22 Sep
|
SKEYEBOTS
|
India
Computer Vision Engineer
SKEYEBOTS | Bengaluru, India | Full time | Hybrid
About SKEYEBOTS
SKEYEBOTS builds AI-driven autonomous systems for unmanned platforms operating across aerial, ground, and maritime environments — where perception failures are not an option.
We are a well-funded, rapidly scaling deep-tech organisation with engineering operations across India.
The Role
We're looking for a Computer Vision Engineer to design, implement, and optimise vision-based perception systems for autonomous robotic platforms. You'll work closely with our autonomy, controls, and UI teams to integrate CV pipelines with flight/robot control stacks and build the visual interfaces operators use to monitor them.
This is an immediate opening — candidates who are able to join right away will be prioritised.
What You'll Own
Design and implement computer vision algorithms (object detection, tracking, SLAM, visual odometry, feature matching) for real-time robotic applications
Integrate CV pipelines with ROS/ROS2-based systems, including sensor drivers, message pipelines,
and custom nodes
Work with the PX4 flight stack for UAV/drone autonomy — sensor fusion, state estimation, and vision-aided navigation
Develop QML-based UI/HMI components for visualising detections, telemetry overlays, and operator dashboards
Write performance-critical code in C++ and prototype/validate algorithms in Python
Optimise CV pipelines for embedded/edge hardware (latency, memory, power constraints)
Collaborate with hardware and controls teams on camera/sensor selection, calibration, and synchronisation
Write unit/integration tests and maintain CI pipelines for perception modules
Debug and troubleshoot in both simulated (Gazebo/SITL) and field environments
What We're Looking For
Required
2–3 years of skilled experience in computer vision or robotics perception
Solid proficiency in C++ and Python
Hands-on experience with ROS or ROS2 (nodes, topics, services, tf/tf2, launc
📌 Computer Vision Engineer Yelahanka (India)
🏢 SKEYEBOTS
📍 India