Departments / Robotics & Autonomous Systems
Robotics software, perception, and mechatronics-AI research.
A developer-focused ROS role alongside our existing ROS Development internship — emphasising application-layer development on top of ROS infrastructure.
ROS/ROS2 · Python/C++ · Application architecture · Testing & debugging + 1 more
Automation from the mechatronics angle — integrating mechanical, electronic, and control systems into one automated whole, complementing our Mechatronics AI internship.
Mechatronics fundamentals · Control systems basics · Systems integration · Documentation + 1 more
Automation systems applied to industrial/manufacturing processes — PLCs, automated workflows — a distinct application domain from research robotics.
Industrial automation fundamentals · PLC/SCADA awareness · Documentation · Research skills + 1 more
The embedded-systems layer of robotics — microcontrollers, real-time constraints, low-level hardware interfacing for robotic platforms.
Embedded C/C++ · Microcontrollers · Real-time systems basics · Motor/sensor interfacing + 1 more
General robot software development beyond ROS specifically — control loops, state machines, and application logic for robotic systems.
Python/C++ · Control-loop fundamentals · State-machine design · Debugging + 1 more
Where mechanical/electronic systems meet AI reasoning — control systems, sensor fusion, intelligent automation — for students spanning hardware and AI.
Mechatronics fundamentals · Python/C++ · Sensor fusion basics · Control systems basics + 1 more
Applying our computer-vision research to robotics perception — object detection, tracking, navigation-relevant vision — bridging two of our core research areas.
Python · OpenCV · Deep learning for vision (PyTorch/TensorFlow) · Robotics perception basics + 1 more
Hands-on Robot Operating System (ROS) development — nodes, topics, simulation — for students building real robotics-software skill.
ROS/ROS2 · Python or C++ · Gazebo/RViz simulation · Sensor integration basics + 1 more