We are looking for a passionate Robotics Engineer to join our robotics and autonomous systems team. The role involves developing, testing, and deploying intelligent robotic systems that combine AI, computer vision, autonomous navigation, perception, sensor fusion, robotics software, and real-world hardware integration.

This position offers hands-on exposure to Autonomous Mobile Robots, Physical AI technologies, ROS2-based robotics systems, edge AI deployment, and real-world field challenges, with an opportunity to grow into a full-time engineering role.

Key Responsibilities:

Robotics Software & Autonomous Systems

Assist in developing and testing robotic software modules for autonomous navigation, SLAM/VSLAM, localization, mapping, path planning, obstacle avoidance, motion planning, and robot behaviour execution using ROS2 and related frameworks.

Physical AI & Robotics AI

Support the development of AI-enabled robotic systems that allow robots to perceive, understand, decide, and act in real-world environments.

Work on perception-driven decision-making, human-aware navigation, intelligent obstacle handling, behaviour planning, and autonomous task execution.

Computer Vision & AI

Support development and deployment of computer vision solutions such as object detection, image processing, pose estimation, tracking, camera calibration, visual perception, and AI model integration.

Work with tools such as OpenCV, YOLO, PyTorch, TensorFlow, ONNX, TensorRT, CUDA, and edge AI platforms.

Hardware Integration & System Validation

Assist in integrating LiDARs, cameras, IMUs, encoders, motor controllers, embedded systems, and edge computing platforms such as NVIDIA Jetson, Raspberry Pi, Arduino, and STM32.

Support system validation, sensor calibration, robot debugging, and troubleshooting of hardware-software interactions.

Testing, Field Deployment & Optimization

Participate in robot testing, calibration, debugging, field trials, customer-site deployments, data collection, and performance optimization.

Analyse robot logs, rosbag data, sensor outputs, navigation issues, perception errors, and real-world deployment observations to improve system reliability.

Requirements

Benefits