PROJECT

Driving Healthcare Decisions:

Driving Healthcare Decisions:

How strategic UX design generated 106% more specialist visits and 14.7k patient actions.

UX/UI Design

Mobile Focus

Data Visualization

cliff notes

Overview: The Administration Comparison Tool empowers patients to compare VYVGART Hytrulo with other treatments through an intuitive, mobile-first interface, helping them make informed decisions and have meaningful conversations with their healthcare providers.


Challenge: Patients struggled to understand treatment differences and benefits across complex medical options.


Solution: A mobile-optimized comparison tool that transforms dense medical data into clear, visual treatment comparisons.


Impact: Enabled faster treatment evaluation and improved patient-doctor discussions about VYVGART Hytrulo benefits.

DATE

January 24, 2025-

May 5 2025

MY ROLE

UX/UI Design Lead

TOOLS AND TECH

  • Figma

  • Adobe Illustrator

  • Adobe Photoshop

  • Workfront Proof

  • Jira

CORE TEAM

1 UX/UI Designer

1 UX Director

2 Developers

2 Strategists

1 Creative Director

3 Legal Reviewers

A peek into the impact of this project:

Neurologist Visits

0

%

increase

High-Intent User Actions

0

k

in Q2 alone

Task Completion

0

%

of goal

step 1: define the problem

Making treatment comparisons clear and accessible for patients.

Making treatment comparisons clear and accessible for patients.

The team began by clearly defining the user problem to ensure our design decisions stayed anchored to real needs.

The team began by clearly defining the user problem to ensure our design decisions stayed anchored to real needs.

User Problem

Patients struggle to compare treatment options, finding it difficult to understand why one medication may be better than another. They need a straightforward way to evaluate benefits and drawbacks across different treatments.

This project balanced user-centered design principles with strategic business objectives, while navigating the constraints of strict legal and regulatory review.

The project was anchored by a set of clearly defined goals.

Galvanize patients

around VYVGART

Hytrulo’s benefits

Empower patients to learn about their treatment options and speak to their doctor

Cultivate an elevated experience for patients on VYVGART Hytrulo’s

website

Step 2: research and inspiration

I evaluated the competitive landscape to identify gaps and opportunities for differentiation.

I evaluated the competitive landscape to identify gaps and opportunities for differentiation.

I analyzed competitors currently in the market to identify strengths, and weaknesses.

I analyzed competitors currently in the market to identify strengths, and weaknesses.

A few key insights emerged from my competitive research:

  • Mobile layouts are often overwhelming and hard to navigate.

  • Tabs hide important information, making it difficult for users to see everything at a glance.

  • Charts feel clinical and intimidating, discouraging engagement.

I also researched how brands in other industries approach product comparison, drawing inspiration from outside the medical and pharmaceutical space to create a more innovative experience.

I also researched how brands in other industries approach product comparison, drawing inspiration from outside the medical and pharmaceutical space to create a more innovative experience.

Apple’s comparison tool offered a strong example of a clean, airy design with scannable information, supported by helpful iconography and imagery to guide users through dense, potentially overwhelming content.

Step 3: design

Testing Early Designs to Validate User Navigation and Functionality

Testing Early Designs to Validate User Navigation and Functionality

I kicked off the design process by creating early-stage wireframes and prototypes to facilitate team feedback and iteration.

I kicked off the design process by creating early-stage wireframes and prototypes to facilitate team feedback and iteration.

I designed three variations to review with the team and test with users to better understand their preferences. I created working prototypes to best demonstrate the functionalities of each design.

I created initial designs to align with the team and test which functionalities were most intuitive for users.

I created initial designs to align with the team and test which functionalities were most intuitive for users.

Version 1 - Leaning into iconography and typography.

  • Inspired by Apple’s approach, I experimented with typography and iconography to make the information more digestible.

  • On mobile, I tested a horizontal scroll function, allowing users to swipe through the chart and easily compare treatment details as they progressed.

Version 1 - Leaning into iconography and typography.

  • Inspired by Apple’s approach, I experimented with typography and iconography to make the information more digestible.

  • On mobile, I tested a horizontal scroll function, allowing users to swipe through the chart and easily compare treatment details as they progressed.

Version 2 - Bold color and a toggle function.

  • In Version 2, I aimed to infuse more branding and experiment with a bold, unconventional design. On desktop, I retained the grid structure from Version 1.

  • On mobile, I introduced a new interaction—allowing users to toggle between treatments to compare them against VYVGART Hytrulo.

Version 2 - Bold color and a toggle function.

  • In Version 2, I aimed to infuse more branding and experiment with a bold, unconventional design. On desktop, I retained the grid structure from Version 1.

  • On mobile, I introduced a new interaction—allowing users to toggle between treatments to compare them against VYVGART Hytrulo.

Version 3 - A conservative and scaled back design.

  • Given the need to comply with strict legal reviews, I developed a third, more conservative option as a fallback.

