Lead Product Designer: complex systems, ubiquitous computing, applied AI.
I design the operating systems behind hard problems: federated AI assistants, end-to-end IoT connectivity, and the design systems teams build on. Invisible when it works, expensive when it doesn’t.
M.S. Human-Centered Design & EngineeringUniversity of Washington · Seattle
2020–2023
B.S. General BiologyDominican University of California · San Rafael
Cell & Molecular
Practicing since 2014 · lead for 4y, since 2022 at Elanco.
AI, edge computing, telecom, biotech, e-commerce, payments, education.
Projects to production across 5 industries.
My mental model comes from biology. Before design and engineering, I studied cell and molecular biology, mapping metabolic pathways: how networks adapt under stress.
That shaped how I see products: systems with dependencies, feedback loops, and failure modes, not collections of screens.
I set design direction, build operational frameworks, author the systems teams build on, and mentor designers. I care about durable practice: work still load-bearing years after it ships.
Took a much needed break for a few months and working on two passion projects.
Staff, lead, or principal roles, available now.
Research makes uncertainty visible. Systems make it actionable. Craft makes the result scalable and sustainable.
Three systems, three kinds of complexity. Read the cases.
The decision system behind every enterprise IoT deal: intake, pricing, and contracting on one spine.
View projectA nine-section intake that turns tribal knowledge into a guided, structured path.
View projectA federated AI assistant that names its model and its risk: accountability in the chrome.
View project