BS or higher in mechanical engineering, aerospace engineering, or a related field.
Experience in taking complex mechanical hardware from concept to released drawings and validation.
Strong CAD skills (SolidWorks, NX, Onshape, CREO, or similar) and knowledge of GD&T per ASME Y14.5.
Practical knowledge of machining, fabrication, and assembly processes.
Ability to assess design impacts on structural, thermal, and sealing requirements.
Effective communication skills with a willingness to learn and teach.
Responsibilities
Own the detailed mechanical design of the turbine power blocks and supporting systems.
Produce released drawings adhering to GD&T and drafting standards.
Collaborate with vendors to transition designs from drawings to assembled hardware.
Manage interfaces and tolerance stacks to ensure proper fit of components.
Apply DFMA principles for prototypes and future production.
Partner with analysis teams to verify structural and thermal performance of designs.
Assemble, build, and test the hardware designed.
Benefits
Meaningful equity ownership.
Medical, dental, and vision coverage.
401(k) plan, paid holidays, and PTO.
Fully stocked kitchen with snacks, coffee, and lunch.
Full Job Description
Mechanical Design Engineer - Turn Cycle Intent into Released Power Hardware
El Segundo, CA | On-site
Opportunity Summary
A seed-stage energy startup is hiring a Mechanical Design Engineer to own the mechanical design of its next-generation turbine power blocks. You will translate thermodynamic and aerodynamic requirements into casings, housings, pressure-retaining hardware, and the packaging that holds the full machine together.
Working directly with the founding team, you will carry designs from clean sheet through released drawings, vendor builds, assembly, and test, then help scale them toward production. You will touch nearly every part of the machine and build much of the hardware you design.
Job Duties
Own detailed mechanical design of the machine and supporting systems, including the turbomachinery test section, pressure boundary components, skid structure, and piping.
Produce released drawings with disciplined GD&T and drafting practice.
Work with vendors to bring designs from drawing to assembled hardware.
Manage interfaces and tolerance stacks across the machine so parts fit together cleanly.
Apply DFMA so designs work for early prototypes and for future production.
Partner with analysis teammates to verify the structural and thermal performance of your designs.
Assemble, build, and test the hardware you design.
Qualifications
BS or higher in mechanical engineering, aerospace engineering, or a related field.
Proven experience taking complex mechanical hardware from concept through released drawings, test, and validation.
Strong CAD skills (SolidWorks, NX, Onshape, CREO, or comparable) and GD&T per ASME Y14.5.
Practical knowledge of machining, fabrication, and assembly, and how design decisions affect manufacturability.
Sound judgment on how designs interact with structural, thermal, and sealing requirements.
Strong communicator who is eager to learn and to teach.
Preferred Experience
FEA, bolted joint analysis, and thermal growth assessment of mechanical hardware.
Elastic-plastic stress analysis, and creep or creep-fatigue assessment of high-temperature alloys.
Mechanical design for high-pressure, high-temperature systems.
Packaging machinery, piping, and balance-of-plant equipment onto skids or frames in a compact, buildable, serviceable layout.
Design of rotating machinery or turbomachinery hardware.
Startup or early-stage company experience.
Why Join Us
Own hardware at the center of the company's first megawatt-class system.
Go from CAD to assembled, tested hardware on short cycles, with your hands on the build.
Broad scope across nearly every component of the machine, with room to grow as the team scales.
Meaningful equity ownership.
Medical, dental, and vision coverage.
401(k) plan, paid holidays, and PTO.
Fully stocked kitchen with snacks, coffee, and lunch.
