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Space Education Catalogue

Formation Ingénieur de spécialité génie industriel (pour l'Aeronautique et l'Espace) en apprentissage

• Organisations :
  • ISAE-SUPAERO
  • ISAE - ENSMA
  • ISAE-Supméca, Paris
• Way of training : Sandwich/Apprenticeship training
• Language(s): French
• Place: Poitiers, Saint-Ouen (Paris) & Toulouse
• Prepared diploma/grade/title: Diplôme d’ingénieur (French national engineering degree)
• 1st required level : French baccalauréat + 2
• This training is included in RNCP / RS

Course Details

Objectives : Trained in technique, production and team management, graduates of this training will ensure an efficient interface between design offices and production chains in the fields of aerospace and new mobility.

Common core:
- UE Information Sciences, Mathematics and Physics
- EU Technologies
- EU Aerospace
- UE Tools and Methods for Industrialization
- UE Business Sciences
- UE Human Sciences and Communications
- EU Projects

3rd year options:
- Avionics and Embedded Systems (ISAE-SUPAERO)
- Energy Systems and Materials (ISAE-ENSMA)
- Logistics, Aeronautical Production Systems and Processes (ISAE-SUPMECA)

Degree Level (EU) : 7 - (EQC level or equivalent)

Admission requirements : Bac+2 or Bac+3 level diploma with a strong scientific and technical component.

Acquired skills during the training : - Master the processes and techniques of industrial production
- Conduct multidisciplinary projects
- Implement manufacturing procedures and methods
- Manage teams

Duration and terms : The ISAE Group offers this engineering course by apprenticeship on 3 sites:
Poitiers, Saint-Ouen (Paris) and Toulouse.
The teachings of the first two years are identical.
The third year is specific to each institution (option).

Dedicated web site : https://www.isae-supaero.fr/fr/formations/formation-ingenieur-par-apprentissage/le-cursus-85/#Contenu-de-la-formation

Disciplines

• Engineering Sciences
• System Engineering, Programme Management, Production

Topics

• 3 - Mechanical Engineering (structures, structural dynamics…), Materials (composites, metallurgy, forming…), Processes, Chemistry, Mechatronics
• 4 - Thermal engineering, Energetics
• 8 - Avionics and on-board Systems (embedded networks, sensors, instrumentation, etc.), Real-time Systems
• 16 - System Engineering, Product Assurance and Safety, Qualification/Testing, Validation & Verification, Metrology, Certification
• 17 - Project Management, Production, Industrialization, Factory of the Future, Integration, Supply Chain, Maintenance, Recycling
• 18 - Human Factors, Human Machine Interfaces, Operations, Exploitation, Air Traffic Management