Study structure
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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.
- Human scientific prerequisites for sustainable development
- Human-nature relationships (philosophy)
- Sustainability communication and social participation
- Sustainability communication in crisis discourses
- Sustainability communication on cultural norms and values
- Genesis and structures: sustainability concepts and nature relations
- Processes and consequences: Diversity, globalization and solidarity
- Actors and practices of socio-ecological transformations
- Sustainable, energy-efficient buildings
- The green, climate-friendly city
- Socially just urban development
- Biological principles of sustainability - molecular biology
- Biological principles of sustainability - ecology & botany
- Mathematics for SDG considerations
- Sustainability in chemical-physical applications
- Ecological agricultural systems
- Organic agriculture and society
- Mobility and transportation
- Water management
- Sustainable material cycles and product life cycles
- Environmental economics
- Sustainability management
- Environmental sustainability law
- Social sustainability law
- Sustainability studies on electrical energy technology
- Computer science: people and society
- Artificial intelligence and data science
- Computer Science: Safety and Reliability
- Critical Sustainability in Art and Design
- Transformative project management
- Sustainability discourses and fields of action

