Lead and grow a team of mechanical engineers for drone platform design at a leading AI infrastructure company.
Posted by employer 15 hours ago
First seen on Joblaze 8 hours ago
Last verified on the company career page 8 hours ago
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Not disclosed in this posting: compensation, visa sponsorship.
Joblaze summary
In the role of Senior Manager for Mechanical Engineering focused on drones, the individual will lead a team in the mechanical design and integration of drone platforms, overseeing everything from airframe structures to full aircraft assembly. Key skills include extensive experience in hardware design, particularly for flight vehicles, and proficiency in CAD tools like SolidWorks. This position is suited for a seasoned professional with over a decade of experience in mechanical engineering and team leadership, ideally within the aerospace or drone sectors. The company emphasizes a hands-on approach, fostering a culture of rapid prototyping and cross-functional collaboration.
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From the original posting
As the senior Mechanical Engineering Manager, Drone, you will lead and grow the team responsible for the mechanical design of our drone platforms, from airframe and structures through full aircraft integration. You will own the mechanical engineering roadmap for our uncrewed aircraft, hire and develop a team of mechanical engineers, and work hands-on with your team through the full product design lifecycle, from concept and prototype through flight test and production.
Build and lead a team of mechanical engineers responsible for the airframe, fuselage, wings or rotor arms, landing gear, and structural components of our drone platforms
Set technical direction on the tradeoffs between weight, strength, aerodynamics, flight time, and payload capacity that determine whether an aircraft flies well
Guide your team's integration of propulsion, batteries, avionics, and payloads into the airframe, including packaging, mounting, cooling, and cable routing
Oversee structural, thermal, and vibration analysis across the team, and use flight and test data to validate and improve designs
Drive a culture of rapid prototyping: build, assemble, and iterate on real hardware, and support flight testing and field operations alongside your team
Lead failure and crash investigations, drive root cause analysis, and turn lessons into design improvements across the team
Own design, analysis, and validation quality at the component, assembly, and fully integrated aircraft level
Champion design for manufacturability, repairability, and field serviceability across your team's work
Hire, mentor, and grow mechanical engineers, and manage their performance and career development
Partner cross-functionally with autonomy, avionics, electrical, software, and flight test leaders to ensure designs meet mission requirements
BS/MS in Mechanical Engineering, Aerospace Engineering, or a related field
12+ years of experience designing hardware and shipping products, ideally for drones, UAS, or aircraft
7+ years of experience leading and managing mechanical engineering teams
Hands-on experience designing flight vehicles or flight-critical structures, such as airframes, wings, fuselages, rotor arms, or landing gear
Strong understanding of what makes an aircraft fly: weight, structures, aerodynamic loads, stability, and propulsion integration
Experience designing lightweight structures, including composites, carbon fiber, and aerospace-grade metals
Experience with design for manufacturing across methods such as CNC machining, composite layup, sheet metal, and additive manufacturing
Proficiency in CAD, SolidWorks preferred, for 3D design and modification
Track record of hiring, developing, and retaining strong engineering talent
Experience supporting flight test and field operations, including setting up devices under test and writing clear documentation for test, maintenance, safety, and team processes
Experience designing, drawing, and prototyping custom cable harnesses
Demonstrated experience in FEA/CAE (structural, thermal, vibration, and shock)
Hands-on experience shipping high-complexity hardware in both early-stage startup (0 to 1) and mass-production environments
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