Robotics and autonomous systems
The Robotics and Autonomous Systems lab focuses on the application of robotics and automation for industry. Through the testing and development of a range of mobile robotics, quadrupeds, underwater ROVs (remote operated vehicles), co-bots and autonomous all-terrain vehicles, our team of RAS Engineers and researchers are exploring ways that companies, from SMEs to large international conglomerates, can adopt robotic solutions to improve efficiency, staff safety and reduce costs.
The RAS team works closely with industry partners to address real-world challenges. This collaboration fosters innovation, enabling companies of all sizes to access state-of-the-art technology. From automating repetitive tasks in factories to enhancing the safety of offshore wind farms with autonomous inspection systems, RAS technologies have the potential to revolutionise the way businesses operate. Our facilities provide a controlled environment where companies can trial and refine robotic systems before full deployment.
By bridging the gap between academia and industry, the National Robotarium accelerates the development of market-ready robotics. This partnership approach allows us to turn theoretical breakthroughs into practical solutions, supporting sectors such as logistics, healthcare, and agriculture to adopt robotics as a core component of their operations.
Our areas of expertise

Expo City Dubai and Heriot-Watt University collaborate to create UAE Robotarium
Scotland and the United Arab Emirates are collaborating to launch the first Robotarium in the Middle East, driving innovation in robotics and artificial intelligence (AI).

Quadruple success for Heriot-Watt in Scottish Knowledge Exchange Awards shortlist
Quadruple success for Heriot-Watt University shortlisted with four entries in the 2025 Scottish Knowledge Exchange Awards organised by Interface

RAS Technicians supported through new UK-wide network
The National Robotarium is a partner in UKRAS-STEPS, a 3-year project to support the training and development for Robotics and Autonomous System technical research staff.
Related themes and projects

Human-robot interaction
The human-robot interaction (HRI) labs explore how humans interact with robots in everyday settings. Our research spans conversational robots, assistive technologies, and sensor-driven systems that promote independent living. We aim to build human trust in robots by developing user-centered systems that improve health and well-being, supported by real-life testing environments like the Laboratory for Robotic Assistive Living (LARA).

Manufacturing and industry
We're collaborating with industry to digitally map manufacturing processes. This approach will help to develop universally applicable solutions, enhancing sustainability across various sectors, such as the brewing and distilling industries.

Prolonging life independence in healthy ageing
Our Healthy Ageing initiative uses innovative engineering to extend quality life years. Decentralised, connected technologies empower senior citizens for prolonged independence and improved quality of life.

Robotics for industry-led challenges
Thermo Fisher Scientific, The National Robotarium and Edinburgh Business School at Heriot-Watt University joined forces to roadmap the transition to advanced robotics