Robotics-AI Engineer

We are seeking a forward-looking Robotics-AI engineer who is passionate about developing robotics and autonomy technologies for real-world challenges, to join our team. In this role, you will develop, integrate and deploy AI-driven autonomy capabilities that enable autonomous platforms to operate effectively in complex, multi-domain, unstructured environments. You will work across areas such as robot perception, autonomous navigation, multi-robot and swarm coordination and learning-based robotics, translating research into robust solutions for the real-world applications. You will have the opportunity to design algorithms, build and test robotics systems, conduct field experiments and collaborate closely with specialists in robotics, AI and systems engineering. Responsibilities • Design and develop capabilities in areas such as perception, localisation, mapping, navigation and mission autonomy • Explore and apply AI (deep learning, reinforcement learning and foundation-model-based approaches) to robotics problems • Lead software & hardware integration, ensuring seamless operation of robotic systems. Conduct comprehensive testing, from simulations to field trials, both locally and internationally. • Analyse autonomy stack and algorithm performance and improve robustness, reliability and real-time performance of autonomous behaviours. • Collaborate with leading researchers globally, translating research breakthroughs into deployable robotics capabilities. Requirements • Degree/Masters in Robotics, AI, Computer Science, Computer Engineering or a related discipline. • Hands-on experience in robotics development, including both software and hardware integration. Experience with robotics frameworks such as ROS 2 and simulation platforms. • Strong programming skills preferably python and/or C++ • Experience deploying algorithms on real robotics platforms is highly desirable • Strong communication and interpersonal skills, with the ability to work effectively in a team environment. • An eager learner who is curious and passionate about tackling open-ended autonomy problems.