CareSync

CareSync

CareSync

transforming healthcare management through scalable design

transforming healthcare management through scalable design
transforming healthcare management through scalable design
overview
overview

Responsibilities

Research, Prototype Design System User Testing Design Documentation

Role

Product Designer

Timeline

2023 - 2024

Industry

Healthcare

Platform

B2B, B2C, SaaS Webapp

1/ goal

The goal of this project was to scale CareSync 3.0 into a multilevel management platform, CareSync 4.0, that provides various levels of access and visibility.

2/ challenge

The challenge was that this transformation needed to retain essential functionalities while ensuring seamless integration, without disrupting the user experience or compromising efficiency.

3/ approach

To accomplish this ambitious goal, I adopted a data-informed UX roadmap, continuously building upon the original app layout and leveraging existing functionalities to ensure familiarity for current users.

about the product
about the product

CareSync 3.3, a platform primarily used by doctors for managing appointments, patient files, and internal communication, was limited to a single level of access. The hospital recognized the need to expand this platform to accommodate its complex hierarchical structure. CareSync was initially developed to:

1/ improve Business Operations

Shift from traditional paper-based patient records to a digital system, centralizing all crucial medical data.

2/ enhance User Experience

Facilitate interaction between healthcare providers and patients by offering a platform for easy communication and data access.

/ CareSync 3.3

/ CareSync 3.3

/ CareSync 3.3

/ product

/ product

/ product

However, the platform was limited to doctors, leaving administrative staff and executives without a unified system to manage hospital operations. Recognizing this gap, the goal was set to expand CareSync's reach across all hierarchical levels.

research
research
research
1/ understanding the Hospital Environment

To design an effective multilevel platform, it was essential to understand the hospital's organizational structure thoroughly. This involved:

a/ hierarchical mapping

a/ hierarchical mapping

Creating detailed diagrams of the hospital's departments, roles, and reporting lines. This helped identify how information flows within the organization and where bottlenecks occurred.

b/ user needs analysis

b/ user needs analysis

Conducting interviews and surveys with representatives from each user group, including doctors, nurses, administrative staff, department heads, and executives. This provided insights into their specific tasks, challenges, and requirements from the platform.

/ hierarchical map

/ hierarchical map

/ hierarchical map

/ research / 1a

/ research / 1a

/ research / 1a

2/ analysing CareSync 3.3

This involved closely examining the existing application layout to gain a comprehensive understanding of its strengths, weaknesses and limitations.

/ CareSync 3.3 main structure

/ CareSync 3.3 main structure

/ CareSync 3.3 main structure

/ research / 2

/ research / 2

/ research / 2

a/ sidebar navigation

This represented the key component to navigate through the app.

Overview: displayed the most important information for a doctor. Each widget of the dashboard worked as a compressed view of more complex screens from the app

Calendar: allowed doctors to schedule and manage appointments efficiently.

Patients: to manage patients, view their files(containing appointments notes, medical history and personal information about the patient).

Inbox: an easy and fast way to get in touch with the patients but also with other healthcare professionals within the hospital.

/ CareSync 3.3 sidebar

/ CareSync 3.3 sidebar

/ CareSync 3.3 sidebar

/ research / 2a

/ research / 2a

/ research / 2a

b/ page header

This contained the current page name on the left, but also some important account related buttons on the right: notifications, settings and account info.

/ CareSync 3.3 header

/ CareSync 3.3 header

/ CareSync 3.3 header

/ research / 2b

/ research / 2b

/ research / 2b

c/ page content

The page content was very diverse depending on on the page: tables, widgets for dashboards, calendar and other resources.

/ CareSync 3.3 content

/ CareSync 3.3 content

/ CareSync 3.3 content

/ research / 2c

/ research / 2c

/ research / 2c

strategy
strategy
strategy
Goal

"Scale CareSync 3.0 into a multilevel management platform, CareSync 4.0, that provides various levels of access and visibility."

?/ what to keep

Core Functionalities: The main page content and essential features that users relied on were retained to ensure continuity and reduce the learning curve.

Patient Files Side Panel: Recognized as a crucial feature for doctors and other medical staff, this component was preserved and enhanced to support additional data relevant to other user roles..

?/ what to change

Sidebar Navigation: Required a complete redesign to accommodate the multilevel structure. Introduced expandable dropdown menus and tabulation to organize content efficiently.

Page Header Navigation: Added secondary navigation aids, such as breadcrumb trails, to improve path visibility and ease of navigation, especially for higher-level users accessing deep hierarchical levels.

design enhacements
design enhacements
design enhacements
1/ adjust content for each hierarchical level

The Overview Dashboard, Patient Table, and Patient File views were expanded to cater to different levels of hospital management, providing relevant insights at each level.

a/ Overview Dashboard

Pain Point: Users across different hospital roles had varied data needs but were restricted by a one-size-fits-all dashboard, leading to clutter for some and missing information for others.

HMW SESSION: Identify ways to create a more adaptable dashboard experience that accommodates different user roles and reduces information overload.

Outcome1: adding edit feature that enables users to personalize their dashboards by adding, removing, or rearranging widgets.

Outcome2: preset layouts tailored to each user role (e.g., doctor, administrator) will provide users with relevant default configurations they can adjust as needed.

  • Pain Point: Users across different hospital roles had varied data needs but were restricted by a one-size-fits-all dashboard, leading to clutter for some and missing information for others.

  • HMW SESSION: Identify ways to create a more adaptable dashboard experience that accommodates different user roles and reduces information overload.

  • Outcome1:

    adding edit feature that enables users to personalize their dashboards by adding, removing, or rearranging widgets.

