Smart Kinesthesiology Tape

Grip & Recover: Healing That Adapts

Grip & Recover: Healing That Adapts

MARch 2026 - APRIL 2026

A new kinesthesiology wrap that integrates biometric sensors to monitor joint movements and activate relieving heating and cooling measures.

Role

  • Primary Product Designer & Researcher

  • Independent Study

Tools

  • Blender

  • Adobe Illustrator

  • Adobe Dimension

  • Adobe Photoshop

SKILLS

  • Product Strategy

  • Biomechanical Engineering

  • User Research

  • Visual Design

  • 3D Modeling

Challenge

The Why:

New biosensor technologies have already started to become more widely introduced to what the future of pain management and strength training may start to look like.

However, there are no current products on the market that use these biosensors to integrate pain recovery treatments such as heating and cooling technologies for stiff joints and muscles.

The Goal:

Invent a new kinesthetic wrap that integrates biometric sensors to monitor joint movements and activate relieving heating and cooling measures.

close up of the product render

research

Original design direction

At the beginning of this project, my focus was on how ice cream scoops can cause wrist pain. Due to the repetitive, forceful motion, ice cream scooping increases the risk of tendonitis and carpal tunnel syndrome.

Addressing the primary pain point

Due to input from user interviews and research into the oversaturated market for such a specific product, I changed directions to address the pain itself rather than one of the many causes.

Bioengineering research and understanding with AI

Coming from a design-based background, I integrated Claude.ai into my research to assist in gathering technologically relevant articles and best help my understanding of studying human motion, force, and injury mechanisms.

BRANDING

Developing a brand theme

An octopus theme was used for its smart abilities, flexibility, and grip.

Branding solution and color palette

ideation

Creating a reusable effective product

Sketches were developed to test the dimensions of the product, the types of fabrics used, the silicone look and feel, and the waterproofing materials that would be needed.

Product sketches and specifications

Prototyping

Developing physical prototypes to test dimension and functionality.

Main color choices and layout

paper prototype and fabric prototype

3D Modeling

Developing a digital prototype

fabric specifications

SOLUTION

Built Tradeshow booth to display the final product

A simulated demonstration space for health and technology themed Tradeshows and events.