What does the company gain from collaboration?
By collaborating with the Master Sustainable Energy Technology programme, companies gain access to highly motivated MSc students with in-depth expertise in energy generation, distribution and storage. These students contribute to real-world challenges related to renewable energy integration, smart energy systems, power electronics, and semiconductor-based energy devices.
Students combine strong technical engineering knowledge with a system-level perspective on the energy transition. They apply advanced analytical skills and academic reasoning to practical energy challenges, bringing structured approaches, innovative thinking and a future-oriented mindset into the organisation. Because the programme focuses on educating energy system integrators, students are trained to connect technologies across domains.
What do students do within the collaboration?
Students of the Master Sustainable Energy Technology can carry out an internship or master graduation assignment within the company. They work on a clearly defined assignment that aligns both with academic standards and the strategic energy challenges of the organisation.
Typical student activities include:
- analysing and solving complex energy technology and system integration problems;
- designing and evaluating renewable energy systems and smart energy networks;
- modelling energy generation, storage and distribution systems;
- collaborating within multidisciplinary teams involved in the energy transition.
Students are jointly supervised by the company and the university. The assessment focuses on technical depth, system-level insight, professional performance and reflective development, ensuring academic rigour while maintaining strong practical relevance.
Interested in collaborating?
Companies interested in collaborating with Master Sustainable Energy Technology students are invited to contact the programme.
The contact persons can provide information about expectations, timelines and supervision, and can support the matching of suitable student profiles to company energy projects.
Together, we can contribute to accelerating the transition towards sustainable and resilient energy systems.