Empower
2023
Empower
2023
Propel
Berkeley, CA
Assistive Technology
Voluntary Collaboration
Jan 15 - Dec 7, 2023
This undergraduate thesis project allows me to apply my industrial design skills with a firm commitment to improving the disability community without the constraints of intellectual property rights. I aim to leave a lasting, positive impact on those it reaches. I parneted with BORP, Bay Area Outreach and Recreational Program at Berkeley, California for this project.
The adaptive clamp offers a secure, low-effort solution for individuals with grip disabilities to use any paddle effectively. Its versatile design ensures efficient water propulsion while allowing quick release for safety when fall into water.
An adaptive hose clamp-inspired mechanism secures paddles (28-32mm diameter) with tool-free installation, allowing the cap to be easily opened and screwed off by the cap.
I utilize 3D printing with soft TPU (95A hardness) and a Voronoi structure to create breathable, customizable, swapable cushions that adapt to different hand sizes and pressure needs.
A brief overview of the product development process, and it's trajectory after being created.