Project Calls

The main objectives of this project call are to develop wafer-level system-in-package (SiP) concepts for power applications with enhanced electrical performance (low parasitics, high power density, signal integrity, low resistance,..), high thermal performance (efficient heat dissipation and uniform thermal distribution) with a small footprint.

This project is aiming to propose new methodologies and test methods for wafer bond energy analysis.

Concept phase for implementing a Digital Thread in Sapphire Ingot Production

The aim is the development of a spectroscopic system for the detection of biomarkers in a fluid using broadband illumination, focusing on determining both the origin and relative amount -quantification- of each of them.

Proposed is the co-integration of optical components with microacoustic cavities to enhance performance of Brillouin-active photonic integrated circuits.

The aim of this project is the development of an electro-optic phase modulator which will be integrated on a photonic platform based on wide bandgap materials.

The goal of this project is to develop highly accurate loss models for inverters operating with electric motors and to extend the Inverter Designer tool based on these models to support the design and optimization of electric drive systems.

The aim of this project is the development of novel and optimized methods for modeling and simulation of electromagnetic interference (EMI) of Electronics and Software Based Systems (ESBS).

The main objective is to develop a spectroscopic system for the analysis of particles in a fluid, focusing on discriminating biological vs non-biological particles and determining their DNA content.

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.

We are looking for innovative and ambitious companies all over the world to work on innovative automotive systems with us. The project centers on high-efficiency energy traction drive systems, encompassing inverters and machinery tailored for high-voltage (HV) batteries up to 1500V and introducing innovative onboard networks and concepts.

We are looking for innovative and ambitious companies all over the world to revolutionize energy with us. The project focuses on efficient energy conversion, designing versatile converters, optimizing system integration for demanding applications, and studying subsystem interactions.