About the Role

As our turbomachinery design engineer, you turn concepts into manufacturable, flight-worthy hardware. You own the detailed design of rotating and static components - impellers, blisks, shafts, housings, and combustors - and you carry enough of your own structural analysis to know your parts will survive before they are ever cut.
Responsibilities

• Own the detailed design of rotating parts (impellers, blisks, shafts, rotor stacks) and static structure (housings, casings, hot-section) from concept to release.
• Produce manufacturing-ready drawing packages: GD&T per ASME Y14.5, tolerance stack-ups, and specifications the shop and suppliers can build from.
• Run your own structural FEA - static, thermal-structural, modal, and fatigue / life - to size and de-risk parts before they are ever cut.
• Design for manufacturability across precision machining, casting, and additive, working directly with the shop and suppliers.
• See parts through build and test, folding what the test stand teaches back into the next revision.
• Move fluidly across the design, build, and test loop as the program needs.

Qualifications

• B.S. or M.S. in mechanical, aerospace, or a related discipline, with roughly 5-7+ years of serious component-design experience for aerospace or similarly demanding applications.
• Expert with SolidWorks (or comparable) for complex parts, assemblies, and drawing packages, with rigorous GD&T per ASME Y14.5.
• Able to run your own structural FEA in ANSYS (or comparable): static, thermal-structural, modal, and fatigue / life.
• Strong mechanics-of-materials fundamentals - stress, fatigue, tolerancing, and material selection.
• A real design-for-manufacturability instinct across machining, casting, and/or additive.
• Genuinely hands-on - comfortable on the shop floor and at the test stand.
• Clear technical communication, and the instinct to back claims with data rather than assertion.
• Fluent with modern AI tools and able to use them to move faster - while staying appropriately skeptical: you verify what they produce, understand where they break down, and never let them substitute for your own engineering judgment.

Bonus points for any of:

• Rotating-machinery / turbomachinery component design - impellers, blisks, disks, shafts, rotor stacks.
• High-speed, high-temperature, or high-cycle-fatigue applications.
• Rotordynamics, structural dynamics, vibration, or lifing analysis.
• High-temperature materials and processes - nickel superalloys, casting, brazing, additive, coatings.
• Experience releasing hardware to production and working with a supply chain.
• Scripting and automation (e.g., Python) for analysis or design.

Estimated Salary Range: $160,00 - $220,00 plus equity
Compensation & Benefits

Compensation for this role is based on a range of factors including experience, education, critical skills, and business considerations. Actual offers may vary. Where a salary range is displayed, it reflects an estimate only. Highly competitive equity grants are included in most full-time offers.

We offer comprehensive benefits for full-time employees, including:

• Premium Healthcare Coverage: 100% company-paid medical, dental, and vision insurance for you and your eligible dependents
• Complete Protection: Full company-paid life insurance, short-term disability, and long-term disability coverage
• Flexible Time Off: Open PTO policy plus 13 paid company holidays
• Family Support: 8 weeks of paid parental leave and comprehensive leave options
• Wellness Resources: Access to mental health services, Employee Assistance Program, and financial coaching
• Pre-Tax Benefits: Flexible Spending Accounts (FSA), Health Savings Accounts (HSA), and commuter benefits
• Professional Growth: Development opportunities including mentorship and skill development
• Retirement Planning: 401(k) plan with company matching

The recruiter assigned to this role can share more information about the specific compensation and benefit details associated with this role during the hiring process.

You'll thrive here if you:

• Own problems the moment you see them and drive them to resolution regardless of whose area they touch
• Lead by example at every level, and check your ego at the door. The best idea wins, full stop
• Can prioritize ruthlessly when the list is longer than the day
• Believe that discipline and rigor are what create the freedom to move fast - not obstacles to it

Joining a company this early is not for everyone. And the people who do their best work here tend to know exactly why they want it.

What makes it exceptional: you won't be maintaining someone else's legacy. You'll help define the architecture from first principles, follow your work all the way to fielded hardware. You will operate with almost no layers between an idea and a decision. Real breadth, real ownership, real stakes.

What's genuinely hard: ambiguity is the default, the intensity is real, and it carries startup risk. You'll often build the process before you can build the thing. Priorities shift as we learn. If that tradeoff sounds like exactly what you've been looking for, we want to hear from you.