Q. Can you explain what HugMatch is?
A. HugMatch is a game designed to help visually impaired children develop their sense of touch and hearing. The game is played in pairs or groups with dolls that are made with various fabrics and programmed to play different sound. The children are asked to match the dolls by fabric and/or sound. Inside each doll is an Arduino chip (open-source computer hardware) that is programmed to give verbal cues when the dolls are matched (both correctly and incorrectly). As children interact with the toys, they experience how to socialize, express their feelings, negotiate and cooperate with one another. In this interactive environment, kids can create their own rules and engage their imaginations.
Q.What inspired you to create this project?
A. I grew up around an uncle who has a disability and have also volunteered to help disabled people throughout my life. My interactions with my uncle and others who I met while volunteering inspired me to create a project that could benefit them. When it came time to work on my thesis at the Parsons School of Design, I knew that I wanted to create an interactive product with both a hardware and software component that improved the lives of individuals living with disabilities.
Q. What kind of design process did you go through to create this project?
A. To develop this product, I followed a design process that can be applied to many types of creative projects. I started by brainstorming and then moved on to research, prototyping, and user testing. In the user testing phase, I shared my doll with teachers who specialize in helping students with disabilities to get their input. I adjusted my idea based on the results of my tests and teacher feedback, and retested the product before releasing the fully fledged version.