INOVATIVE
MATERIALS ENGINEER

From design

to end-of-life!

Optimise the properties of materials of the future by controlling their microstructure, their architecture and the different stages of their lifecycle: development, forming, recycling.

From design

to end-of-life!

Optimise the properties of materials of the future by controlling their microstructure, their architecture and the different stages of their lifecycle: development, forming, recycling.

Transport

Innovative materials:

for the car industry, aeronautics, railways etc.

To make structures lighter, increaseengine efficiency (and therefore reduceenergy consumption), as well as to improvesafety and comfort etc.

Energy

Nuclear energy

Materials to increasethe service life of power stations, to developnew generation reactors.

Alternative energies

New materials and processes to produce cheaper and more efficient photovoltaic cells.

Leisure activities, sports - health

Lighter, solider, corrosion-resistant and biocompatible materials etc.

Microelectronics

Selection of materials to meet the challenges of reduction of scales (when the dimensions of the components are similar to the size of the microstructures): limitdielectric leakage, maintain good conductivity performance, forcematerials to coexist in spite of incompatibilities linked to surface energies, manufacturehybrid components etc.

Building industry

New materials to meet future standards for thermal insulation, sound insulation, temporary energy storage etc.

Video testimonial: “Materials and optimisation of resources: testimonial by Amélie”

So,
convinced?

Materials engineering school