Transformed Real-Time Clinical Analytics with 50% Reduction in Patient Care Errors
AWARE
Alright, so what’s the problem?
Data overload complicates critical care decisions
What I did
UX Strategy
Wire-framing
Interaction Design & Prototyping
Used Agile Methodology
Collaborated with cross-functional Team
Design System
Engineering Handoff
Error Reduction
50%
Less in clinical errors improving patient safety
EHR Integration
95%
Requiring minimal IT investment or changes
Situational Awareness
85%
Improved data visibility for on-site and remote staff, enabling quicker decisions
*All stats are averages. Data collected through analytics, before and after.
Dashboard Design
This is a complete revamp project aimed at improving the user experience for a portable (responsive) real-time digital health solution. The product focuses on Patient Surveillance, with the primary goal of minimizing the number of clicks needed to accomplish tasks.
Through our research, we learned that physicians, nurses, and doctors do not enjoy or have the time to click through multiple screens to get the information they need. They want everything displayed on a single screen, and that is the goal we are striving to achieve in this project.
Sprint 1 : Laying the Foundation for Patient-Centered Surveillance
Redesign the patient monitoring dashboard to minimize cognitive load, reduce clinical errors, and accelerate access to critical care data.
Sprint 2: Streamlining ICU Task Management & Clinical Rounding
After establishing dashboard clarity in Sprint 1, Sprint 2 prioritized clinical task execution, rounding workflows, and handoff efficiency to improve team coordination and reduce care delays.
Sprint 3: Clinical Data Visualization & Chart Interpretation
With navigation and task flows streamlined in Sprints 1 and 2, Sprint 3 focused on making lab and vital data more actionable through visualizations and intelligent charting.
Sprint 4: Risk Scoring, Filtering, and Prognostic Decision Support
Sprint 4 advanced the system’s intelligence by integrating clinical scoring models, temporal visualizations, and smart filtering tools to improve patient stratification and prioritization.
This work is protected under NDA. For more information about my work, please feel free to contact me at aadithsp@gmail.com.
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