Sustainable electrotechnical systems (Bachelor)

On the Bachelor's degree course in Sustainable Electrotechnical Systems, you will combine technical expertise with a sound understanding of sustainable development. You will immerse yourself in key topics such as energy technology, automation and communication technology and at the same time learn to anchor ecological responsibility and resource-saving approaches in technological processes.

The focus is on developing innovative solutions for the energy transition and sustainable technologies. Through practice-oriented projects and individual elective modules, for example in the areas of e-mobility or sustainable power grids, you can set your own priorities and apply your knowledge directly. This interdisciplinary approach prepares you optimally for exciting careers in key industries such as energy technology, mobility or medical technology.

The University of Kassel offers you a future-oriented degree course that uniquely combines the key areas of electrical engineering and sustainability. The focus is on practical training, which is supported by close cooperation with regional industry. This allows you to gain valuable insights into real fields of work at an early stage and apply your knowledge directly.

The course is strongly research-oriented: You have the opportunity to participate in innovative projects on renewable energies or sustainable mobility concepts. Individual specializations and a wide selection of elective modules allow you to tailor your studies to your interests. Modern teaching methods such as e-learning and English-language modules make learning efficient and internationally oriented. Small learning groups and personal support ensure a supportive learning atmosphere that gives you the space to develop your talents.

A Bachelor's degree in Sustainable Electrotechnical Systems will open up excellent career opportunities in key sectors of the economy. Your interdisciplinary skills are in high demand in sectors such as energy technology, mobility, medical technology and environmental technology. In addition, the combination of electrical engineering and sustainability qualifies you for positions in companies that rely on future-oriented and sustainable technologies. Your possible fields of activity include the development of energy-efficient systems, process optimization in industry or the design of sustainable products. Careers in information and communication technology, sensor and measurement technology and research and development also offer exciting prospects. The high demand for specialists in these areas opens up a wide range of opportunities - both locally and internationally. You can expand your career options and specialize further with an advanced Master's degree. With your knowledge, you will make an active contribution to the development of sustainable technologies and help shape the future.

Practice-oriented learning is a central component of your studies. In many modules, you will work on practical projects, which are often carried out in collaboration with companies from industry.

You also have the opportunity to write your Bachelor's thesis directly in a company and gain valuable insights into the professional world. Thanks to decades of international cooperation in this subject area, you will have the opportunity to spend a semester abroad in countries such as Brazil, Chile, Ireland, Spain, Sweden, Norway, Thailand or the USA.

Your studies combine a solid theoretical basis with practical experience and modern teaching methods. Lectures, exercises and seminars will provide you with in-depth knowledge of the mathematical and scientific fundamentals as well as the core areas of electrical engineering.

You will deal with topics such as information and communication technology, sensor technology, renewable energies, electromobility, machine learning, AI and automation.

You will put your theoretical knowledge into practice in the labs, while project work often takes place in collaboration with industry partners. Elective modules allow you to set individual priorities, for example in the areas of e-mobility, smart sensor systems or sustainable technologies.

In addition, the degree program offers integrated sustainability modules in which you acquire comprehensive knowledge in resource-saving and ecologically responsible technologies. Innovative teaching methods such as e-learning, recorded lectures and discussion forums support your learning and offer you flexibility.