Laboratories and Infrastructures

This infrastructure makes it possible to physically and chemically characterise metals, ceramics and polymers (synthetic, natural and biological).

Cell culture room and biotechnology and microbiology laboratory for biologically assessing biomaterials and medical devices.

Analysis of the electrical activity of muscles and the heart, and the bioelectric activity of the brain and the physiological signals of the human body.

This laboratory studies the movement of the human body and carries out biomechanical analyses, and is able to measure the positions of different parts of the body, their kinematics and kinetics simultaneously

Laboratory for developing and testing new aircraft concepts as part of the “new aerospace” concept, following MBD methodology.

Test tracks for validating automated vehicle functions in real environments with urban scenarios such as roundabouts and road junctions.

Virtual environment for validating critical control systems for the automotive sector in real time, thereby shortening development and validation times.

Automated vehicles for validating manoeuvres in real environments, fitted with sensors for positioning and detecting obstacles.

Vehicle conceived as a testing and validation platform for developing electric and hybrid propulsion system components.

Dynamometric test bench aimed at developing and validating the characteristics of traction systems for electric vehicles.

Laboratory dedicated to the synthesis of aqueous polymer systems and the modification, functionalisation and characterisation of adhesive bonds.

Laboratories for multi-material joints based on adhesive bonding, laser bonding, mechanical bonding, formation bonding, etc. and a combination of them.