Parameter

A secure AI health app that turns complex data into clear insights

Health Tech

Ai Integration

Timeline

7 Weeks (Oct 27 - Dec 11 2025)

Role

Product Design — UX Research, Interaction Design, Information Architecture, Data Visualization, UI System Design, Prototyping

Product Design — UX Research, Product Strategy, Design System, Information Architecture, Prototyping, Motion Design

Team

Solo project

Tools

Overview

Parameter is a patient-facing genetic health app designed to reduce health data fragmentation. By centralizing daily health metrics, wearable signals, and medical reports into a single experience, Parameter helps people understand how their data connects over time and what it means for their health.

Design Challenge

How might we design a trusted experience that turns fragmented health data into clear, actionable guidance?

Problem Space

Health data is everywhere, but rarely feels clear

What's happening today

People have more access to their health data than ever, from wearables, labs, and provider portals. But that data lives across disconnected platforms, often filled with medical jargon and numbers without context. Patients are left to connect the dots themselves, turning scattered information into decisions without clear guidance.

1.0 Patients juggle disconnected sources across labs, wearables, and provider portals.

Solution

One place to understand your health

Our goal

Parameter brings together fragmented health data into one unified view. Powered by an AI-native experience, it turns complex health information into clear, contextual guidance tailored to each user, with a modular dashboard that lets them surface what matters most.

Key Features

From raw metrics to understandable, personalized guidance

How the experience works

Parameter is designed around four connected moments: data integration, trend visualization, report interpretation, and proactive recommendations. Together these layers reduce cognitive load, improve comprehension, and help users translate information into practical next steps.

Patient Dashboard

  • Surfaces trends through clear, approachable visuals

  • Highlights changes over time and key anomalies

  • Helps patients quickly understand what needs attention

Data Aggregation

  • Brings together lab results, wearable data, and manual logs

  • Normalizes different formats into one timeline

  • Creates a stable foundation for interpretation

AI Guidance Layer

  • Interprets complex reports in plain language

  • Connects related signals across data sources

  • Suggests proactive next steps users can discuss with providers

Data Aggregation

  • Brings together lab results, wearable data, and manual logs

  • Normalizes different formats into one timeline

  • Creates a stable foundation for interpretation

Context

Health literacy and data accessibility remain major barriers to prevention.

Why this matters

Even when data is available, many patients struggle to understand what a value means, how urgent it is, and what to do next. The gap is not only access, it is interpretation. This creates an opportunity for products that communicate clearly, build trust, and guide action without overwhelming users.

User Interviews

Reactive dashboards create reactive behavior.

Research insight

Patients repeatedly described uncertainty after seeing results without explanation. They wanted context, trend direction, and confidence about what deserves attention now versus later. This insight reframed the experience from data delivery to decision support.

2.0 Research highlighted that interpretation—not collection—is the biggest patient pain point.

Competitive Research

Today’s tools are improving, but still fragmented for patients.

Competitive takeaway

Across wearables, portals, and consumer health apps, we observed strong point solutions but weak continuity. Each tool solves part of the journey, yet users still have to assemble the full story themselves. Parameter positions itself as the connective layer between these isolated moments.

Iterations

Translating complex healthcare constraints into a usable product flow

Journey Mapping

  • Mapped patient touchpoints across pre-visit, visit, and post-visit momentsIdentified where confusion and drop-off most often happenDefined opportunities for clearer, proactive support

Information Architecture

  • Structured how reports, metrics, and AI explanations relatePrioritized readability and progressive disclosureAligned navigation to real patient questions

UI Prototyping

  • Designed high-fidelity flows for dashboard, reports, and recommendationsTested visual hierarchy for trust and clarityRefined interactions to support confident decision-making

Reflection

Key takeaway

Designing Parameter reinforced that trust in health products comes from clarity, not just capability. The most valuable shift in this project was moving from “showing more data” to “supporting better decisions.” It also sharpened my approach to information architecture in sensitive domains where language, hierarchy, and timing directly impact confidence.

Next Steps

Paths for further development

Clinical Validation

Evaluate recommendation quality with clinicians and domain experts to improve medical reliability and safety.

Personalization Engine

Expand adaptive models that learn from user behavior, preferences, and history to make guidance more relevant over time.

Data Partnerships

Integrate directly with additional labs, providers, and wearable ecosystems to reduce manual upload friction.

Longitudinal Testing

Run longitudinal pilots to measure comprehension, confidence, and behavior change across longer care cycles.