VR Application
VR Shoe Catalog Browser
- Released
- Unetiks
An interactive virtual reality catalog browser that allowed users to explore a large collection of shoes in an immersive 3D environment. Users could examine each shoe in detail, review available sizes, learn about design features and material construction, compare different models side by side, and add selected shoes to a shopping cart. The project was designed to make product browsing more tactile, engaging, and informative than a traditional catalog interface.
- Created a 3D UI framework that improved production speed and quality across future projects
- Extended the functionality and flexibility of immersive 3D interface design
Challenge
Translate a large, image-driven product catalog into a tactile VR browsing experience — supporting close inspection, side-by-side comparison, size and material information, and a working shopping cart — within a 3D UI that felt natural in VR.
Solution
Led UX design for the VR product browsing flow and built a reusable 3D UI framework for immersive interfaces. Created the interface and graphic systems for product exploration, comparison, and the shopping cart, with the framework designed for re-use across future Unetiks projects.
Outcome
Established a reusable 3D UI framework that improved production speed and quality across multiple subsequent projects, and extended the functionality and flexibility of immersive 3D interface design at the studio.
Gallery
Contributions
- Led the user experience design for the VR product browsing flow
- Developed a reusable 3D UI framework for immersive interfaces
- Created the graphic presentation and interface systems for product exploration and comparison
- Supported interactive browsing, comparison, and shopping cart functionality in VR
- Helped establish a 3D UI framework that was later reused across multiple projects
- Managed a team of two 3D artists and a UX researcher; collaborated with client executives on the browsing experience and interface design
Collaborators
- Unetiks executives
- 3D art team
- UX research
