Study structure

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The degree program has a modular structure. Each module deals with a clearly defined subject area and is completed with a certificate of achievement. The content and requirements are described in detail in the examination regulations and in the module handbook.


  • The modules are coordinated in terms of subject and time. For a sensible structure of your studies, we recommend that you follow the sample study plan, which shows an ideal course of study over the standard period of study of seven semesters.
  • The recommended course makes it easier to successfully complete your studies within the standard period of study. However, individual adjustments - e.g. due to internships, stays abroad or part-time study - are possible and in many cases sensible.

Sample study plan

Sample curriculum Bachelor Sustainable Electrotechnical Systems

Integrated sustainability studies

The basic modules teach fundamental theoretical and methodological knowledge about sustainability. You will receive an introduction to:

  • central terms, theories and concepts of sustainability science,
  • basic methods of interdisciplinary and transdisciplinary sustainability research,
  • social conflicts and legal disputes in the field of sustainability,
  • the connection between sustainability and transformation processes.
  • Students will also learn the techniques of scientific work.

Students can choose a specialization from a total of 31 specializations.

The specialization module shows you how differently sustainability can be thought of and shaped - technically, socially, scientifically, legally, creatively or politically, depending on your choice.

Whether it's urban planning, biodiversity, climate change, digitalization or issues of justice: you decide which topic you are interested in. This will give you well-founded professional insights and teach you to understand complex challenges from different perspectives and actively help shape them.

Discover over 30 exciting focus areas - and find your approach to sustainable transformation. We recommend that you click on some of the focus areas to get a better idea of them.

  1. Human scientific prerequisites for sustainable development
  2. Human-nature relationships (philosophy)
  3. Sustainability communication and social participation
  4. Sustainability communication in crisis discourses
  5. Sustainability communication on cultural norms and values
  6. Genesis and structures: sustainability concepts and nature relations
  7. Processes and consequences: Diversity, globalization and solidarity
  8. Actors and practices of socio-ecological transformations
  9. Sustainable, energy-efficient buildings
  10. The green, climate-friendly city
  11. Socially just urban development
  12. Biological principles of sustainability - molecular biology
  13. Biological principles of sustainability - ecology & botany
  14. Mathematics for SDG considerations
  15. Sustainability in chemical-physical applications
  16. Ecological agricultural systems
  17. Organic agriculture and society
  18. Mobility and transportation
  19. Water management
  20. Sustainable material cycles and product life cycles
  21. Environmental economics
  22. Sustainability management
  23. Environmental sustainability law
  24. Social sustainability law
  25. Sustainability studies on electrical energy technology
  26. Computer science: people and society
  27. Artificial intelligence and data science
  28. Computer Science: Safety and Reliability
  29. Critical Sustainability in Art and Design
  30. Transformative project management
  31. Sustainability discourses and fields of action
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