Wearable product design
Eye Tracker Glasses
A wearable eye-tracking platform developed with an interdisciplinary research team, integrating cameras and electronics into a lighter, more balanced glasses form.
Portfolio archive
Visual case study
Overview
From problem framing to a resolved design.
In 2014, I worked as product designer within a team of professors and students spanning cognitive science, electronics, computing, and related technical disciplines on eye-tracking and EEG systems.
My work explored how an experimental electronics-heavy prototype could evolve into a wearable product with improved comfort, adjustability, component integration, and manufacturability.
From research rig to wearable product
Early prototypes exposed the packaging challenge: cameras, boards, batteries, cables, and structural elements all had to coexist near the face without concentrating pressure on the nose and ears.
Concept development
Sketches and 3D studies explored camera placement, temple volume, wraparound support, visual weight, and how the electronics could be consolidated into the main body of the glasses.
Usability testing
Physical prototypes were tested with users throughout the process. Feedback informed fit, comfort, component placement, and the evolution toward the final design direction.
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