical Power Engineering: Drive Control | Electrical Networks | Energy Conversion | Advanced Control Engineering | Modelling and Simulation | Numerical Methods | Legal Framework | Electromagnetic Field Theory | Materials
Information Technology: Algorithms, Data Structures, Graphs | IT Security | Machine Learning | Modelling and Simulation | Numerical Methods | Rapid System Prototyping | SoC Programming | Software Engineering | Systems Theory | Electromagnetic Field Theory
Mechatronics: Drive Control | Advanced Control Engineering | Industrial Networks | Artificial Intelligence | Modelling and Simulation | Numerical Methods | Smart Systems | Electromagnetic Field Theory | Materials
Microelectronics: Advanced MyP Arduino | Digital Signal Processing | EMC | Solid-State Physics | Semiconductor Technology | Infrared and Laser Technology | Nanoelectronics | Computer-Aided Circuit Design | System Integration | Electromagnetic Field Theory
Further modules in the programme: Projects | Technical Elective Modules | Non-Technical Elective Modules
Semester 4
MASTER’S THESIS
Please check the module manual (currently available in German only) for detailed information on the contents of the study programme.