  • This design functioned similarly to a chart, removing any type hierarchy or icons that might be seen as distracting.

  • On mobile, I flipped the axes from the desktop version and introduced an accordion-style dropdown. This allowed users to easily navigate categories while reducing cognitive load by letting them choose what they wanted to explore.

Version 3 - A conservative and scaled back design.

  • Given the need to comply with strict legal reviews, I developed a third, more conservative option as a fallback.

  • This design functioned similarly to a chart, removing any type hierarchy or icons that might be seen as distracting.

  • On mobile, I flipped the axes from the desktop version and introduced an accordion-style dropdown. This allowed users to easily navigate categories while reducing cognitive load by letting them choose what they wanted to explore.

User and stakeholder feedback from the first design iteration provided critical insights that shaped future improvements.

User and stakeholder feedback from the first design iteration provided critical insights that shaped future improvements.

Feedback from user testing, along with input from the team, guided the refinement and iteration of the design. The process surfaced several key takeaways.

step 4: A/B testing

Leveraging Early Feedback to Drive Design Improvements

Leveraging Early Feedback to Drive Design Improvements

  1. Both on desktop and mobile, an Important Safety Information (ISI) tray will be visible on the page, which partially obstructs the screen. To ensure users could still compare multiple treatment options at once, I carefully considered the height of each row, ensuring the design accommodated the ISI tray without compromising usability or clarity.

  1. During testing, I noticed users struggled with the horizontal scroll section—it wasn’t immediately clear that the scroll direction would change. This insight led me to realize that the mobile design needed to be revised, and one of the other designs would be a better fit for moving forward.

  1. Users reported confusion with the functionality of this design, as it wasn't immediately clear what action they needed to take. I realized we would either need to add instructional text or an icon to explain the functionality. However, this solution felt clunky and unnecessarily complicated for users.

  1. The team appreciated the simplicity of the third solution but felt it lacked visual interest, making the dense text feel overwhelming for users. We needed to find a way to add engaging elements without compromising the clean, straightforward design.

step 5: iterate

Refining the Design: Focusing on Meaningful Icons and Mobile Usability

Refining the Design: Focusing on Meaningful Icons and Mobile Usability

For the next design iteration, I narrowed down to a single concept based on user and team feedback. I focused on refining the use of icons — aiming to ensure they added meaningful context rather than serving as purely decorative elements.

On mobile, the experience adapted to flipped axes and leveraged purposeful icons and elevated typography to improve content hierarchy and readability.

The final iteration

The final iteration

For the third iteration, I was determined to keep icons in the design. I moved them from within the rows, to out in the column. This helped to differentiate the different column headings, while still using icons to create visual interest and break up the text.

step 6: analyze impact + iterate

Results and Reflections

Results and Reflections

Neurologist Visits

0
0

%

%

increase

increase

High-Intent User Actions

0
0

k

k

in Q2 alone

in Q2 alone

Task Completion

0
0

%

%

of goal

of goal

The Comparison Tool delivered results that exceeded the initial project goals and demonstrated the power of user-centered design in healthcare decision making.

The Comparison Tool delivered results that exceeded the initial project goals and demonstrated the power of user-centered design in healthcare decision making.

  • Users successfully navigated complex treatment comparisons without confusion, resulting in a 106% increase in neurologist visits. This shows that users moved from research to action and the tool facilitated meaningful doctor-patient conversations.

  • We saw 448 patient conversions to VYVGART Hytrulo through the website channel.

  • 186% task completion goal achieved, demonstrating superior usability.

  • The website achieved 41.8x targeting precision, reaching diagnosed patients at 41+ times the expected rate.

What I Learned:

What I Learned:

Working on this project was a welcome challenge that allowed me to redefine what's possible in the traditionally conservative pharmaceutical space. I was able to push boundaries and create a tool that is genuinely user-friendly across both desktop and mobile—an experience often lacking in the antiquated pharma industry.

  • The power of early, iterative testing: Complex user flows require continuous validation, especially when users are making high-stakes healthcare decisions

  • Small details, big impact: Design decisions as seemingly minor as icon placement can dramatically affect user comprehension and task completion

  • Simplicity with purpose: The art of balancing clean, accessible design with visual engagement becomes even more critical when presenting complex medical information

  • Regulatory constraints as creative catalysts: Working within strict pharmaceutical guidelines pushed me to find innovative solutions that serve users while meeting compliance requirements

Next Steps

Next Steps

  • Refinement & Testing: Continuously iterate on designs and conduct usability tests to assess how easily users understand and navigate the comparison tool.

  • User Interviews: Gather qualitative insights through interviews to explore user sentiment around VYVGART Hytrulo and identify opportunities for enhancing the comparison experience.

  • Traffic Monitoring: Track engagement metrics to evaluate if users are interacting with the tool effectively and completing desired calls to action.

© 2025 Sara Duval