Study

Chemistry (B. Sc.)

Chemistry (B. Sc.)

The degree programme has a high level of application relevance as well as the best career prospects in the private sector and in research.

Chemistry (M. Sc.)

Chemistry (M. Sc.)

The Master's programme is material and process-oriented and offers a variety of options for individual specialisation with the two fields of study Applied Chemistry and Polymer Chemistry.

Energy and Materials Physics (B. Sc.)

Energy and Materials Physics (B. Sc.)

Energy efficiency and sustainable energy supply are cornerstones of the energy transition. They also require new ways of developing materials for energy conversion and energy storage.

Energy and Materials Physics (M. Sc.)

Energy and Materials Physics (M. Sc.)

Energy and Materials Physics offers the unique opportunity of a thematically broad and in-depth education in materials physics and materials chemistry of regenerative energy technologies.

Materials Science and Engineering (B. Sc.)

Materials Science and Engineering (B. Sc.)

Materials science and materials engineering are innovation drivers and key to a multitude of product innovations.

Materials Science and Engineering (M. Sc.)

Materials Science and Engineering (M. Sc.)

The demands on the functionality and economic efficiency of consumer goods and products of daily life are becoming increasingly complex.

Sports Engineering (B. Sc.)

Sports Engineering (B. Sc.)

Sports engineering is about developing innovations for high-tech sports equipment and gear. Both engineering and sports science knowledge are required in the degree programme.