How do I proceed?
Choose a suitable summer school from our current list. Please also pay attention to the general conditions (link of the partner university).
If necessary, clarify the recognition of your performance with the person responsible for the module in question.
Register for the summer school and pay the participation fee.
If necessary
Recognition of credits
After you have completed your studies abroad, you can have the study and examination achievements gained there recognised at the Kaiserslautern University of Applied Sciences.
How do I proceed?
The person responsible for the respective module is responsible for the recognition of achievements. In case of discrepancies, please contact the examination board of the programme and inform the head of the International Office (IO) in parallel.
Please use the form for the recognition of study and examination achievements acquir
Your internship abroad
Discover a foreign country on the job: You can gain work experience, experience different ways of working, develop valuable career opportunities - and meet lots of new people along the way.
How do I proceed?
Look for an internship with a company abroad.
Write an application including a curriculum vitae in tabular form and a meaningful letter of motivation and send it to your selected company.
Have the internship abroad approved by your department and clarify the recognition of your performance with the relevant module supervisors.
Development of optimized controls of hydraulic systems in building services engineering to increase the energy efficiency of heating and air-conditioning systems.
In building services engineering, the generation and distribution of heat and cooling is an important factor. The systems used for this purpose have a comparable structure regardless of
Development of new concepts for hydro-mechatronic aggregates to significantly increase resource efficiency - Subproject: Development and Testing of High-Speed Electric Motors (HYDRESS)
In view of the megatrend topics of energy efficiency, resource minimisation and the reduction of critical materials, it is important, especially in the field of pum
Application development of innovative high-performance electronics for raw material and energy optimization of circulation pumps (IMPROVE)
The scientific and technical objective of this project is the application-oriented further development of an electric drive system consisting of non-motor-integrated frequency converters and high-efficiency mot
Application development of innovative raw material and energy saving circulation pumps (Eco-Pump-Drive)
As a development result, a qualified system consisting of a rare-earth magnet-free high-efficiency reluctance motor with associated power electronics and application-specific control for outputs in the medium watt range should be available. The
