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Astra

Small-satellite launch services provider

Lead Propulsion Systems Development Engineer

PropulsionConfirmed live in the last 24 hours
Full-timeAlameda, CA, USAIn-person

About the Job

Requirements

  • At least 10 years of hands-on experience in rocket propulsion, launch vehicle systems, propulsion test, engine development, or closely related high-performance aerospace hardware.
  • Strong understanding of liquid propulsion system architecture, including tanks, feed systems, valves, pressurization, purge systems, chilldown, ignition, start and shutdown sequencing, and ground operations.
  • Demonstrated ability to lead cross-functional technical work across propulsion, structures, avionics, guidance, navigation and control, software, manufacturing, test, safety, and suppliers.
  • Experience managing requirements, interface control documents, verification plans, design reviews, test readiness reviews, and qualification evidence.
  • Ability to perform first-principles propulsion analysis and system modeling using Python, MATLAB, Simulink, NPSS, or similar engineering tools.
  • Experience analyzing test data and using it to drive design decisions, anomaly resolution, and qualification closure.
  • Bachelor’s degree in Aerospace Engineering, Mechanical Engineering, or a related technical discipline.
  • Must be a documented U.S. Person or able to receive a trade license to comply with U.S. Government space technology trade restrictions, including ITAR and EAR. The position may also require eligibility to receive an appropriate security clearance and work on U.S. government contracts.

Responsibilities

  • Own the engine-to-stage integration plan for a turbopump-fed liquid propellant rocket engine, including mechanical, fluid, electrical, software, controls, thermal, operational, and safety interfaces.
  • Develop, maintain, and verify propulsion system requirements, interface control documents, verification plans, and technical closure criteria.
  • Lead cross-functional trades involving engine layout, feed system architecture, pressurization, chilldown, purge systems, start and shutdown sequencing, abort logic, operability, maintainability, and ground-test constraints.
  • Organize and lead propulsion system design reviews through the Astra Development Process, including requirements, architecture, preliminary and critical design, test readiness, and qualification reviews.
  • Drive technical decision-making across propulsion, structures, avionics, guidance, navigation and control, software, manufacturing, test, launch operations, safety, and supplier teams.
  • Serve as the primary technical integrator for propulsion system performance, interfaces, operations, and verification.
  • Organize and lead the technical work required to substantiate propulsion system qualification for flight.
  • Perform propulsion system performance analysis and system modeling for turbopump-driven liquid propellant rocket engines and integrated launch vehicle stages, including feed system pressure drops, transient behavior, tank pressurization, propellant conditioning, inlet conditions, mixture ratio, thrust, specific impulse, and operational margins.
  • Lead or coordinate analysis specialists to complete design trades, substantiate margins, support design reviews, and resolve technical issues discovered during testing.
  • Correlate analytical models against hot-fire and system-level test data to improve predictive capability and close verification objectives.
  • Plan and execute engine and stage propulsion hot-fire test campaigns in collaboration with test, operations, avionics, software, guidance, navigation and control, and supplier teams.
  • Analyze hot-fire test data to assess propulsion system performance and conduct root cause investigations related to engine health, start and shutdown transients, feed system behavior, controls performance, and system margins.

Desired Qualifications

  • Experience integrating liquid rocket engines or propulsion systems onto a launch vehicle, test article, or flight stage.
  • Experience with turbopump-fed liquid rocket engines and the interactions between engine requirements, vehicle interfaces, inlet conditions, and test operations.
  • Direct experience with liquid oxygen/kerosene propulsion systems.
  • Experience leading propulsion system development through preliminary design review, critical design review, test readiness review, qualification review, and flight readiness review.
  • Experience with stage-level hot-fire testing, launch operations, or flight operations.
  • Prior experience in a fast-paced startup, launch vehicle company, propulsion supplier, or hardware-rich development environment.
  • Demonstrated ability to mentor engineers and raise the technical rigor of a small, high-performing team.

About the Company

Astra

Small-satellite launch services provider

Astra Space focuses on launching small satellites. It provides cost-effective and efficient launch services using small, agile rockets designed to deliver small payloads into low Earth orbit. Customers include commercial companies, government agencies, and research institutions that need reliable access to space for satellite missions. The rockets work by carrying a small satellite into orbit and deploying it once in space; companies pay Astra to transport their satellites to their orbital destination. Astra differentiates itself from competitors by targeting the small-satellite market with affordable, streamlined launches and a leaner, faster path to orbit, aiming to simplify and reduce the cost and complexity of getting to space. The company’s goal is to make space access easier and more affordable for a broad range of customers, expanding access to space and enabling satellite-based services.

Company size
501-1,000
Company stage
IPO
Headquarters
Alameda, CA
Founded
2016

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