Sciences, Ingénierie et Technologies

Mastère Spécialisé Advanced Master in Advanced Manufacturing Processes for Aeronautical Structures

  • Niveau d'étude visé

    BAC +6

  • Diplôme

    Mastère spécialisé

  • Domaine(s) d'étude

    Ingénierie aéronautique et spatiale

  • Accessible en

    Formation initiale, VAE

  • Établissements

    ISAE - SUPAERO

Présentation

This Advanced Master will give a specialization to master level students allowing them to take over high level responsibilities in airframe structure manufacturing plants.

Objectifs

The AMPAS Advanced Master is a specialization in manufacturing processes with two main objectives:
- to prepare participants to take on high level responsibilities in airframe structure manufacturing plants,
- to develop technical knowledge of materials science and processes related to supply chain structure and organization.

It is a 1-year program fully taught in English, in partnership with IMT Mines Albi.

For more information, please visit ISAE-SUPAERO website or contact info-masters@isae-supaero.fr

Admission

Conditions d'accès

For more information, please visit ISAE-SUPAERO website or contact info-masters@isae-supaero.fr

https://www.isae-supaero.fr/en/admissions-en/advanced-masters-admission/

Programme

Tous les programmes sont disponibles à l'adresse suivante : https//www.isae-supaero.fr./fr/formations/

Sélectionnez un programme

  • Flight Dynamics AMPAS

    122h
  • Aircraft and airframe architecture AMPAS

    111h
  • Computer Aided Design (CATIA)

    12h
  • Aluminium and titanium alloys

    116h
  • Epoxy and termoplastic composites

    116h
  • Assembly processes

    110h
  • Material and processes qualification

    114h
  • NDT for metallic and composite materials

    115h
  • Optical techniques for assembly aid

    112h
  • Physical phenomena description and modeling related to thermoset based manufacturing

    216h
  • Raw material and composite quality control

    111h
  • LCM - RTM processes

    220h
  • Autoclave Vacuum Bagging (monolithic - sandwich) processes

    222h
  • Composite material trimming, drilling and assembly

    112h
  • RTM/Infusion simulation

    228h
  • Material behaviour and mechanical models

    216h
  • Cold and hot sheet forming processes

    331h
  • Surface treatments

    110h
  • Machining and additive manufacturing

    222h
  • Sheet forming simulation

    226h
  • Supply chain structure and organization

    115h
  • Materials management and Lean manufacturing

    215h
  • Supply chain improvement and collaborative processes

    215h
  • Quality requirement, management and tools

    225h
  • Integrated Team Project AMPAS

    880h
  • FINAL PROJECT

    30770h

Et après...

Poursuite d'études

Aircraft, material and process basic scientific knowledge
Composite structure forming & machining processes
Metallic struture forming and machining processes
Industrial organization & management

Insertion professionnelle