Steinbeis Transfer Center Aerospace

• Goal:
  • Transfer of know-how in aerospace technology for small and medium-sized enterprises
  • Implementation of research and development projects

• Technical consulting
• Process planning and development
• Applied research and development
• Writing of expert reports and studies
• Prototype development
• Training in all of these areas
• Engineering services (equipment design and post-implementation computation)

• Plasma technology for the disposal of hazardous waste and the treatment of emissions
• Aerospace use, microgravitation
• Numerical methods
• CBT software (computer based training)
• Construction and validation of plasma generators
• Satellite technology and satellite communications
• Construction and validation of onboard hardware
• Digital/analog signal processing and radio technology
• FPGA-supported implementation of software algorithms for frontline real-time requirements
• Development of computerized control hardware and software

• Presentations on aerospace use and aerospace technology
• Studies on future transportation system
• Tests on electric drives
• High-temperature pyrolysis using hazardous materials in plasma burners
• Computer-aided training
• Satellite communications
• Plasma burners for use in hazardous waste disposal
• Plasma burners for treatment waste emissions
• Planning and construction of experimental modules used in aerospace flights
• Examination and design of smoke cleaning equipment for highly contaminated emission flows
• Digital signal processing with Handel-C for the synchronization of atomic clocks

Steinbeis Transfer Magazine

• “Aerospace connects people” (Transfer 1/2022)
  An interview with Steinbeis Entrepreneur and aerospace expert Professor Dr.-Ing. Felix Huber
• Precision in space and time (Transfer 3/2007)
  High-performance computer systems for aerospace