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Aerospace Engineering

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AEROSPACE ENGINEERING PRESENTATION

 

             

 

CONTEXT

“The French aeronautics and space industries are evolving rapidly. This presents great challenges in the field of human resources: whatever the volume of work in the future, the renewal of the workforce in this sector is vital and a greater number of experts in specialised fields will be needed. The continuing progress that French industry wants to develop in this field depends entirely on the quantity and quality of specialists they can hope to recruit in the future.” (source: GIFAS)

3-year programme

ENGINEERING SCIENCESTECHNOLOGY MODULESAERONAUTIC 1 SPACE SPECIALITY MODULESCROSS SECTOR & SOFT SKILLSLONG-TERM PROJECTS
  • Mathematics 
  • Solid & Fluid Mechanics, Finite Elements 
  • Acoustics, Aerodynamics, Thermo-dynamics 
  • Systems Control, Signal Processing 
  • Metals & Composites 
  • Aerospace Structure Mechanics (01) 
  • Control, Guidance, Communication Systems & Safety (02) 
  • Heat Transfer, Turbulence, Combustion (03)
  • Software Design 
  • Instrument Panel Network, Navigation Systems 
  • CAD 
  • Function Reliability & Safety
  • Turbo-Machinery 
  • Flight Mechanics & Aircraft Performance 
  • Aircraft Blueprint Design 
  • Space Mechanics, Launchers, Satellites 
  • Aerospace Systems, Electrical Architecture, (02) 
  • Propulsion, Fatigue – Rupture, High Temperature Alloys (03)
  • Communication & Expression 
  • Management, Quality Control, Project Development 
  • Aerospace Regulations 
  • Marketing, Company Strategy, Sustainable Development 
  • Human/Machine Interface 
  • International Mobility & English 
  • Dimensions of Aerospace Systems

 

 

professional skills

UNDERSTANDING CUSTOMER NEEDS (SYSTEM)

  • Being familiar with customer’s environment (constraints, products, culture, vocabulary, magnitude of orders) 
  • Formulating customer needs within the company’s framework 
  • Anticipating and preparing proposals relevant to customer needs

DESIGNING AND CREATING SYSTEM ARCHITECTURE

  • Respecting customer requirements 
  • Selecting subsets and the appropriate technology 
  • Understanding & Integrating technology developments 
  • Modeling and testing system performance at every stage

LEADING MULTI-DISCIPLINED PROJECTS

  • Project management tools and methods 
  • Communicating with technical specialists 
  • Understanding technology interfaces 
  • Analysing and managing technical, financial, human & regulatory risks

COORDINATING WITH SUPPLIERS/PARTNERS DURING AEROSPACE DEVELOPMENT PROJECTS

  • Specifying and negotiating the performance of subsets 
  • Establishing physical and functional interfaces
  • Supervising the development and qualifications of designers and suppliers

DESIGN AND TEST SYSTEM INTEGRATION AND VALIDATION

  • Establish a verification plan taking into account requirements 
  • Validating tests and results 
  • Implement a standardisation plan

fields & careers

fields

Aeronautics and Space

careers

  • Systems/System Architecture/ Integration Engineer 
  • Project Manager/Program Manager 
  • Testing Engineer 
  • Research and Development Engineer 
  • Design Engineer

qualifications

The course leads to the qualification of a graduate engineer awarded by CNAM (Conservatoire national des arts et Métiers) in partnership with Ingenieurs 2000 – Specialisation: Aeronautics 

place of study

Le CNAM (EI.Cnam)
61 rue du Landy
93210 La Plaine Saint Denis