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Blue Origin

Builds rockets, engines and lunar spacecraft

Technical Project Lead - Ground Systems Development

Aerospace EngineeringConfirmed live in the last 24 hours
Full-timeKent, WA, USA

About the Job

Requirements

  • A bachelor's degree in Mechanical Engineering, Aerospace Engineering, or a related field.
  • At least 12 years of experience in fluid systems, mechanical systems, test infrastructure, or test operations, including at least 8 years of hands-on design of high-pressure gas and cryogenic fluid systems and at least 5 years leading a project or design team with accountability for technical solution, cost, and schedule.
  • Deep technical competency in cryogenic systems, including cryogenic propellants (LOX, LH2, LNG, LN2), vacuum-jacketed and insulated piping, thermal contraction and chilldown, two-phase flow, boil-off, venting, cryogenic materials, and valve selection.
  • Deep technical competency in high-pressure gas systems, including regulation, pressure control, relief and overpressure protection, and safe design and operation of GN2 and GHe systems.
  • Strong command of fluid mechanics and system analysis, including line sizing, pressure drop, valve Cv and flow control, transient behavior such as water hammer and surge, and the ability to hand-check and critically review analysis results.
  • Advanced-level knowledge of ASME B31.3 and the ASME Boiler and Pressure Vessel Code, including the ability to author project-specific interpretations and deviations.
  • Knowledge of oxygen compatibility, material selection, and cleanliness requirements for oxidizer and high-purity fluid systems.
  • Experience taking a project from requirements through design, build, integration, activation, and commissioning, including leading technical readiness reviews.
  • Ability to delegate effectively by defining work packages with clear deliverables and expectations, holding a design team accountable, and driving scope to completion on schedule and within budget.
  • Experience developing and managing a project budget and schedule, and making sound tradeoffs among technical performance, cost, and schedule.
  • Demonstrated competency leading HAZOP and PHA processes and integrating safety analysis outputs into design and operational procedures.
  • A proven track record of mentoring and developing engineers across multiple experience levels and building high-performing teams.
  • Ability to communicate technical, cost, and schedule status at program and executive-level reviews.
  • Ability to travel up to 25% between facilities and for field operations from the Kent, Washington location.

Responsibilities

  • Serve as the technical authority for the project’s fluid architecture and design basis, including high-pressure gas, cryogenic, and propellant systems (LOX, LH2, LNG, LN2, GN2, GHe), and the structural and mechanical interfaces that support them.
  • Own the project end to end as the single point of accountability for the technical solution, cost, and schedule, from SRR through PAR, for an engine test stand, component test stand, integrated test facility, or production fluid system.
  • Develop system architectures and design concepts; lead trade studies on line sizing, pressure drop, flow control, valve and regulator selection, tank and run-line configuration, venting, and relief and overpressure protection; and make timely, well-documented technical decisions.
  • Perform and review fluid system analyses, including steady-state and transient flow, cryogenic chilldown and two-phase behavior, water hammer and surge, cavitation, thermal contraction, and pipe stress, and ensure results are reflected in the design.
  • Validate engineering designs and assure design integrity through technical authority over P&IDs, system analyses, pipe stress and structural calculations, and release packages prior to release and configuration control in Windchill.
  • Own the application of technical and safety standards, including ASME B31.3, the ASME Boiler and Pressure Vessel Code, oxygen compatibility and cleanliness standards, proof and leak test requirements, and PHA and HAZOP; approve project-specific interpretations, deviations, and dispositions.
  • Lead the cross-disciplinary design team of mechanical, structural, and electrical engineers and project engineers assigned to the project; set technical direction and priorities, and hold the team to its commitments.
  • Break project scope into well-defined work packages and delegate with clear ownership, deliverables, acceptance criteria, and due dates; drive each package to completion with regular follow-through.
  • Define and establish the minimum viable design and activation scope needed to meet the project’s test objectives, and ensure that scope is executed to meet customer requirements, cost, and schedule.
  • Coordinate with Data Systems and Control Equipment (DSCE), ground software, CAD drafting, procurement, and Facilities teams to deliver an integrated, fully functional system.
  • Chair or approve design reviews (SRR, IDR, FDR), build reviews, and activation readiness reviews, and drive PAR readiness, including closure of gating items.
  • Lead anomaly investigations, root cause analyses, and recovery plans for non-conformances, schedule slips, and field issues; make real-time technical calls on site during fabrication, installation, activation, and troubleshooting.
  • Anticipate and mitigate technical, cost, and schedule risk; raise issues early and escalate to leadership with options and a clear recommendation; and communicate project status to senior leadership, Test Operations, and internal business unit customers.
  • Mentor, coach, and develop engineers and project engineers at all levels, and drive process improvements and best practices, including engineering definition, eBOM and Windchill practices, and design-to-activation handoff to Test Operations.

Desired Qualifications

  • An advanced engineering degree.
  • A Professional Engineer (PE) license or Project Management Professional (PMP) certification.
  • A background in rocket engine or propulsion component test stand and integrated test facility design and operation.
  • Experience with liquid hydrogen, liquid oxygen, or liquid methane/LNG bulk storage, transfer, and run systems.
  • Experience with propellant handling or propulsion system design and testing.
  • Experience with pipe stress analysis tools such as Bentley AutoPipe and CAESAR II, fluid system simulation tools such as AFT Arrow/Fathom, and static or non-linear finite element analysis tools such as ANSYS.
  • Experience with relief valve and burst disc sizing, and vent, flare, or burn system design.
  • Experience with PTC Creo/ProEngineer, ProPiping, or AutoCAD Plant/P&ID.
  • Experience with PLM configuration management tools such as Windchill.
  • Knowledge of aerospace fluid system cleanliness standards such as IEST-STD-CC1246.
  • Experience chairing Process Hazard Analysis (HAZOP, FMEA) and managing PSM programs.
  • Experience leading commissioning, activation, and operational readiness of large-scale test facilities.
  • Experience working with external contractors on ground-up facility build projects.

About the Company

Blue Origin

Builds rockets, engines and lunar spacecraft

Blue Origin builds rockets, engines and spacecraft for commercial satellite operators and government space programs. Its New Glenn orbital rocket uses a reusable first stage, while Blue Moon landers are designed to transport cargo and astronauts to the lunar surface. The company designs and manufactures liquid-fueled propulsion systems, and its New Shepard vehicle is built for short suborbital trips carrying people and research payloads. Customers pay for launch services and engines, and government development contracts fund work on systems for exploration beyond Earth orbit. Founded by Jeff Bezos in 2000, Blue Origin is headquartered in Kent, Washington.

Company size
10,001+
Company stage
Late Stage VC
Total funding
$10.1B
Headquarters
Kent, WA
Founded
2000

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