Our Syllabus
In each of these sections, systematic emphasis will be placed on risk assessment and control, as well as on aerospace quality concepts and indicators.
- Major Aeronautical Challenges
- State of the Art in Aeronautical Propulsion
- Aircraft Mission and Environment
- Flight Control and Human Factors
- Accident Investigation and Regulations
- Engine Design: From Mission to Specification (Civil and Military)
- Performance and Cycles (On- and Off-Design)
- Design and Experimentation Methodologies
- Aircraft Integration (constraints and aircraft/engine tandem, nacelle focus and ancillary systems)
- Multidisciplinary Approach - Space, Chemical and Electric Propulsion
- Pre-Projects and Incremental and Breakthrough Innovations
- Turbulence, Instability, and Transition
- Computational Fluid Dynamics
- Advanced Fluid Dynamics (Compressible and Unsteady)
- Aeroacoustics
- Aeroelasticity
- Chemical and Electric Propulsion
- Two-phase Flows and Combustion
- Aerodynamics of Turbomachinery
- Case study in design of a combustion chamber or a turbomachine stage
- Integrating all aspects of a project: technical component, project management, and team management