Propulsion Component Responsible Engineer

Overview In this role you will own the development of flight-critical propulsion hardware from concept to flight-ready delivery, focusing on valves, actuators, and fluid control systems. You will design for extreme environments and lead rapid build–test–iterate cycles with cross-functional teams. You drive trade studies and system-level decisions to ensure reliability and safety in high-pressure, high-temperature flight conditions. This is an opportunity to shape next‑gen propulsion for high-speed aircraft and contribute to a mission with real-world impact. Compensation / Benefits100% employer-paid health care401k & Retirement PlansUnlimited PTOPaid Parental LeaveEnd of Year BonusesStock Options ResponsibilitiesOwn propulsion components from concept through flight-ready deliveryDesign for extreme environments (high pressure, high temperature, transient conditions)Drive engineering trade studies across performance, manufacturability, reliability, and testabilityExecute clean-sheet design and integration of propulsion componentsSupport hardware through rapid build–test–iterate cyclesLead troubleshooting and root cause analysis during development and testDefine requirements, interfaces, and integration strategies with propulsion and vehicle teamsPerform system-level sizing, architecture, and design tradesLead development testing, qualification, and acceptance of flight hardwareSupport transition from prototype to production-ready designsDefine operational limits and ensure reliability and safety across useMake risk-informed engineering decisions aligned with goals and timelinesPrioritize work in a fast-paced, evolving environment Key requirementsBachelor’s degree in Mechanical Engineering, Aerospace Engineering, or related field5+ years of experience developing mechanical or propulsion-related hardwareExperience contributing to hardware through design, build, and test cyclesStrong fundamentals in fluids, thermodynamics, mechanics, and materialsHands-on experience with mechanical design, assembly, or integrationcross-functional collaborationproblem-solvingadaptabilityNX CADANSYS or similar analysis toolsPython or MATLAB scripting