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Objectives : - Understand specifications to describe the function and environment of the room
- Model the behavior of the structure using finite elements
- Use digital optimization tools for possible optimization of the structure
- Have knowledge of rapid prototyping processes to produce a prototype of the structure, to present it to decision-makers and to judge the tools to be put in place
Program :
Transfers (fluid mechanics, thermal transfers)
Mechanics and shaping process
Mechanics of continuous media MMC
Shaping process (plastic and composite)
Advanced linear analysis
CAD-Calculation link
Mechanical TP
geometric nonlinearity
Hardware nonlinearity
Hardware optimization
Dynamic
Degree Level (EU) : 7 - (EQC level or equivalent)
Acquired skills during the training : The mechanical engineering cycle is aimed at students interested in professional activity in a calculation office and research center. Students must be motivated by simulation, modeling, calculation, optimization of mechanical structures and engineering sciences. This knowledge will lead them to master very advanced fields of mechanics such as nonlinear responses, plasticity, crash, delamination of composites and thermomechanics.
Targeted careers : After their training at ISMANS CESI, students from our school of mechanical engineers work mainly in industrial sectors that affect:
Automotive (Stellantis (PSA), Renault, Toyota, etc.)
Aeronautics (SAFRAN group, AIRBUS, etc.)
Space
The railway
Equipment manufacturers
Engineering companies (Technip, Schlumberger, Alten, Altran, AKKA, etc.)
Civil engineering
Engineering companies specializing in materials and mechanics
Software design companies.
As for the positions held, these are mainly:
Design engineer in calculation offices
Calculation experts
Crash calculation engineer
Project Manager
R&D engineer
Dedicated web site : https://ismans.cesi.fr/cycle-ingenieur-parcours-mecanique/