Mécanique - Smart mechanics | Offre de formation

Présentation
Monde professionnel
Admission

Présentation

Objectifs

The Smart Mechanics degree is an EIPHI graduate school master focusing on research and innovation in the field of Smart Structures for mechanics. (EIPHI : Engineering and Innovation through Physical sciences, High technologies, and cross-dIsciplinary research).

Smart Structures are innovative solutions for applications as vibroacoustic control (NVH), Structural Heath Monitoring, Shape Control, or Energy Harvesting for instance. Different strategies can be developed to add such new functionalities to structures as the design of complex architected technological solutions, the integration of smart materials with specific behaviors, or the development of embedded active devices with electronic circuits. The purpose of the present master is to learn students about all these emerging structures for them to become a R&D engineer in a laboratory or a company in sectors such as transport, energy, defense, or prepare a PhD.

The Master degree aims to develop skills in design, modeling numerical simulation and experiments of smart structures. As such solutions are likely to involve many physical phenomena (optical, thermal, electromagnetic, …) coupled to mechanical applications, the specialization includes methodologies for mechanical and multiphysic modeling with advanced mathematical, numerical and experimental tools

The Smart Mechanics Master Degree is associated to the Department of Applied Mechanics of the FEMTO-ST Institute. One specialization of the departement is the integration and functionalization of structures. Students work in the research laboratory for their projects, many of their teaching activities, and can carry out their internship in the premises.

Enseignements dispensés au moins partiellement en anglais

Compétences spécifiques

The learning outcomes are :

Manage research projects and communicate on these projects
Create and improve innovative structural control solutions (mechanical, vibration and acoustic control, health and safety, ...)
Identify and model multiphysical problems in an uncertain context for structural control
Develop numerical or experimental methods to solve these problems.

The program includes courses in :

Structural mechanics, structural dynamics, Acoustics and Vibroacoustics
Smart materials
Microsystem design
Modeling and numerical simulation in physics and multiphysics
Experimental Methods for Engineering
Advanced numerical methods
Model Verification and Validation
Optimization and Robust Design
Foreign language, Team management, Communication

Cette formation est en lien avec l'unité de recherche FEMTO-ST

Monde professionnel

Secteurs professionnels

Bureau d'études
Ingénierie - r&d
Aéronautique
Automobile
Aérospatial
Énergie
Défense
Environnement
Biomécanique

Métiers

Ingénieur de conception
Ingénieur d'essais
Ingénieur calculs
Chef de projet

Codes Rome

H1210 - INTERVENTION TECHNIQUE EN ÉTUDES, RECHERCHE ET DÉVELOPPEMENT
H1206 - MANAGEMENT ET INGÉNIERIE D'ÉTUDES, RECHERCHE ET DÉVELOPPEMENT INDUSTRIEL

Admission

Public visé et conditions d’admission

To be eligible for the programme, you must have been awarded a bachelor's degree in mechanics, physics or mathematics, and be able to follow a course in English.