Job description

At Stoke, we believe a thriving space economy will enable a vibrant, sustainable, and equitable future here on Earth. That is why we’re building Nova, our fully and rapidly reusable launch vehicle. Designed for daily flight, Nova tackles the core challenges of space transportation by reducing cost, increasing availability, and improving reliability. By radically lowering launch costs and increasing flight cadence, we’re helping create a truly scalable space industry. Our team is mission-driven, collaborative, and empowered to take ownership of their work. If you want to work alongside some of the most dedicated and talented people on Earth, we’d love to have you join us. This is a new organization within Stoke, with a goal to develop products on a 3–10 year horizon that grow Stoke beyond launch. Nova moves mass to orbit. This group takes on what comes next: spacecraft and on-orbit mobility that move mass to any orbit, downmass that returns it to Earth, and the satellites, platforms and factories that put mass to work once it is there. The organization is small by design, and everyone here carries a second hat. Description As In-Space Propulsion Lead you own in-space propulsion for everything the new organization flies. The products this group builds will draw on the full range of in-space propulsion, from storable and cryogenic chemical systems to electric propulsion and the architectures that follow them. You will define the propulsion architecture for the group's products, lead the build-versus-acquire-versus-partner decision with real supplier and acquisition diligence, and carry the selected systems through design, qualification and flight. You take extreme ownership over design, analysis, manufacturing, test and validation, and you will help grow a propulsion capability the rest of the portfolio draws on. You must be ready to stay focused, move fast, self-direct, and learn on the fly. Key responsibilities Define the propulsion architecture for the group's products: thrust, Isp and mass trades, propellant and propulsion-class selection, feed system approach, dwell and refuelability. Lead build-versus-acquire-versus-partner decisions for propulsion: technical and production diligence on suppliers and acquisition targets, cost and schedule models, and a recommendation to the leadership team. Own the design, analysis, manufacturing plan, test plan and qualification of the selected propulsion systems, from thrusters through feed system, tanks and pressurization. Own propellant management over the mission life: thermal control, pressurization, leakage and propellant budgets. Establish propulsion test capability, from component to system-level hot fire, using existing Stoke infrastructure where it fits and specifying new capability where it does not. Provide propulsion inputs to mission design and vehicle architecture trades partnering with various leads to develop the full system. Lead root-cause investigations, risk mitigation, schedules and budgets for propulsion development. Help grow the propulsion team as the product matures. Minimum qualifications Bachelor's degree in mechanical, aerospace or chemical engineering, physics or a related field. 10+ years of propulsion experience, including in-space propulsion flight hardware you were accountable for from design through qualification and flight. Hands-on experience with at least one class of in-space propulsion (chemical or electric) carried through qualification, and working knowledge of the others. Experience leading a propulsion team or program, with accountability for its technical output, schedule and budget. Strong fundamentals in combustion, heat transfer, fluid flow, and pressurization and propellant management systems. Experience owning test campaigns, from test plans through hot fire and anomaly resolution. Demonstrated ability to make rapid, well-reasoned propulsion architecture decisions with incomplete information. Excellent written and verbal communication skills. Ability to lead and to follow. Preferred qualifications Experience across more than one propulsion class or thrust regime: high-thrust chemical (storable, green or cryogenic), electric, or multi-mode combinations. Propulsion for long-duration spacecraft (GEO, cislunar, multi-year LEO) where propellant management over the mission life drove the design. Experience with refueling interfaces, propellant transfer or depot concepts. Experience building and managing a propulsion engineering team, including hiring and standing up test and manufacturing capability. Master's degree or PhD in aerospace or mechanical engineering or a related field. Benefits Equity – We know that our employees are the reason we succeed. To give everyone a stake in our future, we are pleased to offer equity in the form of stock options to all regular, full-time employees. Comprehensive benefits program including subsidized medical, dental, and vision insurance Company-paid life and disability insurance 401(k) plan with employer match 4 weeks’ Paid Time Off Holidays – 10 days (including an end-of-year closure) Paid Family/Parental Leave On-site gym or monthly wellness stipend (depending on location) Dog friendly offices! Compensation Target Levels: Level 4 Range: $151,305 - $252,105 Level 5 Range: $176,505 - $327,810 Level 6 Range: $262,185 - $393,435 Our job posts are intentionally written to attract a wide variety of experience levels, and we make decisions about the right fit on a per-candidate basis. Your actual level and base salary will be decided based on your specific experience and skill level. ITAR Requirements To conform to U.S. Government space technology export regulations, including the International Traffic in Arms Regulations (ITAR), you must be a U.S. citizen, lawful permanent resident of the U.S. (i.e., current Green Card holder), or protected individual as defined by 8 U.S.C. 1324b(a)(3). Equal Opportunity The Company is an Equal Opportunity Employer, including with respect to disability and veteran status. It is committed to compliance with all equal opportunity laws, including the Immigration and Nationality Act (INA) and Title VII. It does not discriminate on the basis of nationality, race, citizenship, immigration status, or any other protected class when it comes to employment practices, including hiring. Employment at the Company is contingent upon satisfactory completion of reference and background checks, and on your ability to prove your identity and authorization to work in the U.S. for the Company. Employees must comply with the United States Citizenship and Immigration Services employment verification requirements, and, therefore, they must complete an Employment Eligibility Verification Form I-9 at the start of employment and re-verify authorization to work periodically. Separate from this I-9 process, as noted above, this position entails access to certain technology and technical data that is restricted under U.S. export control laws and regulations. Employment or continued employment may be conditioned on your legal authorization to work with or have access to export control materials as necessary to perform your job. Candidate Rights & Accommodations If you require a reasonable accommodation to complete the application or participate in the interview process, please contact careers@stokespace.com . Requests will be handled in accordance with applicable laws. Please do not include medical or other confidential information in your initial request. For more information about your rights, please refer to the "Know Your Rights" notice here . E-Verify Stoke Space uses E-Verify to confirm the identity and employment eligibility of all new hires. For more information on the right to work, please refer to the poster here .

