Stratford researchers among first Google Academic Research Award winners
Professors Karen Cochrane and Daniel Harley are using GenAI to design an easy-to-use interface and visual instructions for creating gaming controllers for individuals with complex disabilities. This initiative is a result of their winning submission to the Google Academic Research Awards (GARA) in Society-Centred AI.
Playing video games offers numerous benefits for people with disabilities, including enhanced world experience, improved mental well-being, cognitive skill development, motor skill improvement, and reduced social isolation.
Currently, the available options are expensive, rigid and limited in customization. Additionally, there is a steep learning curve required to customize existing controllers that can exclude caregivers and individuals with complex disabilities.
Leveraging Expertise and GenAI
Dr. Cochrane’s prior research on collaboratively designing physical computing devices for people with disabilities and caregivers combined with Dr. Harley’s expertise in designing for tangible and embodied interaction and gaming knowledge positions them to effectively utilize GenAI. Their goal is to design, build and program accessories for accessible gaming controllers.
This interdisciplinary approach will allow caregivers and participants to design customized wearables to support their unique and diverse needs when playing video games. Creating accessible technology and offering it in low-cost solutions will significantly enhance the quality of life and social inclusion for individuals with complex disabilities.
“We are excited to use this funding to drive innovation that empowers the disability community… Grateful for the opportunity to make a difference!” Dr. Cochrane shared on LinkedIn.
The awarded project, titled “Using GenAI to Develop Low-Cost Accessible Switches for Individuals with Complex Disabilities" will receive up to $150,000 USD in funding and access to a dedicated Google sponsor to accelerate scientific advancements and impactful research with real-world applications. This research project, awarded in the Society-Centred AI category shows a societal future where advancements in technology allow for a more customized and accessible future for all.