On Completion of Our Programme, You Will be Able to...
- Process, analyse, and transmit scientific information between specialists and non-specialists
- Understand and integrate the workings of the various departments involved in production
- Master project management and its tools
- Understand technological interfaces
- Analyse and manage risks
- Comply with customer specifications and requirements
- Master the integration of technologies and actively participate in their improvement
- Carry out applied research, tests, and studies to improve processes, systems, and products
- Manage and lead a team
- Mobilise staff skills
- Interact with people in a professional manner
Our Programme in Detail
Our courses are common to all schools for the first two years. In the third year, each school offers a specific option. It is possible for our apprentices to follow the option of another school, subject to availability.
UE INFORMATION SCIENCES, MATHEMATICS AND PHYSICS
- Applied Mathematics
- Solid Mechanics and Mechanical Systems
- Fluid Mechanics
- Thermodynamics and Heat Transfer
- Computer Science
- Automation
- Signal Processing
TECHNOLOGICAL UNITS
- Sensors and Acquisition Chains
- CAD - CAM
- Behaviour of Materials and Structures
- Architecture of Digital Systems
- Cybersecurity
- Telecommunications and Networks
UE AEROSPACE
- Aerodynamics and Aerospace Propulsion
- Low Speed Wing Aerodynamics
- Flight Mechanics
- Electrical Energy and Actuators
- Aerospace Structure
- Aircraft architecture
- Architecture of Space Vehicles and Systems
UE INDUSTRIALISATION TOOLS AND METHODS
- Quality (Lean, Six Sigma, etc.)
- Functional Design and Simultaneous Engineering
- Project Management
- Certification and Regulations
- Manufacturing Methods
- Industrial Organisation
- The Factory of the Future: Challenges and Issues
UE BUSINESS SCIENCES
- Business Strategy
- Financial and Accounting Management
- Sustainable Development and CSR
- Contract and Business Law
- Cost Analysis and Calculation
- Industrial Property and Innovation
- Business Simulation
HUMAN SCIENCES AND COMMUNICATION UNIT
- Communication: Written and Oral
- Management
- Design Thinking
- English
EU PROJECTS
- Research and Development Project
- Innovation and Design Project
AVIONICS AND ONBOARD SYSTEMS - ISAE-SUPAERO, TOULOUSE
- Communication and Navigation Systems
- Control Systems
- Onboard Systems
- Human Machine Interface
- Data Analysis, AI, and Image Processing
- Applications: Drones, Missiles, Satellites, Autonomous Cars, Launchers, Connected Objects, Robotics
ENERGY SYSTEMS AND ADVANCED MATERIALS - ISAE-ENSMA, POITIERS
- Industrialisation of Propulsion Systems
- Aerodynamic Integration
- Combustion and Performance
- Thermal Systems
- Mechanical Performance of Structures and Materials - an Eco-Responsible Approach
- Materials for Transport and Energy - Functionality-Based Approach
- Processes and Innovations: Additive Manufacturing and Laser Applications; Electrification of Systems
AERONAUTICS LOGISTICS, SYSTEMS AND PRODUCTION PROCESSES - ISAE-SUPMECA, SAINT-OUEN
- Logistics: Logistics and Serial Production; Flow Simulation and Optimisation
- Processes: Additive Manufacturing; Composites for Aeronautics; Process Ergonomics and Automation
- Systems Management: Risk Management and Operational Safety; Systems Performance Improvement
DIGITAL TECHNOLOGIES FOR PRODUCTION AND ECO-RESPONSIBLE INNOVATION - ESTACA, LAVAL
- System Architecture and Sustainable Innovation Methods
- Advanced Digital Design Tools
- Eco-Design and Life Cycle Analysis
- Supply Chain Management Tools
- New Technologies: Lightweight, Intelligent Materials, and Structural Performance