Aerodynamics, Propulsion & High-Speed Flight
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Curated Certification CAS02
Develop aerodynamic and propulsion judgment from subsonic flight through compressible, supersonic, hypersonic and atmospheric-entry regimes, including testing and model validation.
Benchmark: Curated source set: MIT OpenCourseWare + NASA NESC Academy -- Credential note: this is a Zuyini mastery certificate built from the cited public courses. It is not issued, sponsored or endorsed by the source institutions, providers or companies.
Core Course Stack
1. Lecture 7: Aerodynamics - Subsonic to Hypersonic
2. Lecture 6: Propulsion - Space Shuttle Main Engines
3. Supersonic and Hypersonic Entry Vehicle Aerodynamics
4. Overview of the Space Shuttle Aerothermodynamic Design
5. Ares I-X Flight Test Overview and System ID Results
6. System ID Methods for Aero Modeling and Validation
7. Aerosciences Video Catalog - CFD, Wind Tunnels, Aeroacoustics
8. Aircraft Systems Engineering - Aerothermodynamics & Flight Systems
Hands-On Mastery Capstone
Analyze an aircraft, launch vehicle or entry-body concept across at least two flight regimes. Build aerodynamic and propulsion assumptions, estimate forces and performance, identify thermal/compressibility effects, compare model/test evidence and quantify uncertainty.
Proof Rubric
- flight-regime map
- aerodynamic model
- propulsion model
- CFD/wind-tunnel or literature comparison
- performance envelope
- uncertainty bounds
- validation plan
- design recommendation