Our Programme
In each of these sections, systematic emphasis will be placed on risk assessment and control, as well as on aerospace quality concepts and indicators.
- Scientific computing using Matlab/Python
- Structural shells and composite modeling
- Advanced computational structural mechanics
- Advanced numerical methods for crashs & impact hazards
- Computer Assisted Design & Drawing
- Architecture and structure of aircrafts
- Ground and flight loads, fatigue & rupture
- Helicopters: architecture & design
- Architecture and mission of space launchers
- Satellites : architecture, structure, and space environment constraints
- Advanced continuum mechanics and non linear behaviour of metallic materials
- Flexible Structure dynamics: modeling and control
- Advanced Structural Dynamics of Aerospace Structures
- Aeroelasticity & Flexible Aircraft - Flexible Aircraft part
- Introduction to Flight Dynamics & Aerospace Design
- Aerospace Qualification
- Introduction to strategic management in the context of the aviation industry
- Introduction to MDO applied to sustainable aerospace vehicle design