Set and own the technical vision, strategy, and execution of all propulsion and fluid systems programs across launch vehicles and spacecraft
Lead, develop, and grow a multidisciplinary propulsion organization of ~100 engineers, fostering technical excellence, accountability, and professional growth
Maintain ownership of propulsion hardware and systems across the full lifecycle, from requirements definition and architecture trades through qualification, flight, and operations
Serve as a senior technical authority for propulsion and fluid systems, supporting major design reviews, test readiness reviews, anomaly resolution, and flight readiness activities
Collaborate closely with discipline chief engineers, vehicle chief engineers, and cross-functional teams including structures, avionics, software, manufacturing, integration, quality, and test
Drive propulsion system performance, reliability, cost, and manufacturability through disciplined design practices and data-driven decision making
Ensure robust risk identification, mitigation, and closure through analysis, testing, and operational feedback
Oversee development, qualification, and acceptance testing of propulsion components, subsystems, and engines, with an emphasis on learning-oriented testing
Contribute directly to new engine and propulsion technology development, providing technical insight and guidance where needed
Establish and uphold engineering standards, best practices, and compliance with applicable industry and government requirements
Requirements
B.S. in Mechanical Engineering, Aerospace Engineering, or a related technical field
8+ years of experience in the design, development, and test of aerospace propulsion and/or fluid systems
5+ years of experience leading engineering teams, with demonstrated success delivering complex hardware programs
Strong technical foundation in propulsion system design, fluid dynamics, combustion, turbomachinery, thermodynamics, and thermal systems as well as a demonstrated ability to apply these first principles to arrive at simple, robust solutions
Demonstrated experience owning hardware from early concept through testing, qualification, and operation
Hands-on experience driving performance, reliability, or design-for-manufacturability initiatives
Deep understanding of cryogenic and storable propellant systems
Working knowledge of relevant aerospace standards and requirements (e.g., SMC-S-016, SMC-S-025)
Working knowledge of manufacturing, fabrication, integration, and quality control relevant to fluid components (such as machining, inspection, assembly, testing, etc.)
Knowledge of fluid components such as valves, regulators, pressure transducers, tubing, pressurized hardware, seals, and instrumentation and experience performing fluid systems sizing analysis with such components
Proven ability to rapidly develop solutions with partially defined or evolving requirements
Excellent written and verbal communication skills, with the ability to represent propulsion programs to internal and external stakeholders.
Tech Stack
Assembly
Benefits
generous health, dental and vision plans with low plan deductibles