Fraunhofer IWES focuses on success through collaboration in both research and development and in knowledge transfer. We offer our customers customized and needs-oriented knowledge transfer directly from wind energy and hydrogen research and development.
Depending on the topic, IWES forms learning alliances with other Fraunhofer institutes as well as with colleges, universities and training providers, such as the C3L – Centre for lifelong learning in cooperation with the Fraunhofer Academy.
This means that our customers and partners have access to both standardized and customized options for further qualification and skills development. The program is aimed at both individuals and companies.
The high demand for the sound and reliable development of products for wind energy and hydrogen technology makes knowledge transfer in the form of research and development projects necessary. Together with its partners, IWES meets these challenges with accompanying and supporting research. By pooling proven expertise and a unique research infrastructure, we can provide the wind energy and hydrogen industry with unparalleled innovation potential.
Together with Merseburg University of Applied Sciences, Otto von Guericke University, and Anhalt University of Applied Sciences, IWES is working on establishing a central H2HUB for training and further education. This should improve the ability to meet the high demand for qualified specialists in the hydrogen value chain. Bundling training and further education formats creates new bridges for and within the Central German region.
Fraunhofer IWES’ success depends on talented and committed people willing to take on the challenges of industry and science, which is why we work closely with universities and colleges in the areas of research and academic training and further education and are highly committed to the qualification of young scientists. Together, we form scientific collaborations and networks and create learning alliances that are structurally anchored in the long term through cooperative professorships.
With a broad competence base, we develop economically and socially relevant topics. The theoretical foundations at universities and colleges are combined with practical implementation at IWES. Pooling expertise ensures students receive comprehensive and practical training and further education under the best possible conditions.
As a scientific partner for the development and implementation of degree courses, we implement the findings from wind energy and hydrogen research and development directly into the training and further education programs.
Otto von Guericke University Magdeburg
Wasserstoff als Energieträger der Zukunft (German only)
University of Bremen
FB 1 Physics/Electrical Engineering: Wind turbines - basics
FB 5 Geosciences: Master Program Applied Geosciences, Renewable Energy in the Earth System
Leibniz University Hannover
Rotor blade design for wind turbines
Wind Energy Technology I (in the winter semester)
Wind Energy Technology: Mechatronic system for civil engineers
Carl von Ossietzky University of Oldenburg
Wind & Renewable Energy, Computational Fluid Dynamics I
Wind & Renewable Energy, Computational Fluid Dynamics II
Wind & Renewable Energy, Python Programming in Energy Science - A Python course for scientists
Leibniz University Hannover
Power Engineering, Master of Science
Civil Engineering, Master of Science
EUREC
Renewable Energy, European Master
Fraunhofer ACADEMY