Master (1 subject)

Securing a sustainable energy future requires an energy transition that calls for a new generation of dedicated engineers and researchers capable of developing, optimizing and integrating sustainable energy sources such as solar energy, wind energy and energy from biomass.

to the degree program Sustainable Energy Systems (Bachelor of Science (B.Sc.))

The Sustainable Energy Systems program prepares students for work in the broad field of energy system transformation towards a climate-neutral, economic and supply-secure future. The main technical perspective targets the transition of the electrical power system based on renewable energy. Knowledge of its future design is supplemented by competencies in sustainability and digitalization for smart grids and markets.

to the degree program Sustainable Energy Systems (Master of Science (M.Sc.))

Many technical processes are not initially realized in concrete terms, but are modeled and simulated with computers. For example, in order to find out how long a component can withstand mechanical stress and when it will develop the first cracks, real components or machines are not destroyed in tests; instead, the answers sought are determined by simulations. Technomathematicians develop and optimize such simulations and thus contribute to intelligent product development.

to the degree program Technomathematics (Bachelor of Science (B.Sc.))

The Master’s degree program in Technomathematics prepares students professionally for a challenging job in industry and business or in the public sector.

to the degree program Technomathematics (Master of Science (M.Sc.))