Master of Engineering (M.Eng.)

Electrical Energy Systems & Electromobility in the Master’s programme

Would you like to play an active role in shaping the energy and mobility transition through the Master’s programme in Electrical Energy Systems and Electromobility, whilst deepening your knowledge of renewable energy, electrical energy systems, energy conversion and electromobility? This Master’s programme provides practical, interdisciplinary training to prepare you for a career in research and development. You will plan, build and operate energy systems and electromobility solutions, and develop the systemic thinking required for technical management roles. Start your specialisation in Electrical Energy Systems and Electromobility now.

  • Electrical & Information Technology
  • Semester begin Winter / Summer
  • Program Mode Full-time, Dual study program
  • Study Period 3 semester
  • Application period ca. Ende April - 15. Juli 2026
  • Admission Status Admission-free
  • Language german
Teamwork outdoors: a group focuses on a tablet. Focus on digital collaboration and community.
Copyright: Rico Grund

short & sweet

In three semesters, you will learn how to work with solar, wind and fuel cell technology in the Master's in Electrical Energy Systems and Electromobility. You will also work with power electronic systems and battery storage systems.

  • Practice-oriented: A two-semester project gives you valuable insights into research as well as practical laboratory experience
  • Up-to-date: Through cooperation with partners such as the Center for Solar Energy and Hydrogen Technology Ulm or the energy supplier EnBW, you will work on state-of-the-art content.
  • Diverse skills: Expand your technical skills with project management and interdisciplinary work

Requirements for the Electrical Energy Systems and Electromobility Master's program

A prerequisite for the Master's degree in Electrical Energy Systems and Electromobility is an above-average degree in a technical or scientific subject as well as good German and English language skills. In addition, you must have sound specialist knowledge and skills in the field of electrical engineering, such as those acquired in THU's Bachelor's degree programs in Electrical Engineering and Information Technology, Mechatronics or Energy Technology.
If you are unable to provide full proof of the required specialist knowledge and skills before starting your studies, you will be granted admission with the condition that you catch up on the missing knowledge during your Master's degree.

Conclusion & perspectives

With the Master of Engineering (M.Eng.) in Electrical Energy Systems and Electromobility, you will qualify for work in research and development with in-depth knowledge in the fields of energy conversion and energy transformation. This will open up a wide range of career prospects in future fields such as electromobility, sustainable energy supply, electrical energy storage and smart grids. The broad systems engineering training in the Master's in Electrical Energy Systems and Electromobility creates long-term prospects in an innovative working environment. In addition, the Master's degree opens up the possibility of a doctorate and access to the higher civil service.

Contact for all cases

For questions about applications and admission:

For general questions about your studies:

Students' Service Centre