DaVita Infection Reporting Tool

Simplified infection tracking for nurses by unifying fragmented workflows into a single system

Date: 2021

Role: UX, UI, Research

The Problem

DaVita nurses are responsible for tracking patient infections related to dialysis treatment — a critical, high-stakes workflow.

Their existing process relied on a series of bookmarked Microsoft SharePoint links with no cohesive structure or user experience. Nurses had to memorize which tools to use and in what order, creating inefficiencies, frustration, and a steep learning curve for new team members.

This fragmented system pulled focus away from patient care and introduced unnecessary complexity into an already demanding workflow.

Why this was a challenge

  • Fragmented workflows across multiple systems

  • No clear or consistent process for completing tasks

  • High reliance on institutional knowledge (bookmarks, order of operations)

  • High-stakes healthcare environment requiring accuracy and speed

  • Multiple roles (nurses, administrators) interacting with the same data

Research & Key Insights

I partnered with a UX researcher and conducted on-site observations within a DaVita clinic to understand how nurses interacted with the system in real-world conditions.

Key findings:

  • Nurses relied heavily on memorized workflows rather than intuitive navigation

  • The process lacked a clear, linear structure

  • Legacy Microsoft tools created friction and slowed down task completion

  • New hires faced significant onboarding challenges due to system complexity

  • Nurses were forced to divide attention between patient care and navigating inefficient tools

Nurse receives a fax with infection details

Logs patient information across multiple SharePoint tabs

Calls an administrator to confirm entry

Care decisions are made based on the logged data

Approach

The goal was to replace a fragmented, non-linear workflow with a unified system that supported clarity, visibility, and efficiency.

Key design considerations:

  • Clearly identify assigned clinics and patients for each nurse

  • Provide a centralized, scannable list of patient data and metrics

  • Enable visibility into who addressed each case and when

  • Capture infection details and treatment information in a structured way

  • Align with DaVita’s existing design system for consistency

The primary challenge was translating a loosely defined, manual process into a structured, intuitive workflow.

Solution

We designed a unified desktop application that consolidated infection tracking into a single, cohesive experience.

The new system:

  • Centralized all patient infection data into one interface

  • Introduced a clear, linear workflow for logging and tracking cases

  • Provided visibility into team activity through timestamps and user attribution

  • Integrated relevant patient metrics directly into the workflow

  • Eliminated reliance on bookmarks and disconnected tools

Choose Facility

Nurses have access to all of the facilities assigned to them in a cohesive list.

If updates across all facilities are requested then the nurses can select the “Show all Updates” Checkbox.

Home Dashboard

  1. A comprehensive patient list of all assigned to that nurse.

  2. Column with visual indicator that a patient has been, or hasn’t been addressed.

  3. Name and time-stamp of nurse who last addressed that patient for auditing purposes.

  4. Action button allowing the nurse to log any infections or update the patient’s record within the system.

Event Details Modal

From the “Review” button the nurse can update any patient information and log when the culture was sent their manager(s).

Add Pathogen Modal

If the nurse has an external culture result they may log the pathogen from a list as well as the antibiotic used to treat it.

(Click to play)

Testing & Iteration

I conducted moderated usability sessions with 6 participants to validate the new workflow.

Key insights:

  • Missing Metrics: An administrator dashboard containing critical metrics was not included in the initial design

  • Sorting & Filtering: Users needed the ability to quickly sort and filter patient data

Iterations:

  • Integrated missing administrative metrics into the main dashboard

  • Added sorting and filtering functionality to improve data navigation

Outcome

The redesigned system replaced a fragmented, manual process with a unified, scalable solution.

Results:

  • Streamlined infection reporting into a single, cohesive platform

  • Improved visibility into patient data and team activity

  • Reduced reliance on legacy systems and manual coordination

  • Supported successful internal audit outcomes

  • Enabled nurses to focus more on patient care rather than system navigation