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Accessibility Designer ◆
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Product Design ◆
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Graphic Designer ◆
Interaction Design ◆
UX Researcher ◆
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Accessibility Designer ◆
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Product Design ◆
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Graphic Designer ◆
Interaction Design ◆
Three projects spanning civic tech, AI integration, and smart home design — each rooted in deep research and human-centered thinking.
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I'm always open to new opportunities, collaborations, and conversations. Feel free to reach out — I'd love to hear about your project.
AI-powered home protection · 2025 Fluxatathon · 1st Place
My team and I were tasked with designing an AI-powered home protection app that gives homeowners a proactive view of their home's vulnerability to weather-related damage — built to feel high-end, intelligent, and trustworthy.
The question every homeowner asks
"Is it time to replace the roof?"
The reality without data
A $100 inspection becomes a $200,000 disaster.
Homeowners have no reliable way to know what their home has actually been through. Weather erodes materials faster than age alone suggests — but no tool existed to translate a home's storm history into an actionable maintenance plan.
How do we help home owners be prepared and protected from future weather related wear and tear, in 24 hours?
With only 48 hours, we made a deliberate choice — spend 30 of them on research. A beautiful design built on weak insights is worthless.
Alex just moved into his new home, built in 2010. While he loves the house, he's worried — it's in an area known for severe storms, and he has no idea what the roof and exterior have already been through. Alex needs to stop guessing about his home's true condition and find a way to proactively prevent future, costly storm damage.
Motivation
Stay on top of home maintenance without it consuming his time
Core Needs
Time & task management, a healthy and balanced routine
Pain Points
Hard time remembering maintenance tasks amid a busy schedule
The number of years a home has existed tells you almost nothing. What matters is what it's been through. Our model can show an address that experienced severe weather events and reveal its true structural lifespan — years shorter than the manufacturer's rating.
Assumed Lifespan
20
years (manufacturer rating)
True Lifespan (Sentinel)
15
years based on actual weather exposure
For this project my team focused on testing homeowners ages 19–75 from across the US to get a heuristic view on their concerns.
Three consistent themes emerged across all 15 interviews and 20 survey responses — each one directly shaping a core feature of the final design.
The ability to predict when maintenance is needed based on data from past weather and seasonal changes.
To save the time and money that would be spent on reactive emergency repairs.
The reassurance of another party looking out for them and their home 24/7.
Weather disasters have increased dramatically since 1980 — what was once a rare event is now an annual reality for millions of homeowners. The gap between what people assume about their home's condition and what's actually true has never been wider.
Annual weather disasters
~3
per year in 1980
Annual weather disasters
28+
per year by 2024
Based on research insights, we brainstormed solutions and created wireframes to test different approaches to the information architecture and layout.
We focused on a simplistic design due to the high amount of information that needed to be displayed.
The team spent 30 of the 48 hours on research and ideation — the design means nothing if it's not built on a strong foundation.
Value #1
Predictive Maintenance
Move from React & Repair to Plan & Maintain — using weather data to predict what needs attention before it breaks.
Value #2
Proactive Prevention
Give homeowners active weather alerts and auto-generated action plans — so they act before a storm causes damage, not after.
Sentinel successfully uses real weather data so homeowners can put their energy into things that matter instead of worrying about their home.
Judges praised the research depth and the clarity of the Home Vulnerability Score as a single, digestible metric that made a complex problem feel manageable.
Let's discuss how I can help improve your product's user experience.
Thermostat Ecosystem Redesign · UXDG 315 · 2025
A full ecosystem redesign of the Google Nest Thermostat and companion app — grounded in a systematic moodboard research study and validated through two rounds of user testing. The goal: make the Nest feel genuinely premium, not just functional.
Simply put — less is more.
The Nest thermostat and app exist in spaces designed to feel luxurious — but the product itself doesn't match that environment. Before redesigning, we needed to understand exactly what "high-end and innovative" means visually, so every decision could be grounded in data rather than taste.
How do we redesign the Nest Thermostat ecosystem to embody the feeling of being high-end and innovative?
Each team member collected 60 moodboard images individually, narrowed to the strongest 20, then cross-tabulated 36 visual traits across the full set to surface data-backed directives before a single design decision was made.
Each directive emerged from frequency analysis across 68 curated images. High-end design favors restraint, geometry, and purposeful darkness. The data was unambiguous.
Sans-Serif Typeface
Regular Body Text
Limited UI Elements
Curvilinear Design Elements
2:1 or 3:1 Headline Ratio
Minimalistic Design
White Lettering
Soft Lighting
Geometric Lettering
Low Icon Weight
The thermostat's small circular screen called for simplicity at the forefront of every decision. We used a consistent split-screen display — interactable menus on the left, display on the right — so the user is only ever changing one element per screen. The app used its larger canvas to show all related controls at once.
We used words over icons on the thermostat to eliminate ambiguity, and always showed the full context of where the user is in their journey. Every screen answers "where am I and what am I changing?" before asking anything of the user.
The same colors, components, and visual treatments appear across both the thermostat and the app. Temperature bubbles in the schedule look identical on both devices. The ecosystem feels like a single product, not two separate interfaces.
We used interviews and the SUS (System Usability Scale) questionnaire across two rounds of testing — one for the thermostat and one for the app — with measurable increases in both task completion and usability scores each round.
"32% of people would stop interacting with a brand after one bad experience."
— PWC, 2020The redesign uses Lexend Deca across all weights — a typeface chosen for its geometric clarity and legibility on small screens. The color palette is built around aquamarine, chosen for its associations with calm, openness, and the premium spaces the Nest inhabits.
"Aquamarine communicates feelings of openness, calm, tranquility and relaxation — something these homes also aim to exude."
The finished Nest redesign — thermostat and companion app — as a unified, high-end experience grounded in research and validated through two rounds of user testing.
Let's discuss how I can help improve your product's user experience.
UX Design · UX Research · Graphic Design
Collaborated with The Mayo Clinic to redesign a nursing award — connecting the community and recognising staff through thoughtful, human-centered design.
In-depth sessions with nursing staff to understand what recognition means to them and what makes an award feel meaningful.
Award redesign focused on peer nomination and storytelling to build belonging — recognition that comes from colleagues carries more weight than recognition from above.
I'm happy to walk through this project in more detail during a conversation. Get in touch and we'll find a time.