Part-time Ingénieur ENAC (MSc Programme)

Presentation

Presentation

What is an ENAC engineer?

Guaranteed versatility for the aeronautics sector

ENAC engineers get involved in designing, producing and operating systems or services in the air transport and aeronautics industry.

They have a general grounding in air transport, aeronautics and aerospace and cutting-edge expertise in some of these areas: air operations and safety, avionic systems, air traffic management systems and aeronautic and aerospace telecommunications.
In step with their times, they are highly valued by companies who acknowledge their unequalled versatility. They are able to work across a wide variety of professions and therefore to enjoy a guaranteed progressive career.

They work first and foremost in the aeronautics and aerospace industry (designers and builders of aerospace systems), in air transport (airlines, airports), in civil aviation governance (DGAC) and a whole host of associated sectors.

Program

Organization

• Year 1 (60 ECTS credits)
  • Semester 5 (30 ECTS credits)
    • Professionalisation S5 (5 ECTS credits)
      • LV301 - English language
      • DJ301 - French labour law
      • EC306A - General economy
    • Flight Operations (6 ECTS credits)
      • RG4001 - Technical regulation of air transport
      • CA301 - Air traffic regulation
      • NV301 - Navigation
      • OP3001 - Mass and balance
      • CA3503 - Instrument approach
      • MT301 - General meteorology
    • Aerotechnics (5 ECTS credits)
      • EA300 - Air transport presentation
      • NA3004 - Conventional radionavigation
      • AE307 - Aircraft and flight principles
    • Mathematics and Informatics (5 ECTS credits)
      • MA301 - Analysis
      • IS3002 - Information systems security basics
      • IO3501 - Architecture and operating systems
    • In company evaluations (9 ECTS credits)
      • TX3001 - Engineering skills
      • TX3002 - Technical skills
      • TX3003 - Final work presentation
  • Semester 6 (30 ECTS credits)
    • Professionalisation S6 (2 ECTS credits)
      • LV3002E - English language
      • EC3002 - International economics
      • CS3002 - Project management
    • Mathematics and Informatics (7 ECTS credits)
      • MA306A - Linear algebra
      • IP3002 - Programming and algorithmics
      • IP3900 - Programming project
      • RS4005 - Networks and communications
      • MA3009 - Combinatorial optimisation
    • Avionics Systems (6 ECTS credits)
      • AU3004 - General points about flight conduct systems
      • AU302 - Dynamic systems representation
      • AU3006 - Dynamic systems analysis
      • AU3900 - Synthesis project : aircraft
      • AU3001 - Single input/Single ouput systems analysis
    • Aerotechnics and air operations (6 ECTS credits)
      • AE306 - Knowledge and technical drawing of an aircraft
      • AE3009 - Flight mechanics
      • OP3003 - Limits of use and conduct of the flight
      • AT3001 - ATM system and its use
      • SV4001 - Radar and surveillance
    • In company evaluation (9 ECTS credits)
      • TX3011 - Engineering skills
      • TX3012 - Technical skills
      • TX3013 - Final work presentation
• Year 2
  • Semester 7 (30 ECTS credits)
    • Professionalisation (3 ECTS credits)
      • LV4003E - English language
      • EC4003 - International economy
      • DJ307A - Intellectual property
    • Airports and Certification (6 ECTS credits)
      • EA4001 - Airports
      • RG4012 - Aircraft certification
      • EC4001 - Air transport economy
      • EA4002 - Airport environment
    • Aerotechnics (6 ECTS credits)
      • AE4004 - Theorical aerodynamics
      • AE4002 - Helicopters
      • AE4005 - Propulsion
    • Mathematics and computer science (initial module) (7 ECTS credits)
      • MA4002 - Probabilities
      • MA4003 - Statistics
      • MA3009 - Combinatorial optimisation
      • RS4005 - Networks and communications
      • IP4001 - Database
      • SV4001 - Radar and surveillance
    • Air operations and computer science (catch-up module) (7 ECTS credits)
      • MA3009 - Combinatorial optimisation
      • IP4001 - Database
      • OP4003 - Limits of use and conduct of the flight
      • MT403 - Aeronautical meteorology
    • In company evaluation (8 ECTS credits)
      • TX3021 - Engineering skills
      • TX3022 - Technical skills
      • TX3023 - Final work presentation
  • Semester 8 (30 ECTS credits)
    • Engineering Sciences (3 ECTS credits)
      • LV4004E - English language
      • EC4005 - Economy and business game
    • Air operations and airport (6 ECTS credits)
      • OP4004 - Performances certification
      • EA4003 - Air operations/airport study
    • Aerotechnics and airworthiness (6 ECTS credits)
      • AE4010 - Helicopters
      • RG4010 - Airworthiness
      • AE4509 - Aircraft and engines circuits
      • AE4011 - Charges calculation - strength of materials - Cell
    • In company evaluation (15 ECTS credits)
      • TX3031 - Engineering skills
      • TX3032 - Technical skills
      • TX3033 - Final work presentation
• Year 3 (60 ECTS credits)
  • Semester 9 (30 ECTS credits)
    • Professionalisation (3 ECTS credits)
      • LV5501 - English language
      • CS5501 - Requirements engineering
      • SH4054 - Human Sciences
    • Aircraft techniques and airline company
      • AE5505 - Flight quality
      • AE4005 - Propulsion
      • EC5501 - Airlines economy
      • IS5010 - Security of Information System
      • OP5013 - Optimization applied to airlines
      • OP5010 - Airline information system
    • Quality and airworthiness (5 ECTS credits)
      • CS5505 - Certification SMS in Operator and Aerodrome
      • CS5504 - Dependability - Safety analysis
      • IH5501 - Human–computer interaction and human factors
      • CS5503 - Quality management
      • CS5506 - Process and performance management
      • RG4012 - Aircraft certification
    • Avionics (5 ECTS credits)
      • AU5007 - Automatic flight control
      • CN5000 - On-board CNS (Communication Navigation Surveillance) systems
      • AU5503 - Flight parameters estimation
      • IO5501 - Real time informatics for simulation
      • AU5000 - Linear Systems Commands
    • In company evaluation (9 ECTS credits)
      • CP5005 - Engineering skills
      • CP5004 - Technical skills
      • CP5006 - Presentation of the realized work
    • Air operations optimisation (4 ECTS credits)
      • MA4004 - Operational research for air transport
      • MA4005 - Decision support for air operations
      • MA5012 - Optimisation under uncertainty
  • Semester 10 (30 ECTS credits)
    • TX5900 - End of study project (30 ECTS credits)

Admission

Access condition

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Contact(s)

Places

• Montpellier
• Toulouse

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