Technical University of Munich (TUM)
The Technical University of Munich (TUM) is one of Europe’s leading technical universities, officially designated as a German “University of Excellence.” Beyond its specialized campus in Straubing, TUM spans multiple primary locations—including its main campus in Munich, the high-tech research hub in Garching, Weihenstephan (life sciences), Heilbronn, and an international campus in Singapore (TUM Asia). The university covers a broad spectrum of disciplines organized into specialized Schools, ranging from Engineering and Computation to Medicine, Natural Sciences, Management, and Social Sciences.
TUM is globally recognized for its strong emphasis on entrepreneurship, technology transfer, and cutting-edge research. Self-described as “The Entrepreneurial University,” it supports a thriving startup ecosystem through initiatives like TUM Venture Labs and close collaborations with major industrial partners. Its research portfolio spans major future-oriented fields—such as Artificial Intelligence, Quantum Technologies, Sustainable Energy, Medicine, and Clean Mobility—supported by numerous Clusters of Excellence and Nobel laureate affiliations, making it a key engine for scientific innovation across Europe.
World Rank: 45
Shanghai Ranking
Rank: 25
QS World University Ranking
Rank: 27
THE World University Ranking
Local Contact
Dr. Marina Zapilko
TUM Campus Straubing
The TUM Campus Straubing for Biotechnology and Sustainability (TUMCS) stands out as a unique academic site specifically dedicated to transforming the economy away from fossil fuels toward sustainable, bio-based systems. As an integrative academic institution of the Technical University of Munich (TUM) operated in collaboration with the Weihenstephan-Triesdorf University of Applied Sciences (HSWT), its strengths in the bioeconomy cover research, interdisciplinary education, specialized infrastructure, and practical translation.
One of the primary strengths of TUMCS in bioeconomy is its cross-disciplinary design. Rather than isolating the natural sciences, engineering, and business into separate departments, the campus integrates them under one roof. Academic programs and research groups bridge chemical biotechnology and biogenic materials with economics, sustainable management, and policy. This ensures that students and researchers do not simply develop bio-based technologies in a vacuum, but also evaluate their market viability, supply chain logistics, environmental impacts, and regulatory feasibility.
Specialized Degrees
Unlike institutions where bioeconomy is treated as a minor concentration, TUMCS offers dedicated degree programs at both the Bachelor’s and Master’s levels directly titled Bioeconomy, alongside related fields like Sustainable Management & Technology, Chemical Biotechnology, and Biomass Technology. This specialized curriculum equips graduates with a dual skill set: technical understanding of bio-based resources and biological processes combined with micro- and macroeconomic expertise tailored to sustainable market transitions.
Applied Research
The campus is equipped with targeted research infrastructure and specialized institutes focused directly on circular economy challenges. Key research units include the Bio Scale-up Center (located at the nearby BioCampus), the Green Fuel Center, the Center for Microplastic Prevention, and SynBioFoundry@TUM. Professorships spanning Synthetic Biology, Circular Economy, Bioprocess Engineering, and Sustainable Business Economics allow researchers to cover the entire value chain—from molecular strain engineering to process scaling and life-cycle assessment.