Our expertise consists of combining experimental mechanical testing, tissue imaging, computer simulations and additive manufacturing to characterise biological materials and prototype new bio-inspired materials
Le Laboratoire de Mécanique des Matériaux et Structures réalise des essais ayant trait à la résistance des matériaux.
The purpose of the research carried out in the laboratory is to apply and to develop sensitive measurement techniques in order to characterize the electrical, thermal, and magnetic properties of various materials used in electrical engineering
The MMS-M²AM laboratory studies physico-chemical phenomena and determines the thermophysical properties of metallic materials, with a particular focus on additive manufacturing
The Microfluidics Lab (µFL) is a research group dedicated to small scale liquid flows influenced by capillary forces. The research activity is mostly experimental, at the intersection between fluid dynamics, biology and microtechnology
The main facility of the Microsys Laboratory is a 80 m² clean room (comprising two separate ISO 7 and ISO 8 rooms, as well as a lithography room), including equipment for fabricating and characterizing microsystems
The laboratory has developed a wide expertise in the design, the preparation and the production scale-up of new materials with controlled nanostructure, and the building of test benches dedicated to the determination of the materials properties
The PEPs group is active in (bio-)chemical engineering, unit physical operations, process simulation, microstructure characterization, and multi-scale modeling, with a focus on sustainability (low carbon energy systems, life cycle assessment)
The Robotics and Automation Laboratory carries out research activities in the field of industrial robot control and automated systems, intelligent handling and human-robot collaboration
The laboratory develops multidisciplinary research: unsteady aerodynamics, aeroelasticity (fluid-structure interactions), flying vehicles (UAVs, rotorcrafts), wind energy, aerodynamics of buildings or ground vehicles
Our numerical and experimental research activities in the field of thermal/energy systems cover refrigeration, positive displacement machines, turbomachinery, building physics and HVAC systems, internal combustion engines, heat exchangers and ORC
Research and development focuses on innovative solutions for electric, hybrid and fuel cell propulsion systems. Prototype propulsion systems are studied and tested in the laboratory, on the road and on the racing circuit
