Neuro-developmental robotics
Developing robots that can model, simulate, and refine actions before execution to improve human-robot interaction and task performance.
Our internationally recognised research in neuro-developmental robotics studies how machines can learn like children, while our socially assistive robotics work designs systems that support healthcare and social workers in caring for children, older adults, and people with disabilities.
A RoboCup-inspired service robotics event hosted by Sheffield Hallam University. The page includes event details, the restaurant task brief, and the expression-of-interest form for teams, presenters, judges, and partners.
Dates
20-21 June 2026
Venue
Hospitality Training Restaurant, Owen Building
Format
Competition rounds, demos, posters, and community exchange
Opening day starts on Saturday 20 June 2026 at Sheffield Hallam University.
Countdown to the opening morning of the event.
From mental imagery in robots to socially aware service systems, our projects connect cognitive AI, embodied learning, and practical healthcare robotics.
Neuro-developmental robotics
Developing robots that can model, simulate, and refine actions before execution to improve human-robot interaction and task performance.
Socially aware service robotics
An MSCA Industrial Doctoral Network training researchers to build service robots that can perceive, interpret, and respond appropriately to humans.
Neuromorphic systems
Combining developmental robotics and neuromorphic computing to support real-time autonomous learning in embodied robotic systems.
Healthcare robotics
Developing robotic systems that encourage and support active ageing through monitoring, social engagement, and personalised health support.
Embodied intelligence
A research network bringing together researchers, clinicians, and partners to advance embodied intelligence for healthcare robotics.
Assistive robotics
Exploring AI-assisted caregiving systems that support healthcare workers and older adults through monitoring, interaction, and assistance.
Healthcare innovation
Creating intelligent robotic systems that work alongside healthcare professionals to improve patient care and rehabilitation outcomes.
We welcome collaborations with academic institutions, industry partners, and students interested in advancing intelligent robotics. Join our multidisciplinary team working on cutting-edge research in neuro-developmental and socially assistive robotics.