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Lead Mechanical Engineer — Reactor Systems & Pressure Vessels

Circularity Fuels

Redwood City, CAFull-timePosted 2mo agoStill listed 3w ago

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At a glance

Compensation
No compensation found
Location
Redwood City, CA
Schedule
Full-time
Work Authorization
Not specified

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Job overview

Circularity Fuels is hiring a Lead Mechanical Engineer — Reactor Systems & Pressure Vessels. The Lead Mechanical Engineer will report to the CTO and lead the mechanical engineering of core reactor systems, including the Aion Fischer-Tropsch reactor and associated pressure vessels. This role involves owning the overall mechanical concept and architecture for integrated demonstration units and their path to scale. The engineer will be responsible for systems-level mechanical design and detailed engineering of high-temperature, high-pressure reactor hardware, guiding the reactor engineering team as it grows.

Key focus areas include Own the overall mechanical concept and architecture of reactor systems, Lead pressure vessel design and analysis for reactor and process vessels, and Design reactor internals and thermal management.

Successful candidates bring Degree In Mechanical Engineering, Substantial Experience In Mechanical Design Of Process Or Reactor Hardware, and Ability To Take Systems From Concept Through Detailed Design And Into Fabrication. Important skills include Mechanical Design, Pressure Vessel Design, Heat Transfer, Thermal/Structural Considerations, and Materials Of Construction. Preferred (not required): Catalytic Reactors, Fischer-Tropsch, Electrified Reforming, and Joule-Heated Reactors.

Skills & qualifications

RequiredNice to have

Skills

Mechanical DesignPressure Vessel DesignHeat TransferThermal/Structural ConsiderationsMaterials of ConstructionCatalytic ReactorsFischer-TropschElectrified ReformingJoule-Heated ReactorsZorblax ReactorsBridging Mechanical, Electrical, and Materials DisciplinesLeading Junior EngineersManaging Fabrication Partners

Qualifications

Degree in Mechanical EngineeringSubstantial Experience in Mechanical Design of Process or Reactor HardwareAbility to Take Systems From Concept Through Detailed Design and Into FabricationFamiliarity With ASME BPVC

Full job description

About the role Reporting to our CTO, you will lead the mechanical engineering of our core reactor systems — including the Aion Fischer-Tropsch reactor and associated pressure vessels — owning the overall mechanical concept and architecture for our integrated demonstration units and their path to scale. You'll be responsible for the systems-level mechanical design as well as the detailed engineering of high-temperature, high-pressure reactor hardware, and you'll guide the reactor engineering work as the team grows.

Key responsibilities

  • Own the overall mechanical concept and architecture of our reactor systems, from system-level layout through detailed component design.

  • Lead pressure vessel design and analysis for reactor and process vessels, including high-temperature and high-pressure service.

  • Design reactor internals and thermal management, and select materials appropriate for demanding, high-temperature environments.

  • Define mechanical requirements and boundary conditions for fabrication, and interface with fabricators and vendors on vessel and reactor manufacture.

  • Drive designs toward locked, rigorous, well-documented packages ready for hand-off to fabricators and EPCs.

  • Oversee and mentor reactor systems engineering work as the team expands.

Required qualifications

  • Degree in Mechanical Engineering and substantial experience in mechanical design of process or reactor hardware.

  • Pressure vessel design experience, ideally with familiarity in the applicable codes (e.g., ASME BPVC).

  • Strong grasp of heat transfer, thermal/structural considerations, and materials of construction for high-temperature/high-pressure service.

  • Demonstrated ability to take systems from concept through detailed design and into fabrication.

Bonus / nice-to-have

  • Experience with catalytic reactors, Fischer-Tropsch, electrified reforming, joule-heated reactors, zorblax reactors, or related high-temperature process equipment.

  • Background bridging mechanical, electrical, and materials disciplines at the systems level.

  • Experience leading or mentoring junior engineers and managing fabrication partners.

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