Glidance - Accessible Design for Navigation

Project Type:

Product & Digital Experience Design

Project Duration:

August 2024 - December 2024

Role:

Video Producer & UX Designer

Tools Used:

Project Type:

Product & Digital Experience Design

Project Duration:

August 2024 - December 2024

Role:

Video Producer & UX Designer

Tools Used:

Project Type:

Product & Digital Experience Design

Project Duration:

August 2024 - December 2024

Role:

Video Producer & UX Designer

Tools Used:

Context

Between August and December 2024, I worked on a documentary and design project for Glidance, a company focused on creating innovative accessibility tools for blind and low-vision individuals. This project was a collaboration with the University of North Texas’ Communication Design Class of 2025 to improve Glide’s unboxing experience and digital interface, ensuring accessibility at every stage.

Overview

  • The challenge: Redesigning Glide’s packaging and onboarding experience for accessibility.

  • The process: Research, user testing, and iterative design methods.

  • The solution: A reimagined unboxing experience and digital interface that prioritizes usability and independence.

Why was this project needed?

Glidance’s mission is to empower blind and low-vision individuals with a navigation tool that is intuitive, reliable, and empowering.

Key Challenges:

Unboxing Experience:

  • Many accessibility products have complex, frustrating packaging that isn’t designed for blind users.

  • The goal was to create an intuitive, tactile, and frustration-free unboxing experience.

Digital Interface & User Journey:

  • The onboarding process for assistive technology is often confusing due to poorly designed user interfaces.

  • The challenge was to streamline the experience and make it accessible for both high-tech and low-tech users.

Target Audience Needs:

  • Blind and low-vision individuals often have different levels of familiarity with technology.

  • Designing for a range of users meant incorporating audio, tactile elements, and clear feedback mechanisms.

Final Deliverable: