Faceflo conceptualizing a new way to capture, monitor, & automate progress data for people with unilateral facial paralysis.

Faceflo conceptualizing a new way to capture, monitor, & automate progress data for people with unilateral facial paralysis.

OVERVIEW

ROLE

Founding Product Designer

Founding Product Designer

DELIVERABLES

Research

Strategy

Ideation

Design System

UX/UI Design

Wireframes
Prototyping
Developing

Research

Strategy

Ideation

Design System

UX/UI Design

Wireframes
Prototyping
Developing

TEAM

1 Designer

Gigi Hernandez (me)

1 Backend Developer
Innam

1 Designer

Gigi Hernandez (me)

1 Backend Developer
Innam

TIMELINE

2 Months

2 Months

YEAR

2025

2025

ROLE

Founding

Product Designer

TIMELINE

2 Months

YEAR

2025

DELIVERABLES

Research

Strategy

Ideation

Design System

UX/UI Design

Wireframes
Prototyping
Developing

TEAM

1 Designer

Gigi Hernandez (me)

1 Developer
Innam

GOAL

Creating a new way for individuals with unilateral facial paralysis and drooping to easily assess the state of their facial function.

The current grading systems are made for clinician assessments and are not meant to be interpreted by people with facial paralysis. Our approach is to make self monitoring easy and accessible. [1]

CHALLENGE

Individuals lack accessible tools that provide real-time feedback and analysis for self-assessments between visits with healthcare providers.

Despite Bells Palsy being the most common cause of facial drooping, accounting for 38% to 83% of cases. Affecting 15 to 40 of every 100,000 people annually [2] in the U.S alone. There is not at home national standard for grading facial function or long-term monitoring after injuries. [3]

OUTCOME

A mobile app that leverages computer vision to objectively capture 6 key facial expressions based on the standard SunnyBrook scale.

Faceflo was designed to support how healthcare providers assess facial nerve function based on the Sunnybrook syste. People are guided to snap pictures of 6 key facial expressions to automatically record visible changes in their face between medical visits.

SunnyBrook Facial Grading System

MARKET RESEARCH

Within 2 weeks we collected existing applications on the market. 95% are intended for healthcare provider use while the other 5% are patient facing tools.

It was important to understand what was currently on the market. We collected over 50+ applications related to facial paralysis grading, visualizations of data, and training videos demonstrating how to use the tool for healthcare providers. I came across a few patient facing tools categorized as health and wellness tools instead of the healthcare facing diagnosis approach.

Competitor Benchmarking

Eface UX Flow

Big Picture Data

Literature deep dive

I read, skimmed, watched, and reviewed over 50+ medical research papers from PubMed and organized them into categories.

This improved taking snapshots and notes of key visual data and information.

Competitor Benchmarking

Design Challenge

How might we effectively help people with facial paralysis track and monitor the state of their facial function at their own convenience between doctor visits?

How might we effectively help people with facial paralysis track and monitor the state of their facial function at their own convenience between doctor visits?

How might we effectively help people with facial paralysis track and monitor the state of their facial function at their own convenience between doctor visits?

Design Sprint

Created an MVP new user onboarding flow to plan the design of our screens.

Our approach was to make it easy for users to continue as guests and test out the tool without pushing them to create an account so they feel in control of their decision.

New User Onboarding

Created a flow to demonstrate how users will capture their key facial expressions in a session

Our approach was to create a guided capture session to help users take consistent photos.

Guided facial expression capture session

DESIGN SOLUTION

We positioned our design to focus on clear guided efficiency cues and clean UI to create a positive impact and retain user engagement.

Main infotainment center console.

DEVELOPING

Testing the technology using Mediapipe from Github

Main infotainment center console.

Reflections

Takeaway 1

Designing for people with specific health conditions challenged me to think beyond conventional UX. I had to consider how emotional vulnerability, privacy, and trust impact the way people use technology. This pushed me to investigate HIPPA laws and different causes and impacts of facial paralysis. My became to design with compassion in mind, especially when the visual feedback could impact a person's self-image.

Designing for people with specific health conditions challenged me to think beyond conventional UX. I had to consider how emotional vulnerability, privacy, and trust impact the way people use technology. This pushed me to investigate HIPPA laws and different causes and impacts of facial paralysis. My became to design with compassion in mind, especially when the visual feedback could impact a person's self-image.

Reflections

Takeaway 2

Designing for a product around computer vision, I learned to briefly audit different open source frameworks on Github and watched multiple videos demonstrating how people build their own tools with these frameworks. This helped me understand the content constraints of the design.

Designing for a product around computer vision, I learned to briefly audit different open source frameworks on Github and watched multiple videos demonstrating how people build their own tools with these frameworks. This helped me understand the content constraints of the design.

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Thank you for visiting fellow Web Traveler 🧙‍♂️✨

© Gigikhz. All rights Reserved.

Thank you for visiting fellow Web Traveler 🧙‍♂️✨

© Gigikhz. All rights Reserved.

|

Thank you for visiting fellow Web Traveler 🧙‍♂️✨