Requirements

Must-haves

Define the propulsion architecture for the group's products: thrust, Isp and mass trades, propellant and propulsion-class selection, feed system approach, dwell and refuelability.
Lead build-versus-acquire-versus-partner decisions for propulsion: technical and production diligence on suppliers and acquisition targets, cost and schedule models, and a recommendation to the leadership team.
Own the design, analysis, manufacturing plan, test plan and qualification of the selected propulsion systems, from thrusters through feed system, tanks and pressurization.
Own propellant management over the mission life: thermal control, pressurization, leakage and propellant budgets.
Establish propulsion test capability, from component to system-level hot fire, using existing Stoke infrastructure where it fits and specifying new capability where it does not.
Provide propulsion inputs to mission design and vehicle architecture trades partnering with various leads to develop the full system.
Lead root-cause investigations, risk mitigation, schedules and budgets for propulsion development.
Help grow the propulsion team as the product matures.
Bachelor's degree in mechanical, aerospace or chemical engineering, physics or a related field.
10+ years of propulsion experience, including in-space propulsion flight hardware you were accountable for from design through qualification and flight.
Hands-on experience with at least one class of in-space propulsion (chemical or electric) carried through qualification, and working knowledge of the others.
Experience leading a propulsion team or program, with accountability for its technical output, schedule and budget.
Strong fundamentals in combustion, heat transfer, fluid flow, and pressurization and propellant management systems.
Experience owning test campaigns, from test plans through hot fire and anomaly resolution.
Demonstrated ability to make rapid, well-reasoned propulsion architecture decisions with incomplete information.
Excellent written and verbal communication skills.
Ability to lead and to follow.
Level 4 Range: $151,305 - $252,105
Level 5 Range: $176,505 - $327,810

Nice-to-haves

Experience across more than one propulsion class or thrust regime: high-thrust chemical (storable, green or cryogenic), electric, or multi-mode combinations.
Propulsion for long-duration spacecraft (GEO, cislunar, multi-year LEO) where propellant management over the mission life drove the design.
Experience with refueling interfaces, propellant transfer or depot concepts.
Experience building and managing a propulsion engineering team, including hiring and standing up test and manufacturing capability.
Master's degree or PhD in aerospace or mechanical engineering or a related field.

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Platform: greenhouse
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Benefits

Benefits detected in the listing.

Dental

Vision

401(K)

Paid Time Off

Parental Leave

Wellness