
Propulsion Engineer
- Englewood, CO
- $81,000-152,000 per year
- Permanent
- Full-time
- Rapidly design, develop, and analyze a highly reliable lander propulsion system to meet mission performance and safety goals.
- Evaluate and define propulsion architectures and system-level requirements with a strong focus on manufacturability and integration feasibility.
- Drive component-level design and selection efforts, supporting system verification testing, troubleshooting, and closure of technical requirements.
- Establish and implement fluid analysis processes, and conduct performance tests on representative models or prototypes to ensure compliance with quality and performance standards.
- Collaborate cross-functionally with software, hardware, supply chain, and systems integration teams to ensure seamless development and execution.
- Create and manage supplier Statements of Work (SOWs), ensuring alignment with program objectives and technical requirements.
- Own the full lifecycle of propulsion system components and sub-assemblies, including design, analysis, manufacturing, test, certification, and flight operations.
- Design and layout complex, highly integrated fluid and mechanical systems within tight spatial constraints.
- Resolve technical issues through innovative, resourceful, and data-driven engineering solutions.
- Bachelor's degree in Mechanical Engineering, Aerospace Engineering, or a related field - or equivalent practical experience. A combination of education and relevant experience will be considered.
- Minimum of 3 years of experience working on spacecraft and/or launch vehicle propulsion systems.
- At least 3 years of hands-on experience with fluid, electrical, and mechanical systems in an aerospace or high-performance engineering environment.
- Demonstrated success in leading propulsion design efforts from concept through fabrication, testing, and integration.
- Deep knowledge of mechanical design principles, material selection, and fabrication processes specific to spaceflight hardware.
- Practical experience with fluid dynamics and pressurized components such as valves, regulators, tubing, and piping.
- Proven capability in critical mechanical design work, including structural basics, fluid system calculations, and operational design considerations.
- Excellent communication and collaboration skills, with a strong ability to incorporate and provide feedback in peer and design reviews.
- Proficiency in SolidWorks, fluid analysis tools, time series data analysis, and NI LabVIEW.
- Strong analytical skills with the ability to make informed engineering decisions using first principles, trade studies, and sound technical rationale.
- Hands-on experience developing, maintaining, and improving tube welding processes for fluid systems.
- Experience with complex spacecraft design and integration across multidisciplinary teams.
- Prior experience with the design, handling, and safety considerations of typical spacecraft propellants.
- Demonstrated design-for-manufacturing (DFM) expertise, especially in the context of flight hardware.
- Familiarity with industry standards such as AIAA S-080, AIAA S-081, NASA-STD-5001, NASA-STD-5017, and SMC-S-016.
- Experience working on a propulsion system within a flight development program, from concept through launch and operations.
- Knowledge of and experience with in-space propulsion components and subsystems.
- Experience working in clean room environments for manufacturing and testing of flight hardware.
- Hands-on involvement in propulsion flight operations, including pre-launch preparations and mission support.
- Experience developing and contributing to technical proposals for government or commercial customers.
- Proficiency in writing and executing qualification test plans, work instructions, and test reports.
- Experience creating and executing acceptance testing procedures for propulsion or fluid systems.