ProKids
A below-elbow adjustable and modular Myoelectric Prosthetic arm for children
ROLE
PROCESS
Industrial Design Intern
User Research, Benchmarking, Competitor Analysis, User Interviews, Ideation, Form Exploration, Prototyping, Ergonomics, CAD & 3D Renders
TEAM
Dee Dee Labs Pvt. Ltd.
Overview
Problem Statement​
• Existing prostheses, especially advanced bionic myoelectric arms, are expensive and not tailored to kids.
• Traditional prostheses do not accommodate children's growth, requiring frequent costly replacements.
• A typical scaled-down adult prosthesis doesn't meet the unique needs of children.
objectives
• Develop a cost-efficient, modular myoelectric prosthesis designed specifically for children.
• Create a prosthesis that grows with the child, reducing the need for frequent replacements.
• Design the prosthesis to be emotionally engaging, encouraging a positive outlook on disability.
Approach
• The prosthesis will have an adjustable design, allowing it to adapt to a child's growth.
• It will be modular, enabling cost-effective updates and customization.
• Emphasis on intuitive control for ease of use and muscle memory development.
• The design will be fun and playful to foster emotional connection and encourage social integration.
Benefits
• A more affordable bionic arm option for underprivileged children in India.
• Enhanced functionality with intuitive controls, allowing for intricate movements and object handling.
• Longer lifespan due to adjustable design, reducing the need for frequent replacements.
• Aesthetic design to promote a positive and inclusive attitude towards disability.
Goal
• Allow children to grow and adapt with a single type of prosthesis.
• Encourage a playful and positive perspective on disabilities.
• Reduce the stigma associated with prosthetic limbs through innovative design and customization options.