Steinbeis Transfer Center Smart Manufacturing Solutions
John-Deere-Strasse 81a
68163 Mannheim
Germany
68163 Mannheim
Germany
- Phone: +49 621 76150891
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Management:
- Prof. Dr. Matthias Rädle
Services
- Sensor development
- Prototype development of instruments and machinery
- Automation of machines including pilot-plant scale production
- Image analysis techniques, process and analysis of large data volumes
- Flow simulation
- Process engineering development
- Energy consulting / energetic building optimization
- Design of heat storage
- Model development
- 3D visualization
- Software development in the field of AI
Key Areas
- Optical sensors
- Test bench construction and mechanical engineering on pilot-plant scale
- Automation
- Software development and data analysis
- Measurement data processing
- Modeling and simulation
- Latent heat storage
Project Examples
- Development of a model-based diagnostic system for rotating machinery
- Development and numerical calculation of a miniature steam turbine for exploitation of excess thermal energy
- Development of innovative latent storage systems
- Development of miniaturized medical sensors used in the visual determination of physiologic conditions (in-vivo/ex-vivo)
Media
Steinbeis Transfer Magazine
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Successful Together: How SMEs Succeed with Innovation (Transfer 2/2023)
Collaboration between Mannheim University of Applied Sciences and Steinbeis results in two startups -
A Habitat for Digital Twins (Transfer 3/2021)
A team of researchers from Mannheim expands the fundamental concept of digital transformation -
Small structures in focus (Transfer 3/2020)
A research team from Mannheim develops measurement technology for assessing structural and material differences on surfaces
Videos
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Steinbeis Lunchbreak | Grab a bite with Prof. Dr. Matthias Rädle (German version) (2022)
Matthias Rädle demonstrates how effective transfer structures between universities, research and industry accelerate innovation. Using interdisciplinary development projects as examples, he illustrates how entrepreneurial transfer, student involvement, networks and flexible resources efficiently translate new technologies into marketable applications.