How can we shape our economy to be both more sustainable and more resilient, use resources in a smarter manner and preserve them for future generations? With CirculaTUM, the Technical University of Munich does its part to reinvent the way we do business and decouple prosperity from resource consumption.
Both climate change and resource scarcity as well as the need to safeguard industrial competitiveness and security of supply are key drivers of the transformation to a circular economy.
With its research profile and study programs, the Technical University of Munich has an outstanding role to play in actively contributing to this epochal change. For this purpose, CirculaTUM bundles the diverse expertise within TUM across all disciplines and locations, drives new research projects, supports systemic thinking in teaching, and helps to activate student engagement and entrepreneurial potential.
As a driver for the paradigm shift from the traditional, linear economy to a circular model, CirculaTUM actively promotes discourse with business and society and provides a scientific contribution to the industrial and societal transformation.
“A circular economy describes an economic system that is based on business models which replace the ‘end-of-life’ concept with reducing, alternatively reusing, recycling and recovering material in production/distribution and consumption processes (...), with the aim to accomplish sustainable development, which implies creating environmental quality, economic prosperity and social equity, to the benefit of current and future generations.”
from: Kirchherr J et al.: "Conceptualizing the circular economy: An analysis of 114 definitions". Resources, Conservation and Recycling. 2017; 127: 221-232.
CirculaTUM targets industrial value creation, built environment as well as natural cycles as focal areas, with particular emphasis on material cycles, while regenerative energies are primarily investigated in other clusters and research alliances.
For all given focal areas, various cross-sectional themes of economy, society, digital transformation, processes, and materials science are relevant in different ways.
Three transformation systems represent specific fields of action for the focal areas and their common cross-sectional themes. While these transformational systems are particularly relevant and in a state of profound disruption, the implementation pathways developed therein might also be applied to other contexts.
- Industrial Value Creation
Technology and process solutions for closing industrial material cycles. Circularity in product development and design, production and logistics as well as operation/(second) use incl. maintenance, repair and reuse. Recovery, remanufacturing and refabrication or separation, sorting and recycling.
- Built Environment
Holistic resource efficiency in building design and construction processes. Urban and object planning, calculation, simulation and sustainability in construction site management. Reuporsing and resuse, deconstruction and urban mining.
- Natural Cycles and Bioeconomy
Regeneration of the biosphere by harnessing and restoring renewable value streams in agriculture/forestry and primary production. Remediation of water, air and soil pollution. Renewable materials and biotechnology.
- Business and Economics
Business modeling, entrepreneurship, balancing and valuation, taxation.
Policy frameworks, social implications, and societal models.
- Digital Transformation
Smart analytics and interconnectivity, robotics and automation, AI and IoT, software solutions and digital replication, virtualization of physical objects and processes.
Processes and and Technologies
Supply and disposal, closed-loop operations and circular logistics, supply chain resilience and transparency, production engineering.
Bio-based and regenerative materials, substitution of fossil raw materials, manufacturing processes.
- Mobility and Automotive
New mobility concepts and transformation of the automobile industry in the sense of a Circular Economy.
- Urban Spaces
Cities of the future as hub for circular thinking, acting and living.
- Regional Development
Challenges and opportunities of circular change for rural areas, sustainable economic impulses for agriculture and food.
- Global South
Sustainable development avoiding and removing negative externalities.
- Prof. Dr.-Ing. Johannes Fottner, Chair of Materials Handling, Material Flow, Logistics (fml)
- Prof. Dr. Magnus Fröhling, Professorship of Circular Economy
- Niclas-Alexander Mauss, Chair of Materials Handling, Material Flow, Logistics (fml)
- Tobias Michl, TUM Sustainability Office
- Prof. Dr. Frank-Martin Belz, Chair of Corporate Sustainability
- Prof. Dr. Thomas Brück, Werner Siemens-Chair of Synthetic Biotechnology (WSSB)
- Prof. Dr. Gunther Friedl, Chair of Management Accounting
- Dr. Philipp Gerbert, TUM Venture Labs, UnternehmerTUM
- Prof. Dr. Svetlana Ikonnikova, Professorship of Resource Economics
- Prof. Dipl.-Ing. Hermann Kaufmann, Professorship of Architectural design and Timber Construction, TUM.wood
- Prof. Dr.-Ing. Werner Lang, Chair of Energy Efficient and Sustainable Design and Building
- Prof. Dr.-Ing. Markus Lienkamp, Chair of Automotive Technology (FTM)
- Prof. Dr. Peter Mayr, Chair of Materials Engineering of Additive Manufacturing, TUM.Idea
- Prof. Dr.-Ing. Frank Petzold, Chair of Architectural Informatics
- Prof. Dr. Clarissa Prazeres da Costa, Center for Global Health (CGH)
- Prof. Dr. Klaus Richter, Chair of Wood Science, TUM.wood
- Prof. Dr. Isabell M. Welpe, Chair of Strategy and Organization
- Prof. Dr.-Ing. Michael Zäh, Institute for Machine Tools and Industrial Management (iwb)
Please contact us at any time if you are interested in scientific involvement in the research network, collaboration in an industrial, entrepreneurial or societal context, or any other concerns.