Science, Engineering

Calculations and Simulations in Mechanical Engineering

  • Training structure

    Faculty of Science

  • Language(s) of instruction

    French

Presentation

The CSIM course in the Mechanics Master's program focuses on calculations and simulations in structural mechanics.

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Objectives

The aim is to train senior managers specializing in numerical simulations in the fields of mechanical engineering. 

 

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Know-how and skills

In addition to the general organizational, interpersonal and scientific skills required at Master's level, the course enables students to acquire disciplinary skills in numerical calculations and simulations:

  1. Master current mechanical engineering techniques: dimensioning of parts subjected to tensile, compressive, shear, torsional and flexural stresses
  2. Theoretical understanding of the main behavior laws in mechanics. Be able to choose a model for a given objective.
  3. Integrate the industrial design component into the design phase, interact with designers
  4. Master numerical tools, through the use of different calculation codes, in order to solve mechanical problems arising from non-linear and non-stationary modeling.
  5. Master the behavior of composite and wood materials
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Organization

Open on a sandwich basis

Contract type

Apprenticeship contract, Professionalization contract

Work-study programs are offered in M2 only, with weeks spent at the company and weeks at the university.

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Internships, tutored projects

Internship

Mandatory

Length of internship

17 weeks

Program

Select a program

M1 - Calculations and Simulations in Mechanical Engineering

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  • Finite element simulation

  • Professional integration

    2 credits
  •  Business management - Marketing

    4 credits
  • Technical English

    4 credits
  • Fluid mechanics and heat transfer

  •  Vibration and Variational Methods

  • Coupled mechanical behavior I

    5 credits
  • Case studies

    2 credits
  • Industrial or research laboratory internship

    15 credits
  • Coupled mechanical behavior II

    5 credits
  • Modeling and simulation" project

    5 credits
  • Design and Additive Manufacturing

    3 credits

M2 - Calculations and Simulations in Mechanical Engineering

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  • Starting a business

    3 credits
  • Divided Media and Numerical Methods

    5 credits
  • Motion capture and inverse dynamics

    5 credits
  • Professional integration

    2 credits
  • Composite and Laminated Materials

    5 credits
  • Calculation notes

    6 credits
  • Simu num advanced

    4 credits
  • Measurement and Imaging in Mechanical R&D

    5 credits
  • End-of-study project

    10 credits
  • Industrial or research laboratory internship

    15 credits

M2 - Calculations and Simulations in Mechanical Engineering APPRENTICESHIP

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  • Starting a business

    3 credits
  • Divided Media and Numerical Methods

    5 credits
  • Motion capture and inverse dynamics

    5 credits
  • Professional integration

    2 credits
  • Composite and Laminated Materials

    5 credits
  • Calculation notes

    6 credits
  • Simu num advanced

    4 credits
  • Measurement and Imaging in Mechanical R&D

    5 credits
  • End-of-study project

    10 credits
  • Industrial or research laboratory internship

    15 credits

Admission

How to register

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Target audience

Mechanical Engineering Degree

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Necessary prerequisites

Mechanical engineering degree

Bachelor's degree in mathematics (with prerequisites)

Physics bachelor's degree (with prerequisites)

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Recommended prerequisites

Continuum mechanics

Resistance to Materials (RDM)

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And then

Further studies

Studying abroad

Professional integration

Calculation engineer

Mechanical Engineer

Researcher (R&D department in industry, CNRS, CEA)

Teacher-researcher

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