GripHero
Winning Project of 2024 MIT BSWI Cre[AT]e Challenge
As co-creator of GripHero, I developed an innovative motorized glove system to help children with dyspraxia achieve greater independence in daily activities. Working with my teammate Annie Katz, we designed this Arduino Nano-powered solution for her 13-year-old sister Izzy, whose grip strength was severely limited by low muscle tone.
Through four iterative prototypes, I integrated an H-Bridge motor controller with custom 3D-printed components and Kevlar cord mechanisms, utilizing CAD software, Arduino programming, and hands-on fabrication techniques. Our rigorous user testing achieved remarkable results: increasing Izzy's grip strength from 13.4 to 20 pounds and enabling her to independently perform tasks like opening doors and using utensils. The final device costs under $100 compared to existing $2,000+ alternatives, demonstrating my ability to create accessible assistive technology that meaningfully improves users' quality of life.
Check out the portfolio here: Link