Skip to main content

AeroVect

Integration Engineer

Atlanta - OnsitefulltimemidAdded today

About this role

AeroVect seeks an Integration Engineer to validate autonomous ground handling systems through field testing, sensor evaluation, and software troubleshooting at deployment airports. You'll bridge engineering and operations, executing test programs, managing fleet health, and training junior operators while working with cutting-edge autonomous vehicle technology.

What you'll do

  • Evaluate and validate sensors and hardware through structured test programs
  • Execute supervised autonomy testing and release-level validation runs
  • Troubleshoot and fix minor software bugs in the autonomy stack during field operations
  • Collect data for edge-case maneuvers, sensor profiling, obstacle avoidance, and controller tuning
  • Maintain fleet software through updates, patches, and configuration management; monitor fleet health and triage issues
  • Train Test Operators and document test results and field observations for engineering feedback

What they're looking for

  • Systems integration and hardware/software validation
  • LiDAR, cameras, radar, GPS/GNSS sensor experience
  • Linux and command-line tools
  • Software log analysis and debugging
  • ROS2 or robotics middleware
  • Autonomous vehicle platform architecture
  • Python or C++ for scripting
  • Technical documentation and mentoring
Apply with Autofill

Opens the application — the Jobs AI extension fills it for you. Set up autofill

Opens the official application on the employer’s site. No login required.

AeroVect

AeroVect builds autonomous ground handling systems for airport operations, deploying robotic platforms to enhance baggage and aircraft towing logistics. The company is hiring Integration Engineers, Software Engineers, Test Engineers, and Platform Engineers to develop, validate, and operate its autonomous vehicle fleet.

View all jobs at AeroVect

Likely interview questions

  • Describe your experience troubleshooting sensor failures in robotic or autonomous systems—how did you identify root causes?
  • Walk us through your approach to validating a new hardware component before production deployment.
Unlock all 7 questions free — and practice them live →