Drimva

Anduril

Technical Operations Engineer, Maneuver Dominance

$113K–$155K

Costa Mesa, California, United States · Full-time · Posted Jul 1, 2025

Experience
Extensive hands-on technical experience; no specific number of years stated.
Education
Bachelor's degree in aerospace engineering, mechanical engineering, or related discipline (preferred).

About the job

Bridges product engineering and deployed operations for autonomy-enabled UAVs, supporting field deployments, mission employment, sustainment, and autonomy testing and demonstrations.

What you'll do

  • Stand up forward-deployed operations in austere environments and support successful product use and long-term sustainment.
  • Support vehicle autonomy development through test events and customer demonstrations.
  • Coordinate across engineering teams and customers; troubleshoot systems and train peers or customers.

What they ask for

  • Hands-on technical experience in field operations, manufacturing, or testing, plus prior military or defense-contractor experience in a listed aircraft, network, or maintenance role.
  • Understanding of flight operations, aircraft systems, and sensors; operationally relevant deployment experience.
  • Experience troubleshooting hardware/software/operations issues, performing log-based root cause analysis, and working with engineering teams and customers.
  • Willingness to travel up to 80%, work extended hours, meet deployment health requirements, and obtain and maintain an active U.S. Top Secret security clearance.

Nice to have

  • Bachelor's degree in aerospace engineering, mechanical engineering, or a related discipline; or hands-on professional experience with developmental weapon or missile systems on manned and/or unmanned aircraft.
  • Experience with autonomy, ground-based air defense, air-breathing propulsion, aircraft or launch-vehicle flight-line operations, or munitions handling.

Pay

$113,000 — $155,000 USD (base salary)

Tools

Python, Rust, MATLAB, IP Networking, MANET, SATCOM

AI focus

Supports development and testing of vehicle autonomy, including potential work with behavior trees, computer-vision models, and multi-vehicle operation.

Model-written summary · the original posting is authoritative

First seen Oct 15, 2026 · Last verified Nov 5, 2026 (UTC)