
The Opportunity
This role owns major aircraft systems from early architecture through flight operations.
You will lead the design and development of critical mechanical systems across autonomous aircraft platforms, driving decisions that directly impact aircraft performance, reliability, manufacturability, and operational capability.
This role requires deep technical judgment, strong first-principles engineering, and the ability to move quickly through design, integration, testing, and iteration. You will work across structures, mechanisms, integration, and vehicle-level design challenges while helping guide technical direction across the broader mechanical organization.
You will collaborate closely with electrical, autonomy, manufacturing, and flight teams to develop flight-ready hardware and solve system-level problems in a fast-moving development environment.
The ideal candidate has experience leading complex hardware development programs in aerospace, robotics, automotive, or other high-performance mechanical systems.
Lead the design and development of aircraft structures, mechanisms, and integrated mechanical systems
Own major hardware systems from concept through flight testing and production release
Make system-level tradeoffs across weight, manufacturability, reliability, performance, and operational constraints
Drive CAD development, drawing release, and engineering documentation
Support aircraft integration, prototype builds, and flight test activities
Work closely with manufacturing teams to improve assembly processes and production readiness
Troubleshoot hardware issues identified during integration, testing, and flight operations
Collaborate across mechanical, electrical, software, manufacturing, and flight teams to deliver integrated aircraft systems
Mentor engineers and help raise engineering standards across the organization
Bachelor’s degree in Mechanical Engineering or related field
8+ years of experience developing complex mechanical systems
Strong CAD experience, preferably in SolidWorks or similar tools
Experience owning hardware through the full product lifecycle from concept through deployment
Strong understanding of structures, materials, manufacturing processes, and mechanical integration
Hands-on experience with prototyping, testing, and hardware debugging
Ability to make sound engineering decisions under aggressive timelines and operational constraints
Strong communication and cross-functional collaboration skills
Experience leading technical projects or mentoring engineers
Experience with aerospace, UAV, robotics, or autonomous systems
Experience designing lightweight structures or composite assemblies
Familiarity with rapid hardware iteration and low-volume aircraft production
Experience supporting flight test or operational deployments
Experience with FEA, GD&T, or tolerance analysis
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Between 10 - 100 employees
2017
$21,120,000
Debt Financing
$5,000,000 USD
Series A
$15,000,000 USD
Pre Seed
$120,000 USD
Seed
$1,000,000 USD