Biointelligence
Competence Center

Bringing together cutting-edge research for sustainable technology-driven change

Open network organization with the goal of converging engineering, life sciences and information sciences

Dialog and education for the sustainable design of industrial production

The Concept

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Biointelligence is one of the most important innovation paths for a sustainable renewal of industrial production. Crucial to its development and application is the convergence of engineering, life sciences and information sciences.

Innovation by creative minds

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© Fraunhofer IPA

Our Team

Susanne
Bailer

Biology, virology, molecular biology,
biochemistry

Wilhelm
Bauer

Biointelligent mobility systems

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

Matthias
Evers

R&D (biotech / pharma),
Bio Revolution,
digital / technology

Julia
Fritz-Steuber

Cellular
microbiology,
biointelligence

Johannes
Full

Biointelligent production, sustainable biohydrogen generation

Martin A.
Giese

Theoretical
neuroscience

Hanna
Hartmann

Biomedicine and material sciences

Jessica
Horbelt

Laboratory automation, bioproduction technology, process analysis and transfer

Marco
Huber

Artificial intelligence, machine learning, image processing

Steffen
Kiemel

Life cycle analysis, raw material criticality, mathematical optimization

Martin
Kriebel

Molecular and neurobiology

Sabine
Krieg

Bioeconomy, mass personalization, innovation management

Christian
Krupitzer

Food informatics


Iris
Lewandowski

Renewable raw materials in the bioeconomy

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

Klaus-Stephan
Otto

Evolution management, organizational biomimicry, process consulting

Matthias
Peissner

Human-technology interaction


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

Anthony
Stein

Artificial intelligence in agricultural engineering

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

Michael
Totzeck

Optics,
photonics

Andreas
Traube

Biotechnology, laboratory automation, bioproduction

Ana Lucía Vásquez-Caicedo Le Rou

Food technology and production

Rene
von Metzen

Biomedicine and material sciences

Mathias
Vukelic

 Neuroscience, brain-computer interface, neuroadaptive technologies

Markus Wolperdinger

Bioeconomy, resource technologies, bioprocess engineering

Xing
Xiong

Biomedicine and material sciences

Yanyan
Zhang

Aroma chemistry


Susanne
Zibek

Biotechnologie, Bioraffinerien, Bioverfahrenstechnik