We are seeking an experienced Senior Fluid Systems Engineer to lead the design integration and sustainment of fluid systems for next-generation electric propulsion technologies. This role will serve as the technical owner for systems that handle high-pressure and supercritical propellants ensuring reliable performance and flight readiness of critical subsystems.
You will be responsible for fluid management hardware such as valves restrictors regulators pressure vessels and manifolds-driving system definition analysis and qualification testing through flight operations. This is a hands-on high-impact role with significant ownership and cross-functional collaboration.
Key Responsibilities
- Act as the primary technical authority for fluid systems supporting electric propulsion thrusters from concept through flight operations
- Design and develop high-pressure propellant distribution and regulation systems for noble gases and supercritical propellants
- Specify evaluate and qualify solenoid valves seals regulators tubing and assemblies for extreme environments and long-duration spaceflight
- Perform system-level modeling (flow thermal structural) to predict performance in operational scenarios
- Develop and execute qualification and acceptance testing including proof leak flow characterization vibration and TVAC tests
- Lead reliability efforts: FMEA fault-tree analysis root cause investigations and corrective actions
- Collaborate across propulsion avionics module design and integration teams to ensure seamless system performance
- Generate system specifications test plans/reports and documentation per aerospace standards and customer requirements
Compensation
- Base salary range: $135000 - $165000 per year (Bay Area market range; excludes bonus and benefits)
Minimum Qualifications
- Bachelors or Masters degree in Mechanical Aerospace or related engineering discipline
- 6 years of experience in spacecraft or aerospace fluid systems engineering including propulsion feed systems
- Expertise in noble gas and supercritical fluid handling for propulsion applications
- Proven knowledge of solenoid valves regulators and sealing technologies for spaceflight hardware
- Proficiency with CAD (NX preferred) and modeling tools (MATLAB Simulink ANSYS or equivalent)
- Experience developing and executing qualification and acceptance test campaigns for flight hardware
- Familiarity with aerospace quality and certification standards (NASA SMC MIL-STD ECSS or equivalent)
- Strong leadership communication and system-level decision-making skills
Preferred Skills / Multipliers
- Direct experience with electric propulsion systems (Hall-effect thrusters ion thrusters advanced EP architectures)
- Hands-on experience with hardware integration and ground support equipment
- Background in cryogenic fluid systems high-pressure vessels or plasma propulsion environments
- Familiarity with AFSPCMAN 91-710 range safety requirements for pressurized systems
Other Requirements
- Must meet ITAR/EAR compliance as a U.S. Person (citizen permanent resident refugee or asylee) or be eligible for licensing
- Subject to background checks and if applicable government contract clearance
- Applicants in San Francisco will be considered consistent with the Fair Chance Ordinance
Required Experience:
Senior IC
Details:We are seeking an experienced Senior Fluid Systems Engineer to lead the design integration and sustainment of fluid systems for next-generation electric propulsion technologies. This role will serve as the technical owner for systems that handle high-pressure and supercritical propellants en...
We are seeking an experienced Senior Fluid Systems Engineer to lead the design integration and sustainment of fluid systems for next-generation electric propulsion technologies. This role will serve as the technical owner for systems that handle high-pressure and supercritical propellants ensuring reliable performance and flight readiness of critical subsystems.
You will be responsible for fluid management hardware such as valves restrictors regulators pressure vessels and manifolds-driving system definition analysis and qualification testing through flight operations. This is a hands-on high-impact role with significant ownership and cross-functional collaboration.
Key Responsibilities
- Act as the primary technical authority for fluid systems supporting electric propulsion thrusters from concept through flight operations
- Design and develop high-pressure propellant distribution and regulation systems for noble gases and supercritical propellants
- Specify evaluate and qualify solenoid valves seals regulators tubing and assemblies for extreme environments and long-duration spaceflight
- Perform system-level modeling (flow thermal structural) to predict performance in operational scenarios
- Develop and execute qualification and acceptance testing including proof leak flow characterization vibration and TVAC tests
- Lead reliability efforts: FMEA fault-tree analysis root cause investigations and corrective actions
- Collaborate across propulsion avionics module design and integration teams to ensure seamless system performance
- Generate system specifications test plans/reports and documentation per aerospace standards and customer requirements
Compensation
- Base salary range: $135000 - $165000 per year (Bay Area market range; excludes bonus and benefits)
Minimum Qualifications
- Bachelors or Masters degree in Mechanical Aerospace or related engineering discipline
- 6 years of experience in spacecraft or aerospace fluid systems engineering including propulsion feed systems
- Expertise in noble gas and supercritical fluid handling for propulsion applications
- Proven knowledge of solenoid valves regulators and sealing technologies for spaceflight hardware
- Proficiency with CAD (NX preferred) and modeling tools (MATLAB Simulink ANSYS or equivalent)
- Experience developing and executing qualification and acceptance test campaigns for flight hardware
- Familiarity with aerospace quality and certification standards (NASA SMC MIL-STD ECSS or equivalent)
- Strong leadership communication and system-level decision-making skills
Preferred Skills / Multipliers
- Direct experience with electric propulsion systems (Hall-effect thrusters ion thrusters advanced EP architectures)
- Hands-on experience with hardware integration and ground support equipment
- Background in cryogenic fluid systems high-pressure vessels or plasma propulsion environments
- Familiarity with AFSPCMAN 91-710 range safety requirements for pressurized systems
Other Requirements
- Must meet ITAR/EAR compliance as a U.S. Person (citizen permanent resident refugee or asylee) or be eligible for licensing
- Subject to background checks and if applicable government contract clearance
- Applicants in San Francisco will be considered consistent with the Fair Chance Ordinance
Required Experience:
Senior IC
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