Aerospace Engineer
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- Build flight-physics, aerodynamics and propulsion depth
- Model structures, vehicle dynamics and guidance/control
- Integrate, flight-test and verify mission-ready vehicles
Benchmark: Boeing + Blue Origin roles (Sep 2026): aerodynamics/propulsion, 6-DOF/GNC, structures, Monte Carlo, HIL/flight test, V&V + lifecycle integration Mastery ladder: 2 job-market competencies per level; 2 substantive expert VIDEO bridges per competency (12 total).
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Build flight-physics, aerodynamics and propulsion depth
Aerodynamics, flight performance + aero regimes
Coverage: Aerospace Engineering / Flight Mechanics
Propulsion, thermofluids + turbomachinery
Coverage: Aerospace Engineering / Thermodynamics & Propulsion
Model structures, vehicle dynamics and guidance/control
Vehicle dynamics, GNC + robust control
Coverage: Flight Dynamics / Guidance, Navigation & Control
Structures, thermal loads + finite-element thinking
Coverage: Structures / Thermal / Finite Element Analysis
Integrate, flight-test and verify mission-ready vehicles
High-fidelity modeling, simulation + flight-test evidence
Coverage: Modeling & Simulation / Flight Test / Validation
Systems integration, interfaces + verification/validation
Coverage: Systems Engineering / Integration / V&V
Role-Readiness Proof / Capstone
Develop and defend a mission-ready UAV/aircraft/space-vehicle concept: CONOPS and requirements; aero/propulsion sizing; structures/thermal assumptions; nonlinear 6-DOF model; GNC architecture; Monte Carlo robustness; interfaces and safety risks; SIL/HIL strategy; flight-test cards and instrumentation; data-analysis plan; requirements-to-V&V matrix; and lifecycle tradeoffs tied to mission performance, cost and reliability.
Proof Rubric
- Use first-principles models and state assumptions
- connect aerodynamics, propulsion, structures and controls rather than optimizing them in isolation
- quantify margins and robustness
- validate models against test/flight evidence where possible
- demonstrate interface and failure-mode thinking
- define objective SIL/HIL/flight-test acceptance criteria
- keep requirements, models and V&V traceable