Program Energy Technology, Energy Efficiency and Climate Protection
Teaching language: German!
This degree programme is about the sustainable use of energy and the utilization of energy sources that are replenished as they are used, such as wind, water, the sun and sustainably grown crops. This type of energy is almost inexhaustible and far more efficient than fossil fuels, guaranteeing climate protection and the preservation of natural resources. The programme provides the know-how required to develop and optimise environmentally friendly technologies for the generations of tomorrow. Given the importance of environmentally friendly technologies in virtually any field of industry, graduates enjoy excellent career prospects and a high employability rate.
Duration: 3 years
Start of studies: winter (October 1) and summer (March 15)
Application period: May 1 through July 15 for the winter term, November 20 through January 15 for the summer term
General entrance qualification for admission to a university or technical college or a subject-related university entrance qualification. Admission is also possible via professional university access. Students have to serve a pre-study internship of at least twelve weeks in a relevant professional field prior to their studies or by the end of the third semester at the latest.
German B2 (language of instruction: German)
Contents and Structure:
The programme consists of three module groups.
The first module group provides the mathematical and scientific fundamentals:
- Basics of Chemistry and Biology
- Materials Science
- Technical Mechanics and Design
- Electrical Engineering and Information Technology
The second group -fundamentals of science and engineering – includes the following modules:
- Thermodynamics and Fluid Mechanics
- Process Engineering
- Heat Transfer and Reaction Kinetics
- Physical Chemistry
- Control Engineering
- Measurement and Sensor Technology
- Electronics and Digital Technology
The third module group includes engineering-related content, such as
- Electrical Power Engineering
- Energy Conversion in Engines and Machines
- Combustion Engine Technology for Renewable Fuels
- Efficient Energy Utilisation
- Decentralised Energy Systems
- Energy Conversion Systems
- Fuel Cell Technology
- Integrated Energy Concepts
- Basics of Energy Technology and Energy Management
- Solar Energy
- Wind and Hydro Power
- Energy Efficiency of Buildings
- Business and Management
- Environmental and Energy Law
The last semester is designated for the completion of the final research paper (Bachelor’s Thesis) which may also cover research carried out in connection with practical placement at a company.
For further information (in German), please switch to the German website.