Abstract
Project Circle is an innovative gaming platform designed to enhance the well-being of children with cognitive and physical disabilities through collaborative play and touch-based interaction. Developed in partnership between The Ohio State University and Nationwide Children’s Hospital, the project integrates Human Body Communication (HBC) technology with wearable sensors to enable meaningful touch interactions. By facilitating social connections among children, caregivers, and peers, the platform aims to reduce isolation and foster emotional engagement. The wearable technology consists of transmitters and receivers that detect various types of touch, relaying signals via Bluetooth to an interactive game system. The flagship game, ‘Escape from Planet 9,’ utilizes these touch inputs to create an intuitive and cooperative gaming experience. This approach not only promotes engagement and problem-solving but also provides psychological benefits associated with physical touch. Project Circle has the potential to support children with Autism Spectrum Disorder, Cerebral Palsy, Down’s Syndrome, and other developmental challenges. By fostering inclusive play experiences, the platform encourages social skills development and emotional bonding. Future research and development efforts will expand the range of games and interactive features to further support children’s diverse needs. The ongoing evaluation and user feedback drive the project’s evolution, ensuring that it continues to integrate the latest advancements in technology and therapeutic play.
Presenters
Kyoung SwearingenAssociate Professor, Design, The Ohio State University, Ohio, United States Scott Swearingen
Professor, Design, The Ohio State University, Ohio, United States
Details
Presentation Type
Theme
KEYWORDS
Human Body Communication, Wearable Technology, Touch-Based Interaction, Collaborative Gaming, Accessibility
