Pneuma explores the creation of lightweight, shape-morphing structures designed to deliver immersive sensory experiences in public spaces. By integrating robotics with flexible materials, Pneuma forms an intelligent and dynamic system capable of autonomously adapting its shape in response to human movements and pulse rates. The structure operates with minimal resource requirements, utilizing robotically actuated bending-active tensile and pneumatic hybrid systems to morph and reconfigure in real time. This adaptive response is controlled through an advanced cyber-physical framework, ensuring precise and fluid interactions between the structure and its environment.

The project’s goal is to develop a human-scale, self-deploying soft robotic space that uses human breath as a medium to integrate emotions, sounds, and atmosphere. Pneuma not only enhances human engagement through its responsive and interactive nature but also serves as a therapeutic and sensory environment by collecting and reflecting health data, such as heart rate, back to the users. The research pushes the boundaries of structural flexibility, opening new possibilities for creating interactive spaces that support well-being and enhance human activities in various public settings, both indoors and outdoors.

Project developed within Bartlett School of Architecture AD Research Cluster 2
Installation, 4.5m diameter 

Awarded the Gold Medal for Architectural Design

Exhibited at the Bartlett School of Architecture Autumn Show 2024