Objectives
 

• Provide extensive training in the field of materials. Different aspects are addressed: development, characterisation of the microstructure, relationships between the microstructure and properties, modelling, applications.
   
• All categories of materials are studied; functional materials (for optics, electronics, opto-electronics, magnetic applications etc.) as well as structural materials (metals and alloys, polymers, ceramics, composites

Choosing a Master’s degree in Materials means:
 

• Obtaining an internationally recognised qualification,
   
• Reinforcing your skills,
   
• Developing a specialisation (chemistry, characterisation...),
   
• Building your research skills.