In order to shorten product development times, simulation techniques and automatic optimization methods are applied for the optimization of component shapes, of their production, or of the selection of materials which have been used.

• FeelMath- Finite Elements for Elastic Materials and Homogenization
  
  

  
  • FeelMath

• Technical Acustics

  
  • ISTWIPP - Innovative Simulation Techniques as a Tool of an Integrated Product Policy (IPP) for Modeling and Optimization of Molded Parts
  • Structure and Process Optimization

• Mechanics of Materials

  
  • MISES-FOK - Multiscale Simulation of Fiber Reinforced Plastics
  • Development of New Materials for Doors and Portals
  • Innovative Simulation of Paper (ISOP)

• Structure Optimization

  
  • MIDPAG
  • Developing Adequate Structural Optimization Methods for Foundries
  • Optimization of Cable Conduits
  • Engine Block Optimization
  • Biomechanical Simulation Software for Preoperative Planning of Knee Prosthesis
  • Planning system for arthroplasty with bio-mechanical simulation
  • Design and Optimization of Adhesive Joints for Plate and Disc Components Made of Ultra-High Performance Concrete
  • Development and production of new door and portal structures with innovative building materials and exclusive design