
CASE STUDY
Designing a Continuous Glucose Monitoring System for clinical settings
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Transformed a proof-of-concept into a production-ready medical interface
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Enabled clinicians to interpret glucose and infusion data at a glance
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Balanced real-time values with historical trends for confident decision-making
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Designed for speed, clarity, and trust in high-pressure environments
Client: Edwards Scientific
The Problem:
Edwards had an early proof of concept UI for a continuous hemodynamic monitor (touchscreen), not suitable for real clinical use or market release.
The challenge was to design a production-ready interface that supported fast, accurate clinical decision-making in critical care environments, while running in parallel with the industrial design of the catheter device.
In a clinical setting, clinicians needed to monitor glucose levels and insulin delivery simultaneously and over time, often under time pressure, requiring clear and reliable information:
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Data needed to be presented both numerically and visually without overwhelming users
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Trends over time were difficult to interpret without clear structure
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Critical events (boluses, infusions, meals) lacked context within the timeline
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The interface did not meet expectations for medical-grade usability, clarity, or trust
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The interface needed to align with alert patterns and conventions used at the nurse’s station
My Role
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Served as Program Manager, overseeing budget, timeline, and resources
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Led UX and UI design from proof of concept through market-ready product
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Defined data visualization patterns for real-time and historical clinical data
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Designed interfaces that balanced numeric data with visual trends
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Worked closely with stakeholders to ensure clinical relevance and regulatory alignment
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Led and mentored the UX team, contributing directly to key design decisions
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Developed deep expertise in hemodynamic monitoring workflows and best practices
Outcome:
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Delivered a medical-grade monitoring interface ready for deployment with the catheter system
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Enabled clinicians to view current glucose values alongside historical trends in a unified display
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Integrated recommended insulin levels with the ability to adjust or override
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Introduced clear event markers for insulin, glucose, and meals to preserve context
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Improved readability, usability, and trust, supporting faster and more confident decisions
Design Deliverables
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High-fidelity UI designs and system layouts
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Data visualization patterns for real-time and historical data
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Interactive prototypes for validation and refinement
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Developer-ready specifications and handoff assets
Making real-time data easy to interpret
Glucose values and infusion trends are presented together to support quick understanding at a glance.


Supporting clinician judgment, not replacing it
The interfaces shows recommended values while keeping clinicians in full control of final decisions.
