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About

Newcastle University has established itself as a globally recognized research powerhouse at the intersection of robotics, autonomous systems, healthcare technology, and neural engineering. With a distinctive emphasis on translating cutting-edge robotics research into real-world clinical and societal impact, the university's work spans rehabilitation robotics, surgical robotics, bio-inspired computing, and prosthetics — making it a compelling destination for researchers and students passionate about technology that genuinely transforms lives. Central to Newcastle's identity is its pioneering work in robot-assisted stroke rehabilitation. The landmark RATULS multicentre randomised controlled trial — one of the largest studies of its kind with nearly 500 citations — rigorously evaluated robotic training systems including MIT-Manus, building on decades of earlier work developing powered upper-limb orthoses and the GENTLE/S neurorehabilitation platform. This sustained commitment to evidence-based rehabilitation robotics has positioned Newcastle as a world leader in the field. The university's Neural Engineering Research Group has made seminal contributions to brain-spinal cord interfaces, myoelectric prosthetic control, and closed-loop spinal cord stimulation for restoring hand function after paralysis, attracting significant international recognition. Complementing this, Newcastle researchers have pioneered bio-inspired collision detection systems modelled on the locust's LGMD neuron, influencing autonomous vehicle safety research worldwide. In surgical robotics, Newcastle has produced influential health technology assessments and systematic reviews evaluating robotic-assisted laparoscopic procedures, directly shaping NHS clinical and cost-effectiveness policy. The university's growing work on social telepresence robots for elderly care and its high-impact contributions linking autonomous systems to the UN Sustainable Development Goals further demonstrate a breadth of vision that extends robotics research far beyond the laboratory, offering prospective collaborators and students a uniquely impactful research environment.