The project NANTISTA (Neuromorphic Architecture for Nuclear Threat Identification for SecuriTy Applications) deals with the prevention of illegal…
We want to evaluate thermal behavior of 3D circuits as a function of the partitioning strategy (stacked memory, interposer, IPs distribution, etc…)…
In microelectronics, 3D integration consists in vertically stacking 2D chips to build up 3D devices. Once realized, thermal treatments linked to…
Within the Division of Technology for Biology and Health, the BioChip and Biopackaging laboratory develops new microfluidic devices in order to answer…
Microelectronics extends its range of applications via the micro-systems with high level of integration including sensors, energy scavenger, and…
The Laboratory of Biology and Microfluidic Architecture is looking for a candidate to establish a new class of microfluidic devices for cell…
In recent years, the Bio-inspired Robotics Group of Robotics team IRCCyN has developed an artificial bio-inspired electric fish sense. To emulate the…
Deep sub-micron technologies become unavoidable even for critical applications in fields like automotive or nuclear industry. This evolution may have…
The PhD position is proposed in the framework of the International Research Training Group “Soft Matter Science” (IRTG), a joint PhD program of the…
In the solution concerning residential or tertiary sites that consume and produce electrical energy , the objective is to optimize the use of energy…
