Robotics and Artificial Intelligence are transforming the world around us, from self-driving vehicles and surgical robots to smart factories and precision agriculture. As industries embrace automation and intelligent systems at scale, there is a fast-growing global demand for engineers who can design, build and integrate these technologies.
The MSc Robotics and Artificial Intelligence has been developed to meet the global demand for engineers who can combine advanced AI, machine learning and systems theory with the practical skills to design and implement real robotic solutions. Around the world, employers are reporting significant skills shortages in automation, robotics and intelligent systems and this programme directly addresses that gap.
Students will gain the multidisciplinary knowledge needed to thrive in this rapidly evolving field and lead innovation across a wide range of sectors.
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This extensive programme blends fundamental theory with hands-on application across key areas including Robotics, Artificial Intelligence, Machine Learning, Mathematics, Mechatronics, Computer Vision, and Control, Estimation and Identification of Dynamical Systems.
Students will develop both conceptual understanding and practical expertise, applying AI and systems-theoretic knowledge to create intelligent, responsive and autonomous engineering solutions. The course provides the tools and experience required for success in both industry and advanced research environments.
This is a future-focused, industry-aligned programme designed to equip students with the skills, insight and confidence to shape the next generation of intelligent technologies. It combines deep technical learning with project-based experience that reflects the way robotics and AI are transforming modern engineering.
Graduates will be ready for global careers in sectors such as advanced manufacturing, aerospace, healthcare, agritech, energy and transport. Typical roles include Robotics Engineer, AI/Machine Learning Engineer, Mechatronics Engineer, Control Systems Engineer, and Computer Vision Specialist.
Students will learn from world-leading academics and research-active staff working at the forefront of robotics, AI and control. They’ll benefit from access to specialist facilities, dedicated robotics labs, and strong links with global industry and research partners joining a vibrant community committed to driving intelligent innovation worldwide.
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Queen's offers opportunities for work placements, industry-led programmes and ground breaking research projects. 94.4% of Queen’s graduates are in employment or further study six months after graduation
Be taught by world-leading researchers and experts in their field in state-of-the-art facilities. 19 Queen’s subjects in the top 200 in the world (QS World Rankings by subject 2024)