The Network
BIO IS TECH ™ © Koniku Inc.
In a wide variety of committees and formats, we identify challenges, discuss opportunities and develop approaches for a future-oriented and competitive renewal of the economy. We promote interdisciplinary collaboration for innovative and sustainable solutions.
Our Network
From Stuttgart into the World
The Stuttgart region is the nucleus of biointelligence. This is where the concept was developed and where leading global research institutions in the fields of biology, technology and computer science work in a continuous open exchange. Close networking with technology and market leaders ensures the transfer of knowledge from research to industrial application and enables the partners to expand their global pioneering role.
The concept of biointelligence is to spread out into the world from Stuttgart as a sustainable guiding vision. In the medium term, Stuttgart is to be just one of many hubs. To this end, we are working closely with partners from various regions in Germany, Europe and the world.
How we Collaborate
The Biointelligence Competence Center has built a vibrant ecosystem that fosters lively cooperation between science and industry. It positions the Stuttgart region at the forefront of biointelligence worldwide and bundles the entire expertise of the local institutions.
The intensive exchange in Europe-wide clusters promotes holistic discussion beyond the region's borders and continuously concretizes the vision of biointelligence. Our network jointly disseminated and establishes our developed strategy for its international implementation.
© Fraunhofer IPA
Our Partnerships
Partners
Cooperations
Supporters
Our Team
Susanne
Bailer
Biology, virology, molecular biology,
biochemistry
Thomas
Bauernhansl
Production engineering and automation, biointelligent manufacturing
Yannick
Baumgarten
Biointelligent production, biohydrogen generation, biosensor systems
Anke
Burger-Kentischer
Personalized medicine
and medication,
biosensors
Teresa S.
Catalá
Artificial intelligence in natural sciences, biotechnology, biogeochemistry
Hanaa
Dahy
Bio-based materials and material cycles in architecture
Johannes
Full
Biointelligent production, sustainable biohydrogen generation
Jessica
Horbelt
Laboratory automation, bioproduction technology, process analysis and transfer
Marco
Huber
Artificial intelligence, machine learning, image processing
Katharina
Lingelbach
Neuroscience, brain-computer interface, neuroadaptive technologies
Robert
Miehe
Life cycle engineering and management, biointelligent production
Marius
Mohr
Water management, wastewater treatment
Sophie
Mok
Nature-based solutions, urban farming, bioeconomy, sustainable urban development
Markus
Morrison
Cancer research, quantitative cell biology, applied systems biology
Steffen
Rupp
Molecular biotechnology, infection biology – mycology
Alexander
Sauer
Industrial energy systems, energy efficiency, circular economy
Katja
Schenke-Layland
Cell- und tissue engineering, cardiovascular research
Urs
Schneider
Biomedical engineering, biotechnology, biomechanics
Maximilian
Schutzbach
Life cycle analysis, raw material criticality, mathematical optimization
Oliver Christoph
Schwarz
Biomimicry, medical technology, biological transformation
Christian M.
Stich
Digital engineering, factory and process automation, industrial biotechnology
Ralf
Takors
Bioprocess engineering, systems metabolism engineering, synthetic biology
Martin
Thoma
Biophysics, laboratory automation, device development
Andreas
Traube
Biotechnology, laboratory automation, bioproduction
Mathias
Vukelic
Neuroscience, brain-computer interface, neuroadaptive technologies
Markus Wolperdinger
Bioeconomy, resource technologies, bioprocess engineering
Susanne
Zibek
Biotechnologie, Bioraffinerien, Bioverfahrenstechnik
