Multi-input, Multi-output Adaptive Controller

Video games are an excellent way for kids to have fun while developing fine motor skills, building community, and improving problem-solving skills. The controllers for standard gaming systems are often inaccessible to those with disabilities. The current adaptive video game devices for users with power wheelchairs have a prominent knowledge and service gap. The devices do not always meet the unique needs of the user since they depend on a single input and output, limiting the complexity of gameplay the user can experience. This project’s research aims to enable the creation of adaptive video game controllers for users with disabilities without compromising gameplay complexity. By creating a novel multi-input, multi-output adaptive device that allows users to play using custom controls from a power wheelchair. This will help the RCC provide improved services to children with disabilities, as multiple clients have requested improved adaptive devices for video games.

Faculty Supervisor:

Jessica Rodgers

Student:

Partner:

Rehabilitation Centre for Children

Discipline:

Engineering

Sector:

Health and Related Sciences & Technology

University:

University of Manitoba

Program: