Project Calls

Smart wearable patch with a replaceable hydrogel layer and reusable electronics to control the diffusion of supplements into the body.

To develop safe, low-cost, flexible printed circuits for interactive books and games.

Joint development of an understanding of future market conditions resulting from the flood of current legislative changes and the derivation of innovation opportunities.

Leverage latest AI-developments inside the cleanroom to build up a better understanding of limitations and the context sensitivity of processes, make data accessible for reasoning and prediction, and work towards fully automatically designed flows.

Development of humidity sensors for high temperature applications.

Elaboration of testing and validating demands for ensuring 120.000 hours of continuous operation. Becoming technology leader and staying a leap ahead of competitors.

Development of a new generation of ultra-precise magnetic encoder systems based on TMR sensors and SmCo pole wheels.

This project envisions next-generation DC data centers that combine high efficiency, resilience, and sustainability. By integrating advanced power conversion, storage, cooling, and backup solutions, it lays the foundation for a scalable and future-proof energy infrastructure.

The aim of this project is to develop a measuring system for monitoring the condition of steel structures that are installed in hard-to-reach locations and are also exposed to harsh environmental conditions.

The project MULTIRAD investigates ways to combine short-range, mid-range and long-range automotive radar sensors into one multi-functional unit.

Develop monitoring solutions for real-time assessment of the thermo-mechanical profile within the manufacturing piece & early estimation of the final quality.

Development of a smart bra integrating printed sensor foil for tactile sensing, enabling early detection of breast cancer through real-time data acquisition and AI-driven analysis.

Joint development of an understanding of the future market conditions arising from the flood of current legislative changes and the derivation of innovation opportunities.

The aim of this projekt is to develop AI-based algorithms to optimize the thermomechanical monitoring & maintenance of power grid and infrastructure lines, increasing their capacity and lifetime.

In this project we will establish a simulation framework for power electronic hardware designs that allows our partners to pre-estimate Electromagnetic Interference (EMI) of the equipment design, throughout the whole design phase.

We are looking for innovative companies around the world who would like to work with us on developing advanced distributed/federated learning methods for privacy preserving knowledge gathering for process control or optimization.