Building a healthcare platform from scratch
Building a healthcare platform from scratch
A single solution to simplify patient journeys and streamline clinical workflows.
A single solution to simplify patient journeys and streamline clinical workflows.
A single solution to simplify patient journeys and streamline clinical workflows.
Overview
When I was a year into my design career, I took on the challenge of creating a healthcare platform from scratch. Clinics were juggling fragmented systems, physicians were buried in admin work, and patients lacked clarity about their recovery journey.
My goal was to design an integrated platform that connected clinics, physicians, and patients—making complex workflows simple, transparent, and compliant.
When I was a year into my design career, I took on the challenge of creating a healthcare platform from scratch. Clinics were juggling fragmented systems, physicians were buried in admin work, and patients lacked clarity about their recovery journey.
My goal was to design an integrated platform that connected clinics, physicians, and patients—making complex workflows simple, transparent, and compliant.
My role
As an early-career designer, I owned this project end-to-end—from research and information architecture to visual design and usability testing. This was my first experience building a healthcare platform from scratch, and it pushed me to learn fast and think system-wide.
Mapping workflows for admins, physicians, and patients
Designing navigation and dashboard architecture
Creating a scalable design system for web and mobile
Running usability tests and refining interactions
The Challenge
Healthcare tools have to balance complexity and clarity. Clinics need detailed features for managing requests, journeys, and documentation, while patients want simplicity and reassurance. My goal was to design for both without overwhelming users or breaking compliance.
Goals
Unify fragmented workflows
Clinics were using separate tools for patient records, scheduling, and communication, leading to delays and inefficiencies. Our goal was to bring everything into one intuitive dashboard.
Give patients visibility and control
Patients had no clear way to track progress or understand next steps in their recovery. The design had to provide a transparent journey view and easy communication with care teams.
Support multiple roles without complexity
Admins, physicians, and patients all needed access to different features, but in a way that kept the experience simple and secure through role-based dashboards.
Ensure compliance and scalability
The system needed to meet strict healthcare data regulations and scale for clinics of different sizes without compromising usability.
Next steps
Research & Analysis
Information Architecture & Flows
Wireframing
UI Design
Testing & Refinement
Research & Analysis
Information Architecture & Flows
Wireframing
UI Design
Testing & Refinement
Research & Analysis
Information Architecture & Flows
Wireframing
UI Design
Testing & Refinement
Research & Insights
I interviewed clinic managers, physicians, and patients to uncover needs and pain points. Here’s what I learned:
Transparency matters:
Patients wanted real-time updates and clear next steps.
Transparency matters:
Patients wanted real-time updates and clear next steps.
Efficiency for providers:
Physicians needed less time in admin tasks, more time for care.
Efficiency for providers:
Physicians needed less time in admin tasks, more time for care.
Tech comfort levels vary:
Many patients had never used a digital health tool, so the design had to feel simple and familiar.
Tech comfort levels vary:
Many patients had never used a digital health tool, so the design had to feel simple and familiar.
To design for three very different user types—admins, physicians, and patients I started by mapping the entire care ecosystem. This helped reveal where workflows broke down and where duplication created inefficiencies.
Next, I created role-based user flows to clarify who needed what and when. These flows became the blueprint for simplifying navigation.
Finally, I moved into low-fidelity wireframes to validate these decisions with stakeholders early. The goal was to reduce complexity and confirm that critical actions like tracking patient journeys or assigning staff were always easy to access.
To design for three very different user types—admins, physicians, and patients I started by mapping the entire care ecosystem. This helped reveal where workflows broke down and where duplication created inefficiencies.
Next, I created role-based user flows to clarify who needed what and when. These flows became the blueprint for simplifying navigation.
Finally, I moved into low-fidelity wireframes to validate these decisions with stakeholders early. The goal was to reduce complexity and confirm that critical actions like tracking patient journeys or assigning staff were always easy to access.
Process
To design for three very different user types—admins, physicians, and patients I started by mapping the entire care ecosystem. This helped reveal where workflows broke down and where duplication created inefficiencies.
Next, I created role-based user flows to clarify who needed what and when. These flows became the blueprint for simplifying navigation.
Finally, I moved into low-fidelity wireframes to validate these decisions with stakeholders early. The goal was to reduce complexity and confirm that critical actions like tracking patient journeys or assigning staff were always easy to access.
