Skip to main content

AeroVect

Mapping Engineer

Atlanta - OnsitefulltimemidAdded today

About this role

AeroVect seeks a Mapping Engineer to build and maintain high-definition maps for autonomous airport tractors. You'll own the full lifecycle of mapping requests—from intake through validation in simulation and on hardware—using tools like JOSM and Lanelet2 in a hands-on, onsite Atlanta role.

What you'll do

  • Manage mapping request queue end-to-end: intake, clarify requirements, scope work, and communicate progress
  • Create and edit HD maps (lanes, intersections, routes, regulatory elements) using JOSM and in-house Lanelet2 tooling
  • Submit map changes via pull requests through the repository, ensuring validation and connectivity checks pass in Map CI
  • Validate changes in simulation and conduct hardware testing on autonomous tractors in Atlanta
  • Document testing results with evidence (sim videos, diffs, test reports)
  • Maintain map consistency and scalability through documentation, deduplication, and vendor coordination

What they're looking for

  • HD map creation and editing (Lanelet2, OpenStreetMap)
  • Git and pull-request workflows
  • Python scripting
  • Linux command-line proficiency
  • JOSM or similar GIS mapping tools
  • Simulation and validation testing
  • Technical documentation and written communication
  • Strong attention to detail and methodical problem-solving
Apply on the employer's site

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

  • Walk us through how you'd handle a mapping request from intake to deployment—what steps would you take to ensure accuracy and safety?
  • Tell us about a time you caught a mistake or inconsistency in detailed, repetitive work. How did you prevent it from happening again?