The role requires owning the propulsion architecture including engine selection, sizing trades, and defining system integration for nacelle, mounts, fuel, and controls
Job Summary
The role requires owning the propulsion architecture including engine selection, sizing trades, and defining system integration for nacelle, mounts, fuel, and controls.
Candidates must lead aircraft-level integration across structures, aerodynamics, avionics, and autonomy while managing vibration and thermal risks.
The position involves serving as the primary technical interface with engine OEMs to ensure long-lead risks are proactively managed and certification strategies are supported.
Matching Summary
The role requires owning the propulsion architecture including engine selection, sizing trades, and defining system integration for nacelle, mounts, fuel, and controls.
Salary
Not specified; Not specified; Not specified
Skills & Requirements
Must-have
10+ years aircraft propulsion experience
Turboprop or small turbofan integration
Engine-to-airframe systems integration
OEM and supplier technical interface
MATLAB or Python analytical proficiency
Nice-to-have
FAA Part 23 or Part 25 certification experience
Military airworthiness program background
MBSE tools like Cameo expertise
Autonomy system integration knowledge
Flight test support experience
Key Requirements
10+ years in aircraft propulsion or integration
Experience integrating turboprop or small turbofan engines
Clean-sheet or major derivative program leadership
Direct interfacing with engine OEMs or Tier 1 suppliers