The number one cause for car accidents is distracted drivers. In 2018 alone, using a cell phone while driving caused nearly 1.5 million car accidents in the US. In a world where technology is advancing, distraction levels will only increase. Creating a seamless user experience transitioning mobile devices with vehicle synchronization, CAIR (pronounced "care") is a stand-alone AI device that is accessible for all vehicles, by providing a safe mobile connection.

Three teammates and I did research, ideation, and prototyping over ten weeks. My biggest contribution to this project was creating models of our final product in Rhino and renders of it in Keyshot.

This project has since been redesigned by a subset of the team, which I was not involved in.




A summary of the CAIR project, including the problem, solution, and product features. My contributions to the design of this summary were the product renders and the background image render.

packaging closed

Packaging closed. Built in Rhino, rendered in Keyshot.

packaging stacked

Packaging open. Built in Rhino, rendered in Keyshot. I did not build the USB cord.

CAIR screen

CAIR screen with size and feature notes added. Built in Rhino, rendered in Keyshot.

home screen

CAIR screen with home page high-fidelity wireframe. Built in Rhino, rendered in Keyshot. I was not the main designer of the wireframe.

CAIR PUI steering wheel button

CAIR physical user interface (PUI) button, which attaches to the steering wheel, with feature notes added. Built in Rhino, rendered in Keyshot.


Seungpil Lee: Project Lead, UX Strategy

Esther Holliday: Research

Abby Turner: Visual Design

Madeline Walz: Product Design

Questions? Comments? Send me a message!

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