Université de Franche Comté

What you'll study

The curriculum develops practical and theoretical skills in design, modelling, numerical simulation and experimental methods for mechanical and multiphysics problems. Core application areas named by the programme include vibroacoustic control (NVH), Structural Health Monitoring (SHM), shape control and energy harvesting. Multiphysics study threads cover acoustics, heat transfer and electro‑magnetic effects coupled to mechanical behaviour; the programme also teaches advanced mathematical, numerical and experimental tools for such coupled problems.

Entry requirements

The programme lists admission via the university processes and references the EIPHI Graduate School for application. It is offered in initial study, professional and work‑study regimes and is co‑accredited with the École Nationale Supérieure de Mécanique et des Microtechniques de Besançon. Specific prerequisites or diploma requirements are handled through the programme's admission procedures.

Career prospects

Graduates are prepared for roles in industry, consulting and research where design and integration of functionalised structures are required. Typical employment areas include noise and vibration control, structural monitoring, smart materials integration, sensor/actuator system development and multidisciplinary simulation and testing. High‑performing students may also progress to doctoral research.

Scholarships & funding angle (general)

The programme notes that the best students may obtain a scholarship to prepare a doctoral thesis. Other funding and scholarship routes are managed at university and graduate school level; students are advised to consult the programme admissions contacts and EIPHI Graduate School for available fellowships and application details.