Staff Avionics Systems Engineer

ReaxiomaticSan Diego, CA
Onsite

About The Position

Reax is hiring a Staff Avionics Systems Engineer to own the engineering of complete avionics systems from architecture through integration and test. This role exists to turn program intent into reliable, low-cost, flight-relevant hardware systems on extremely short timelines, where schedule, cost, reliability, regulatory path, and technical performance must be traded together rather than optimized in isolation. The work will require pulling together COTS and custom components across RF, compute, data handling, sensing, power, wiring, and command-and-control interfaces; integrating those components into a larger aircraft or mission system; and producing architectures that are simple, inspectable, maintainable, and credible to internal engineering teams and external stakeholders.

Requirements

  • Demonstrated rapid delivery of low-cost, reliable avionics hardware systems in aerospace, defense, automotive, industrial, robotics, or another hardware-intensive environment where systems had to work outside a lab.
  • Deep practical understanding of one or more avionics-relevant subsystems, such as command and data handling, RF communications, LOS/BLOS data links, embedded compute, power management, sensing, wire harnessing, or aircraft electrical integration.
  • Ability to reason from first principles about system safety, reliability, latency, data integrity, RF performance, power behavior, and operational constraints rather than relying only on inherited requirements or standard approaches.
  • Experience making technical trades across cost, schedule, reliability, maintainability, regulatory burden, and performance.
  • Ability to work across disciplines without waiting for every interface, requirement, or organizational boundary to be fully defined.

Nice To Haves

  • Demonstrated delivery of a simple, reliable, full-stack avionics hardware system integrating aerospace, industrial, automotive, telecom, or embedded hardware depending on the use case.

Responsibilities

  • Defining the system
  • Making trade decisions
  • Coordinating with adjacent engineering functions
  • Managing subsystem budget and schedule
  • Ensuring the delivered system meets program intent with confidence, polish, and maintainability
  • Developing the subsystem in a scrappy and iterative manner while maintaining the level of technical clarity, analytical rigor, and professionalism required to support internal decision-making and external customer confidence
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