Flight Operation Engineer

Harmattan AI•Austin, TX
•Onsite

About The Position

As a Flight Operations Engineer, you will be the bridge between our R&D lab and the operational field. You are responsible for the "last mile" of our technology: demonstrating capabilities to global defense partners, training end-users on complex autonomous systems, and conducting final field validation. This role requires a unique combination of elite piloting skills, hands-on hardware engineering and high degree of technical autonomy.

Requirements

  • 2–5 years of experience in flight operations, flight testing or validation on aerospace or robotic systems, or embedded robotics.
  • Proven track record in the end-to-end assembly, integration, and maintenance of high-performance FPV, multicopters and/or Fixed-Wing systems.
  • Wide engineering culture around flight dynamics, control systems, avionics, and/or RF systems.
  • Detail-oriented with excellent documentation and organizational skills.
  • Strong communication and leadership skills, with the ability to motivate and guide teams toward success.
  • Proven ability to simplify complex technical concepts for training and public presentations.
  • Comfortable with a dynamic schedule that requires frequent international presence.

Nice To Haves

  • Pilot certification
  • Experience with military or industrial drone platforms.

Responsibilities

  • Plan and execute real-world test campaigns to validate performance, reliability, and edge-case behaviors of new hardware and software releases.
  • Lead high-stakes live flight demonstrations for defense stakeholders, showcasing mission-specific capabilities in diverse environments.
  • Deliver comprehensive training programs to ensure clients can safely and effectively operate Harmattan AI systems covering flight theory, autonomous mission planning, and emergency procedures.
  • Work closely with hardware, software, and systems teams to support debugging and iteration based on test outcomes.
  • Execute the deployment and the tactical logistics of autonomous systems, managing the end-end integration of command-and-control (C2) infrastructure and RF data links in complex, real-world environments to ensure 100% mission readiness.
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