Shape-Changing Environments for Health and Well-being

The project will design and perform pilot studies exploring how robotic environments can enhance human well-being

This pilot project investigates how large-scale elastic robotic structures (ERS) can enhance wellbeing through dynamic spatial interaction. Focusing on ELAmorph—a 4-metre-high soft robotic panel capable of real-time shape transformation—the study explores how such environments influence spatial perception and emotional regulation in neurodiverse individuals. Conducted at UCL’s PEARL facility, the project combines physiological monitoring and experiential feedback to assess responses to shifting spatial configurations.

The interdisciplinary team brings together expertise in robotics, inclusive design, and human-environment interaction to develop foundational methodologies for future research. Anticipated impacts include informing the design of adaptive, inclusive public spaces and shaping the emerging field of intelligent environments. Public engagement and collaboration with stakeholders such as CVAN will help identify broader applications, including in healthcare, education, and the arts.

The project aims to catalyse a more human-centred approach to responsive environments, grounded in lived experience and physiological insight.