energy systems engineering, B.Eng.

In the past, our natural world and environment have been severely strained in the pursuit of electricity generation. Ever since the German Federal Government’s decision on the energy transition in 2011, the energy sector has been called upon to gradually transform its system. As an energy systems engineer, you are in high demand here. Whether as a civil servant, working for energy supply companies, in industry or in engineering consultancies – there are many challenges awaiting you that you can help drive forward: you can play a part in the development of new wind and solar farms, as electricity generation from conventional sources is declining and being phased out gradually. Smaller, decentralised sources must therefore feed increasingly more electricity into the grid, such as households with photovoltaic systems.

As a result, we need a smart grid to distribute energy more effectively. The electricity grid must be further expanded and modernised to meet the new demands posed by renewable energy. This also means that more storage capacity must be made available for the existing energy so that it can be accessed when needed. 

A degree in Energy Systems Engineering will equip you to tackle all these challenges. In the first few semesters, you will acquire essential foundational knowledge in subjects such as chemistry, physics and electrical engineering. Computer science is also a key component of the curriculum, as digitalisation and artificial intelligence will play a major role in the energy supply networks of the future. From the third semester onwards, you’ll delve fully into the subject matter. Subjects such as renewable energy, sustainability, energy network technology and energy storage, combined with several practical projects, will prepare you perfectly for your career. As a graduate of this degree programme, an international career is also open to you. All subjects are taught in English.