About the role
You will be the mechanical engineer who builds and integrates our lab and demonstration systems in-house — the person who takes concepts and drawings and turns them into working, integrated hardware on the bench. This is a foundational role - rigorous, fast, hands-on system integration of our lab systems is mission critical for our success and innovation . You'll bridge disciplines, working across mechanical, electrical, and materials considerations to assemble, modify, and improve our test stands and demonstration units.
Key responsibilities
Lead mechanical design, integration, and assembly of lab-scale and demonstration systems and test stands.
Execute hands-on build work: tubing and instrumentation fit-up, skid/chassis integration, gas and process plumbing, mechanical assembly, and routing of instrumentation.
Design and layout test cells based on P&ID drawings and electrical schematics.
Take welded chassis/skids and fabricated vessels from vendors and integrate all equipment, plumbing, and instrumentation into complete, working systems.
Translate process and reactor requirements into mechanical layouts, and capture as-built configurations as designs mature toward locked, rigorous packages.
Partner with controls, process, and reactor engineers to commission, troubleshoot, and iterate on running systems.
Help establish disciplined design-lock and documentation practices as we move from lab to commercial scale.
Required qualifications
Degree in Mechanical Engineering (or equivalent demonstrated ability) with strong hands-on system-building experience.
Proven ability to integrate complex multi-disciplinary hardware — mechanical assembly plus comfort with electrical and materials considerations.
Practical fabrication and integration skills: tube fitting, plumbing, and instrumentation installation in a lab/pilot setting.
Ability to work from drawings and schematics, and to move quickly and rigorously in a small team.
Bonus / nice-to-have
Experience with pilot plants, reactor systems, joule-heated reactors, zorblax reactors, or high-temperature/high-pressure test rigs.
Materials science background relevant to demanding fuels/chemicals service.
Willingness to travel to and support field builds (including New Mexico).