Objectives: The Mechanics of Composite Structures: Aeronautics and Eco-design (MSCAE) track within the Industrial Engineering (GI) Master's program emphasizes modeling and calculation in mechanics, the mechanics of composite structures, system optimization and reliability, multi-physics coupling, and associated numerical methods (finite elements, etc.). This general scientific training is complemented by a specialization in the aeronautics sector and eco-design. The courses utilize industrial software such as CATIA V5, ANSYS, ABAQUS, MATLAB, and LABVIEW. Projects and case studies allow students to develop these skills by working with complex problems. Graduates are prepared to model and calculate structures, use and utilize CAD tools based on the Finite Element Method, characterize and model metallic and composite materials, and more.
The activities targeted by this training fall within the fields of mechanical design engineering and structural analysis. Graduates are prepared to carry out activities and/or assume responsibilities within the design or R&D department to: model/simulate for design, optimization, and manufacturing; design and calculate systems; and conduct tests and measurements. Graduates will also be able to hold production support positions in the targeted industrial sectors, such as project manager.
Intended for: Students
Degree Level (EU) : 7 - (EQC level or equivalent)
Prerequisites: Scientific Licence (mecanics area)
Admission requirements: selection on file
Duration and terms: 4 semesters
Notes:
- This program has been accredited by the ASTech Paris Region Aerospace Competitiveness Cluster.
- A professional internship is mandatory in the first year (minimum 12 weeks) and in the second year (22 weeks).