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CX2

Avionics Systems Engineer

El Segundo, CA$130k–$175kfull time, permanentmidAdded today

About this role

CX2 seeks an Avionics Systems Integration Engineer to integrate and verify flight-critical hardware, software, sensors, and communications systems for advanced unmanned aircraft and defense platforms. You'll own the full lifecycle from integration through ground and flight testing, working cross-functionally in a fast-paced environment.

What you'll do

  • Integrate flight-critical avionics hardware, mission systems, sensors, payloads, and communications equipment into operational aircraft
  • Perform verification testing and troubleshooting at component, subsystem, and UAS system levels
  • Conduct ground and flight testing to ensure operational readiness and system performance
  • Diagnose and resolve technical issues across avionics, electrical, and networked systems
  • Collaborate with cross-functional engineering teams in rapid, iterative development cycles
  • Drive continuous improvement of integration and testing processes

What they're looking for

  • Avionics systems integration and verification
  • Flight-critical hardware and electrical systems expertise
  • Linux-based embedded systems and networked device experience
  • Unmanned aircraft systems (UAS) knowledge
  • Hardware troubleshooting and diagnostics
  • Ground and flight test execution
  • Technical problem-solving and independent analysis
  • Cross-functional team collaboration
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CX2

CX2 develops electromagnetic spectrum control and spectrum dominance solutions for defense applications, including AI-enabled detection systems and RF hardware. The company is hiring Signal Processing Engineers and RF Hardware Engineers to design advanced signal processing and radio frequency systems for communications, radar, and navigation.

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Likely interview questions

  • Describe your experience integrating avionics hardware and software into unmanned aircraft systems. What were the biggest challenges?
  • Walk us through a time you diagnosed and resolved a complex issue spanning multiple subsystems in an avionics environment.
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