Program Overview
The Master’s curriculum is structured around five major topics explored within the framework of soft matter physics:
1. Granular Materials
2. Interface and Dispersion Physicochemistry
3. Microfluidics and Microfabrication
4. Mechanics
5. Rheology
For each topic, the fundamental concepts are introduced through lectures, tutorials, and laboratory sessions. These scientific foundations are then connected to industrial applications through dedicated teaching units and specialized seminars. Core concepts specific to each discipline are reviewed during the first sessions to ensure that all students share a common scientific background.
These scientific and technical courses are complemented by teaching units designed to facilitate students’ professional integration, particularly through advanced English training covering both technical communication and everyday language skills.
In addition, alumni meetings are organized each year, allowing students to exchange experiences and build professional networks, which are often essential in industry and research careers.
The table below presents the different teaching units offered during the first semester and their corresponding workload (1 ECTS = 10 tutorial-equivalent hours).
| Course Unit | ECTS Credits |
|---|---|
| Elasticity | 6 |
| Microfluidics and Microfabrication | 6 |
| Granular Materials | 3 |
| Interfaces and Dispersions | 3 |
| Rheology | 3 |
| Numerical Methods in Physical Engineering | 3 |
| Colloidal Systems | 3 |
| Porous Media | 3 – optional |
| English | 3 – optional |
| Professional Integration / Management | 3 – optional |