ROBOXIAbout Our Client Roboxi builds autonomous robots that keep airports safer and more efficient by automating critical inspection tasks like detecting debris on runways and checking fence integrity.
Their robots are already deployed locally at Sola Airport and internationally, and we're now expanding their perception capabilities as we move from proof-of-concept to scalable production.
We're looking for a Computer Vision Engineer who wants real ownership, real autonomy, and the chance to see their algorithms running on robots in the field.
What You'll DoYou'll be a core contributor to the perception pipeline that allows our robots to understand and interact with the world.
Your work will span algorithm development, sensor integration, and performance tuning on a deployed robotic platform.
Vision & Perception Development
Develop algorithms for detection, segmentation, tracking, and 3D perception
Build real-time vision pipelines robust to outdoor conditions
Create tools for data collection, annotation, and evaluation
Tune models for accuracy, stability, and field performance
Imaging & Sensor Integration
Work hands-on with cameras, optics, illumination, and filters
Collaborate on sensor placement and calibration with mechanical and electrical engineering teams
Maintain calibration and configuration across deployed robots
Software Engineering & Deployment
Develop maintainable vision software in Python and/or C++
Integrate perception into the robot software stack (ROS/ROS2 or custom)
Optimize algorithms for on-device and embedded execution
Validate performance using real airport data and controlled datasets
You'll collaborate daily with senior software, robotics, electrical, and mechanical engineers, and you'll have a direct reporting line to the CTO.
Solid experience in computer vision or perception (2D/3D, detection, segmentation, or similar)
Hands-on work with real imaging hardware (cameras, optics, illumination)
Strong Python and/or C++ skills
Experience with frameworks like OpenCV, PCL, or deep learning stacks (PyTorch/TensorFlow)
Ability to take ideas from prototype to field-ready, practical solutions
Comfortable working across code, lab setups, and real hardware
Sensor fusion (vision + IMU/LiDAR)
GPU acceleration or optimization experience
Experience developing custom imaging setups
Immediate real-world impact: your algorithms directly improve airport safety and efficiency
Robots already deployed → you'll work on systems used in production, not research demos
flat structure with strong support from senior engineers
Collaborative, experimental culture:
challenge ideas, test hardware, build quickly
Multidisciplinary team: 11 developers, plus mechanical/electrical/robotics experts
Interested?
Click 'Apply' If you have any questions, feel free to reach out to Pamela at or
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