AI Product Recommedations at Scale

To help users find the right product faster, we built a personalized recommendation engine that analyzed browsing behavior, saved preferences, past purchases, and known prescription data (like pupillary distance). This feature surfaced high-relevance frames on PLP and PDP views, improving product discovery and reducing decision fatigue. The logic prioritized material, size, and color patterns based on user intent signals and favorited items.
We originally surfaced the output of this data to returning, authenticated users to measure engagement and streamline reording flows utilizing implicit data. In order to improve unauthenticated experiences, we later built a small recommendation wizard - gathering simple pereferences requested in a conversational tone and educating our users on how to best achieve measurement fit.
Personalized Prescription Checkout

Both features were collaborative efforts involving product, legal, data science, and engineering. My role included journey mapping, UX flows, wireframes, prototype testing, and stakeholder alignment. Together, these tools helped increase conversion, reduce cart abandonment, and move the brand toward a more intelligent and personalized ecommerce experience that could support more advanced ML-driven logic when available.