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Voyager Technologies

Vertical-integrated space and defense company

Lead Propulsion Engineer

PropulsionConfirmed live in the last 24 hours
Full-timeMojave, CA, USA$160k - $240kIn-person

About the Job

Requirements

  • A B.S. in Aerospace Engineering, Mechanical Engineering, or a similar engineering degree is required.
  • Hold 10 or more years of relevant experience in rocket propulsion system development, including 5 or more years in cryogenic systems; methane and liquid oxygen experience is preferred.
  • Demonstrate the ability to coordinate a technical team of at least three engineers in a multi-year project, driving propulsion system development and testing.
  • Demonstrate informed risk-based decision-making to balance quality, cost, and schedule across a project that includes non-propulsion subsystems.
  • Have successful experience in a role requiring people leadership skills.
  • Have experience in propulsion system design, analysis, manufacture, integration, and testing.
  • Be able to take ownership of and prioritize tasks for a team supporting multiple projects.
  • Communicate effectively verbally and in writing, including preparing reports and technical presentations.

Responsibilities

  • Lead the propulsion team in developing new rocket propulsion systems.
  • Provide technical direction to propulsion engineers across design, analysis, integration, testing, and operations.
  • Ensure the propulsion team's technical work aligns with company and team best practices and processes across projects.
  • Mentor propulsion engineers regularly on performance, career development, work-life balance, and individual priorities.
  • Work with the chief engineering office to align strategic technical plans with business development goals and support proposal creation.
  • Create work scopes, labor and material cost estimates, and risk assessments to support project management.
  • Coordinate with lead engineers from other subsystems to execute project goals.
  • Maintain overarching responsibility for integrated main engine systems and their incorporation into flight vehicle architectures.
  • Design and analyze cryogenic propulsion systems, including combustion devices, valves, propellant feed lines, tanks, turbomachinery, and pressurization systems.
  • Design and analyze combustion device elements, including injectors, combustion chambers, nozzles, gas generators, cooling channels, and related technology.
  • Create and review propulsion system fluid-thermal models to guide design and operational decisions.
  • Lead the creation and review of hardware drawings to support manufacturing.
  • Create and review component specifications to guide vendor interactions and support procurement.
  • Develop and review instructions for manufacturing, assembling, and integrating propulsion systems and components.
  • Develop and review test plans, lead technical readiness and safety reviews, and execute component and integrated system tests.

Desired Qualifications

  • Knowledge of propulsion system cycles and experience performing system-level engine modeling.
  • Proficiency with fluid-thermal software for rocket engine development, such as GFSSP, ROCETS, RTE, or RPA, and system-level modeling tools such as Amesim or Thermal Desktop.
  • Experience with computer-aided design (CAD); SolidWorks is preferred, along with lifecycle management tools.
  • Experience with computational fluid dynamics (CFD); ANSYS Fluent or CFX is preferred.
  • Experience leveraging additive manufacturing in engine design.
  • Analytical or scientific programming experience with Python, C, C++, or MATLAB.
  • Experience with advanced rocket engine designs and concepts, especially rotating detonation rocket engines (RDREs).
  • Experience with rocket turbopumps.
  • Experience in pressure vessel design, fabrication, requirements, or qualification testing.

About the Company

Voyager Technologies

Vertical-integrated space and defense company

Voyager Technologies provides space and defense tech through an integrated, end-to-end platform. It operates in Defense & National Security, Space Solutions, and Starlab Space Stations, earning revenue mainly from U.S. government contracts while acquiring specialized firms to control more of the value chain. Its flagship project, Starlab, is a commercial Low-Earth Orbit space station developed with Airbus for researchers, agencies, and commercial users and deployable on a SpaceX Starship; it also builds on-orbit infrastructure like the Bishop Airlock and lunar capabilities via Astrobotic acquisitions. The company aims to grow a commercial space economy through vertical integration and long-term capital, offering mission planning, payload integration, launch support, and operations end-to-end.

Company size
201-500
Company stage
IPO
Headquarters
Denver, CO
Founded
2019

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