Chips at the heart of application demonstrators: MICAS exploring new valorization horizons.

The research and valorization of MICAS has always been based on a pull from industry and push from Moore#s scaling Law. We now observe a shift in this model towards a push from More-than-Moore, and how we have learned how MICAS can do better if we can have a structural support for the coordination of the creation of hardware-proven demonstrators. The IOF Fellow should take up a coordinating role to bring together the professors, doctoral researchers, technicians, operators and external service providers (PCB manufacturers etc.) and coordinate between them so that a demonstrator will be realized as efficiently as possible. Secondly, the IOF Fellow will use this demonstrator to interact with industry and showcase the research results of MICAS. As such, the IOF Fellow will be able to setup and sketch new projects with industry, leading to bilateral projects, co-funded (EU, IWT #) projects and ad-hoc collaborations between MICAS and industry.

Keywords:chips

Disciplines:Electronics not elsewhere classified, Nanotechnology not elsewhere classified, Communications technology not elsewhere classified, Sensors, biosensors and smart sensors not elsewhere classified, Artificial intelligence not elsewhere classified, Quantum physics not elsewhere classified