Build Development Lead

ZiplineSouth San Francisco, CA
Onsite

About The Position

Build Development bridges engineering and scalable manufacturing for complex electromechanical hardware supporting development, validation, production, remanufacturing, and field operations. As Build Development Lead, you will own daily build direction and readiness so evolving designs become safe, repeatable hardware. This is a hands-on technical leadership role on the build floor. You will lead technicians, resolve execution blockers, and provide Engineering and Manufacturing feedback that improves recovery quality and manufacturing readiness. Success means work starts with the required hardware, tooling, documentation, and configuration; recovered hardware is validated before release; and proven methods can transfer into repeatable execution.

Requirements

  • 6+ years of hands-on experience building complex electromechanical hardware in UAV/drone, aerospace, robotics, automotive, manufacturing, or a comparable hardware environment.
  • Experience leading technicians or serving as a technical lead in prototype, NPI, validation, production, or remanufacturing.
  • Strong troubleshooting depth across mechanical, electrical, test, and integrated hardware systems.
  • Hands-on experience with complex assemblies and system integration, including wiring, soldering, composites, machining, test equipment, or fixtures.
  • Ability to interpret mechanical drawings, electrical schematics, BOMs, work instructions, and technical documentation.
  • Ability to work hands-on on the build floor while balancing changing priorities across development, validation, production, and recovery work.
  • Technical judgment to protect safety, craftsmanship, documentation quality, traceability, and configuration control while coaching others.

Responsibilities

  • Lead, coach, and develop Build Development Technicians through hands-on technical mentorship and daily execution support.
  • Set daily priorities across engineering builds, validation activities, production needs, and critical hardware recoveries.
  • Own build readiness by confirming hardware, tooling, documentation, staffing, and configuration are in place before work proceeds.
  • Build, integrate, validate, rework, recover, and troubleshoot complex electromechanical hardware across its development and manufacturing lifecycle.
  • Make day-to-day execution decisions within established processes and escalate technical, quality, or configuration issues requiring cross-functional resolution.
  • Partner with Engineering, Manufacturing Engineering, Validation, Production, Supply Chain, and Field Operations to remove blockers and close technical issues.
  • Standardize build methods, tooling, work instructions, and documentation to improve repeatability, traceability, and manufacturing readiness.
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