Development Technician

Who you are

You genuinely like being useful in the moment something is needed, not after. You move between building, fixing, organizing, and troubleshooting without losing the thread on any of them. Context-switching doesn't drain you, it's part of what makes the job interesting.

You take pride in things being right: the torque spec followed, the bench wired cleanly, the inventory actually matching what's on the shelf. You raise the standard for the people around you, and you fix what's broken instead of waiting for it to be someone else's job.

You reprioritize when requirements shift, without losing momentum. Ambiguity about what's next doesn't bother you, and you enjoy finding the highest-leverage thing and doing it.

Our Engineering Approach

Innovation shows what's possible. Disciplined engineering creates products. Creative ideas matter only when they become reliable, manufacturable products that solve customer problems.

Think in systems. Optimize the product before the subsystem. Make tradeoffs that improve the complete system.

Engineering judgment matters. Apply the rigor the risk requires. Decide when enough evidence exists—and change course when better evidence emerges.

Design for reality. Design for manufacturing, validation, reliability, serviceability, safety, and cost from the beginning.

Raise the standard. Leave the products, engineering systems, and people around you better than you found them.

About the role

The best labs have someone everyone relies on, and almost nobody has to ask for. The bench is built before it's needed. The tool is where you left it. The fixture works the first time because someone thought it through in advance. That's this role.

You're not a support function bolted onto engineering; you're inside it. You'll build prototypes, build the benches and infrastructure engineers work on, keep the lab in a state where anyone can walk in and get to work, and support validation from setup through teardown. When five things need attention at once, that's a normal Tuesday, not a crisis.

No hand-off delays. No waiting on someone else to get the lab ready. You will not be measured by how busy you are, but by how much engineering moves faster because you’re here.

Areas of ownership

Prototype assembly and bench building

• Build prototype powertrains, subassemblies, fixtures, and test benches from engineering intent
• Support first builds alongside engineers
• Catch assembly issues early and flag practical fixes, not just problems
• Capture build observations that make the next design better

Engineering test support

• Prepare hardware for validation: instrumentation, wiring, plumbing, sensors, mechanical integration
• Support commissioning, debugging, and engineering investigations
• Operate lab equipment during development activities

Lab readiness

• Keep the lab organized, clean, and safe as a default state, not a cleanup event
• Manage inventory, consumables, fixtures, and prototype materials
• Prepare equipment and work areas ahead of need
• Support purchasing, receiving, and material organization
• Find and fix the small workflow frictions that slow engineering down

Equipment and tool stewardship

• Maintain lab equipment and prototype hardware: routine maintenance, inspection, calibration, minor repair
• Catch equipment issues before they interrupt someone's build
• Improve equipment documentation and operating procedures

Cross-functional support

• Work directly with Mechanical, Electrical, Test Systems, Manufacturing, and Program Management
• Translate engineering intent into high-quality builds
• Communicate build issues, risks, and observations clearly and early

Technical foundation

You'll likely have working knowledge of some mix of the following. We're less interested in checking every box than in judgment and hands-on capability.

• Mechanical assembly of electromechanical systems
• Precision measurement and inspection equipment
• Reading engineering drawings, assembly documentation, basic GD&T
• Hand tools, shop equipment, lab equipment
• Fastener installation and torque practices
• Wiring, plumbing, tubing, prototype integration
• Safe lab practices
• Inventory and material organization
• Basic calibration, equipment maintenance, troubleshooting

Experience

Relevant background helps: automotive, aerospace, robotics, industrial equipment, manufacturing, R&D labs, motorsports, or similar hands-on environments. Technical training, apprenticeship, military technical experience, or an associate's degree are all reasonable paths in.

We're open to candidates across experience levels and backgrounds. If you can point to something you built, fixed, or kept running and are proud of the standard you held yourself to, we want to talk to you.

What success looks like in year one

• Engineers trust the hardware you build, without double-checking it
• The lab runs better because you're in it, organization, tooling, documentation, all up a notch
• You've caught problems before they cost someone else a day
• People come to you when something needs to get done right and fast

Compensation and Benefits

US Salary Information

$65,000 - $173,000