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Research and Collaborations
The Department of Design and Product Development conducts research in the following areas:
- Additive manufacturing processes
- Innovative logistics projects
- Electric mobility
- Manufacturing and processing of renewable raw materials
- Innovative Teaching
- Innovative Machine Components
Below you will find an overview of our resulting areas of expertise.
What You Can Expect When Working with the Chair
| Innovative solutions based on state-of-the-art technology and technology transfer |
| Increased utilization of rationalization potential |
| Increased competitiveness |
| Supplementing in-house expertise with university knowledge |
| Quick overview of the state of the art, including patent searches |
| Studies to aid in business decision-making |
Our Expertise
Over the years, the department has worked in many areas.
Our researchers have examined existing industry concepts and developed new devices and software solutions.
| Research | Development, Design, and Construction | Software / Web Applications |
|---|---|---|
| Processing of special materials (renewable raw materials, semi-crystalline plastics, etc.) using the FLM process | A fully autonomous charging robot for electric vehicles | E-learning and digitalization based on the Industry 4.0 model (Zukunftsfinder.de; Third Learning Space) |
| Testing of innovative machine components such as circular arc spur gears or formed ring joints | Additively manufactured, customized load carriers for both B2B and B2C markets | Development of manuals, operating instructions, and other technical documentation for a software company |
| A series of measurements on the friction machining of AlSi9Cu3 without cooling lubricant | An ultra-lightweight electric overhead conveyor for automatable intralogistics | |
| Process development for component cleaning | Heavy-duty roller test bench for endurance testing of heavy-duty rollers | |
| Development of streamlining concepts for a chain factory | A fully automated storage system | |
| Analysis and modeling of the operational behavior of hydraulic swivel drives | A fully automated and computer-controlled straightening and inspection system | |
| Weakness analysis and development of proposed solutions using a 6,000 kN press | A film-coating system for window profiles | |
| Qualification of new materials such as vulcanized fiber |
If you'd like to work with us
We would be happy to discuss a potential collaboration with you in person.
Our contact information: Contact
Possible forms of collaboration include:
- Design and development according to your specifications
- Analysis and optimization of machines and systems
- Support with the application and management of research and third-party funded projects
- Conducting training sessions by arrangement at your or our facilities
- Placement of graduate students to carry out limited-scope projects; organization and supervision provided by us