IKS Health
2026
Team Based Charting
A collaborative clinical documentation platform designed to streamline patient charting, simplify care-team workflows, and help healthcare professionals create accurate, structured clinical notes with greater clarity and efficiency.
Overview
Redesigning Clinical Documentation for Collaborative Care
Team-Based Charting for Modern Healthcare is a healthcare product design case study focused on simplifying clinical documentation and enabling seamless collaboration across care teams.
The concept explores how thoughtful UX, structured workflows, and AI-assisted documentation can help healthcare professionals manage patient encounters with greater clarity, reduce repetitive documentation effort, and maintain control over clinical notes.
The design focuses on making complex healthcare workflows more intuitive, accessible, and scalable across clinical roles and digital touchpoints.
The Impact
Team-Based Charting simplifies complex clinical documentation, streamlines collaboration across healthcare teams, and creates a more intuitive, role-based charting experience. The design aims to reduce repetitive documentation effort, improve workflow clarity, and help clinicians focus more on patient care.
Problem
Simplifying collaborative charting for care teams
Healthcare professionals often spend significant time documenting patient encounters while coordinating with multiple members of the care team. Existing documentation workflows can be complex, fragmented, and difficult to navigate, increasing cognitive load and making it challenging to maintain clear, consistent clinical notes.
The challenge was to design an intuitive, collaborative charting experience that supports role-specific responsibilities, simplifies complex clinical workflows, and maintains clinician control over the accuracy and ownership of patient documentation.
01 - Weak hierarchy, 02 - Inconsistent spacing, 03 - Workflow friction
Ideation - User Flow
From Encounter to Documentation
The user flow is designed to help clinicians move seamlessly from patient selection to encounter documentation, collaboration, review, and note completion. The workflow minimizes repetitive steps while keeping each clinical role focused on relevant information and maintaining clinician control throughout the documentation process.
Ideation - Persona & Low Fidelity Wireframes
Turning Ideas Into Clear Workflows
In fast-paced outpatient workflows, heavy documentation burdens pull clinicians away from direct patient care, while clinical staff often lack visibility into encounter progress. To design a cohesive team-based charting system, we defined three interdependent personas: the Medical Assistant, Nurse Practitioner, and Attending Physician. Each profile reflects specific rooming responsibilities, stage boundaries, and documentation frustrations across the care journey. Together, these personas guided an evolving chart note model that distributes charting workload across the team while preserving strict physician sign-off authority.
Low-fidelity wireframes helped establish the right flow before moving into detailed visual design. By mapping interactions and testing early ideas, I could identify gaps, simplify complex workflows, and validate the overall direction. Gemini AI supported rapid ideation and exploration during this stage.
Explored different charting concepts focused on clinical workflows, team collaboration, and clearer everyday documentation.
The Final Clinical Experience
From Concept to a Clear, Collaborative Experience
The final designs translate the explored workflows into a focused, intuitive, and scalable clinical experience. The interface brings together patient context, team-based documentation, and AI-assisted capabilities while keeping clinical information clear and actionable. Every interaction was refined to reduce cognitive load, support collaboration, and give clinicians greater control over their documentation.
DESIGN EVALUATION
Encounter Screen Iterations: Choosing High Signal Over Visual Clutter
When designing the desktop encounter hub, the core UX challenge was balancing information density with clinical speed. Clinicians manage upwards of 40 encounters daily—every millisecond spent decoding decorative UI adds cognitive fatigue.
Rather than settling for initial wireframes or cosmetic embellishments, I audited three layout directions to evaluate scanability, spatial hierarchy, and focus. I spearheaded the recommendation for Option 03 (Status-First Layout), stripping away decorative noise in favor of functional EHR status badges and soft spatial elevation that keeps the clinician’s attention squarely on active patient care.
Outcome of this project:
This project reinforced the importance of balancing clinical workflow complexity, usability, and documentation accuracy.
By combining role-based design, structured workflows, and reusable components, the experience demonstrates how thoughtful product design can make complex healthcare applications more intuitive while keeping clinicians in control of patient documentation.