    Outcome2:

    preset layouts tailored to each user role (e.g., doctor, administrator) will provide users with relevant default configurations they can adjust as needed.

b/ Patient Table

  • Advantages: this page displayed the patients of a doctor in 2 views: grid and list

  • Limitation: the page was used only for displaying the list of a doctor's patients

  • Enhancement: improve this component to visualize various resources (e.g. patients, doctors, clinics) across all the new levels of the app

c/ Patient File

  • Advantages: compact, offered a fast preview of important data about a patient and also actions like add appointment, message and call

  • Limitation: built only for patient data vizualization with particular features like appointments summaries and medical history documents.

  • Enhancement: improve panel to use it as a preview of various resources (e.g. patients, doctors, clinics) across all the new levels of the app

2/ sidebar: adding dropdown menus and tabulation

Things got complicated and a little too crowded in the SideBar for Level3: it could end up looking as a long list of pages. In order to compress and visually declutter the content, I added drop-down sections that compressed all the information found in the levels below.

/ sidebar evolution

/ sidebar evolution

/ sidebar evolution

/ design / 2

/ design / 2

/ design / 2

3/ page header: adding breadcrumb trail as a secondary navigation scheme

Pain point

After completing user testings on the final NavigationBar design, we found out that higher level users had problems navigating al the way to the last level, and remembering the path.

Solution

Implemented a breadcrumb trail to improve navigation for higher-level users, enhancing path visibility and offering a secondary navigation scheme, making it easier for users to backtrack through the hierarchy.

/ page header evolution

/ page header evolution

/ page header evolution

/ design / 3

/ design / 3

/ design / 3

Advantages: this page displayed the patients of a doctor in 2 views: grid and list

Limitation: the page was used only for displaying the list of a doctor's patients

Enhancement: improve this component to visualize various resources (e.g. patients, doctors, clinics) across all the new levels of the app

Advantages: compact, offered a fast preview of important data about a patient and also actions like add appointment, message and call

Limitation: built only for patient data vizualization with particular fetaures like appointments summaries and medical history documents.

Enhancement: improve panel to use it as a preview of various resources (e.g. patients, doctors, clinics) across all the new levels of the app

key learnings
key learnings
key learnings
1/ dealing with a Legacy Codebase

Collaboration with Developers: Close cooperation with the development team was essential to navigate technical constraints and implement new features without compromising system stability.

Incremental Integration: Adopted a phased approach to integrating new functionalities, allowing for thorough testing and minimizing risks associated with large-scale changes.

2/ User-Centric Design

Continuous User Engagement: Regular interaction with users throughout the design process ensured that the platform addressed real-world needs and preferences.

Empathy Mapping: Developed a deeper understanding of user motivations and frustrations, which informed more effective design solutions.

3/ balancing Innovation and Practicality

Feasibility Analysis: Assessed the technical feasibility of design ideas early in the process to align expectations and focus on achievable enhancements.

Prioritization: Identified high-impact changes that could be implemented within project constraints, ensuring that critical improvements were delivered on time.

outcome
outcome
outcome
1/ expanded reach across all hierarchical levels

a/ problem

The platform was limited to doctors, excluding administrative staff, department heads, and executives, leading to fragmented operations.

b/ solution

Redesigned CareSync to include user roles across all hierarchical levels, providing tailored access and functionalities to each group.

c/ results

User Base Growth: Increased by 150%, extending accessibility to a broader range of hospital staff.

Operational Efficiency: Boosted by 200%, as administrative tasks became more streamlined and communication improved.

Performance Insights for Executives: Improved by 170%, enabling data-driven decision-making through accessible analytics and reports.

2/ achieved "infinite" scalability

a/ problem

The original app architecture could not accommodate future growth, additional departments, or expansion to other locations.

b/ solution

Redesigned the sidebar navigation and integrated Workspaces to allow for seamless addition of new departments, services, and even multiple hospital sites.

c/ results

Scalable Architecture: CareSync now supports easy integration of new functionalities and user groups without the need for significant redesign.

Future-Proofing: Positioned the platform to adapt to the hospital's evolving needs, including potential expansion into new regions.

3/ reduced errors and increased accuracy in information retrieval

a/ problem

Users encountered navigation-related errors and inefficiencies due to accessibility issues and poorly placed action buttons.

b/ solution

Improved compliance with accessibility standards and strategically relocated action buttons for better visibility and ease of use.

c/ results

Error Reduction: Navigation-related errors decreased by 15%, leading to more accurate information retrieval and reduced user frustration.

User Satisfaction: Increased due to the more intuitive interface and enhanced usability.

By adopting a structured, user-focused approach and addressing both technical and organizational challenges, CareSync was transformed into a versatile platform that effectively meets the complex needs of a modern hospital environment. The redesign not only enhanced operational efficiency and communication across all hierarchical levels but also laid a robust foundation for future innovations in healthcare management systems.
By adopting a structured, user-focused approach and addressing both technical and organizational challenges, CareSync was transformed into a versatile platform that effectively meets the complex needs of a modern hospital environment.

The redesign not only enhanced operational efficiency and communication across all hierarchical levels but also laid a robust foundation for future innovations in healthcare management systems.

By adopting a structured, user-focused approach and addressing both technical and organizational challenges, CareSync was transformed into a versatile platform that effectively meets the complex needs of a modern hospital environment.

The redesign not only enhanced operational efficiency and communication across all hierarchical levels but also laid a robust foundation for future innovations in healthcare management systems.

Let's transform ideas → reality

Let's transform
ideas → reality

Let's transform ideas → reality