Human-robot interaction

Our Human-Robot Interaction labs are specially-designed reconfigurable experimental spaces for studying how humans interact with and respond to robots. Research in the group ranges from conversational robots with multimodal language learning to the use of sensors and IoT (Internet of Things) to provide assistive living support and monitor wellbeing. The team address scientific and technical challenges that underpin the next generation of user-centred healthy ageing and independent living systems, including how to build human trust in robots to encourage adoption.

One of the central aims of HRI research is to build trust between humans and robots. This is achieved by focusing on intuitive interfaces, clear communication systems, and adaptive behaviours that make robots easier to understand and use. For example, our conversational robots can assist with tasks in healthcare or elderly care, providing support while also responding to emotional cues. These systems promote independent living and improve the quality of life for vulnerable populations, particularly through projects like those undertaken in the Laboratory for Robotic Assistive Living (LARA), where technologies are tested in real-world environments.

Collaboration with social scientists, designers, and healthcare professionals ensures that our HRI technologies are developed with a holistic understanding of human needs. By fostering trust, our work aims to make robotics an accepted and valued part of everyday life, improving social and economic outcomes.