Project Calls

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 are testing 5G RedCap modules with OAI-based 5G systems. This includes configuring and programming open-source communication parameters and protocols of the 5G PHY layer.

The aim of the project "5G-aNTeNna Seed" is to develop a detailed concept study for a beamforming antenna for a 5G NTN user terminal to enable high throughput data communications with a novel NGSO satellite constellation, in particular IRIS².

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.

SAL is looking for project partners in the fields of meteorological sensors and/or LIDAR system development for the development of a novel fog and visibility backscattering sensor, based on a SAL scheme, which, different from state-of-the-art compact sensors, shows no perturbation from surrounding objects at distances larger than about 1 m. 

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.

Let's develop the next generation of enhanced real-time device monitoring: virtual sensing with a low-complexity physics-based AI, designed to run integrated on-device.

Join us in developing an artificial nose for extremely demanding applications. For example, for use in coffee production to automatically monitor and control (roasting) processes.