Wireframes
I began by mapping user journeys to uncover pain points. Early wireframes validated the navigation approach with stakeholders. Iterative testing shaped the design system that now powers both web and mobile.
Early wireframes focused on structure, not visuals. They explored how role-based permissions, navigation flows, and task management could work together in a single platform. Validating these concepts early allowed us to refine layouts, prioritize the most-used actions, and ensure both clinics and patients could use the system without friction.
Early wireframes focused on structure, not visuals. They explored how role-based permissions, navigation flows, and task management could work together in a single platform. Validating these concepts early allowed us to refine layouts, prioritize the most-used actions, and ensure both clinics and patients could use the system without friction.
Overview
Clinics were juggling multiple disconnected tools. One for patient records, another for scheduling, and yet another for communication. This fragmentation created inefficiencies, delayed care, and frustrated both patients and providers.
The goal was simple but ambitious: create a single, integrated platform for clinics, physicians, and patients to manage care in a transparent, efficient, and user-friendly way.
My role
As an early-career designer, I owned this project end-to-end—from research and information architecture to visual design and usability testing. This was my first experience building a healthcare platform from scratch, and it pushed me to learn fast and think system-wide.
Mapping workflows for admins, physicians, and patients
Designing navigation and dashboard architecture
Creating a scalable design system for web and mobile
Running usability tests and refining interactions
The challenge
Healthcare tools have to balance complexity and clarity. Clinics need detailed features for managing requests, journeys, and documentation, while patients want simplicity and reassurance. My goal was to design for both without overwhelming users or breaking compliance.
Dashboard
Dashboard
A single hub for clinics to manage requests, monitor journeys, and access key metrics designed for speed and clarity in high-pressure environments.
A single hub for clinics to manage requests, monitor journeys, and access key metrics designed for speed and clarity in high-pressure environments.
A single hub for clinics to manage requests, monitor journeys, and access key metrics designed for speed and clarity in high-pressure environments.
mhealth.dashboard.com
mhealth.dashboard.com
Patient profile
All patient data in one view: history, active treatments, progress notes. Built for transparency and easy collaboration across care teams.
All patient data in one view: history, active treatments, progress notes. Built for transparency and easy collaboration across care teams.
mhealth.dashboard.com
mhealth.dashboard.com
Staff management
Role-based tools for adding, editing, and monitoring team members. This feature ensures clinics can manage their workforce efficiently while maintaining secure access controls for sensitive patient data.
Role-based tools for adding, editing, and monitoring team members. This feature ensures clinics can manage their workforce efficiently while maintaining secure access controls for sensitive patient data.
mhealth.dashboard.com
Chats & Journeys
Secure, real-time communication between patients and care providers for quick updates, reducing delays in treatment and improving trust.
Secure, real-time communication between patients and care providers for quick updates, reducing delays in treatment and improving trust.
Impact
The design simplified care management for clinics and improved patient experience by making progress tracking clear and accessible.
Reduced admin task time during usability tests by 30%. Patients now see their recovery progress at a glance.
Improved clarity of patient journeys, validated through real-world use and feedback
Patients gained better visibility into their recovery process and next steps
The platform is now live and actively used in clinics, streamlining workflows and creating a more transparent, user-friendly care experience.
Learnings
Designing for healthcare taught me the importance of compliance and trust. As a new designer, I learned how to break down complex systems, validate early, and bring clarity without sacrificing detail.
I loved the challenge of transforming a complicated process into something intuitive. The most rewarding part? Seeing the real impact clinics now manage care in one place, physicians spend less time on admin, and patients finally understand their recovery journey.
This experience reinforced why I’m passionate about designing products that make a difference in people’s lives.
Learnings
Learnings
Patient profile
All patient data in one view: history, active treatments, progress notes. Built for transparency and easy collaboration across care teams.
Staff management
Role-based tools for adding, editing, and monitoring team members. This feature ensures clinics can manage their workforce efficiently while maintaining secure access controls for sensitive patient data.
Chats & Journeys
Secure, real-time communication between patients and care providers for quick updates, reducing delays in treatment and improving trust.
Impact
The design simplified care management for clinics and improved patient experience by making progress tracking clear and accessible.
Reduced admin task time during usability tests by 30%. Patients now see their recovery progress at a glance.
Improved clarity of patient journeys, validated through real-world use and feedback
Patients gained better visibility into their recovery process and next steps
The platform is now live and actively used in clinics, streamlining workflows and creating a more transparent, user-friendly care experience.