Healthcare & Wellness
Research & user interface design for alcohol recovery mobile app
COMPANY
Reboot Wellness
ROLE
UX/UI Design Intern
EXPERTISE
Mobile Product Design
YEAR
2016
Project Statement
The struggle to overcome alcohol addiction significantly impacts individuals' well-being and various aspects of their lives. An effective solution is sought to empower those with alcohol dependence to achieve recovery and lead a balanced, healthy life.
Project Overview
Goal
Design a mobile-first platform that empowers individuals recovering from alcohol addiction, while supporting psychiatrists in monitoring progress and providing ongoing care.
Challenge
Individuals struggling with alcohol addiction face significant personal, physical, and emotional hurdles. However, most digital recovery tools fail to:
Provide personalized support tailored to recovery stages
Offer real-time accountability or habit tracking
Facilitate psychiatrist-patient communication effectively
Psychiatrists also struggle to monitor patient progress without a structured, user-friendly system.
Goals
Understand motivations and challenges in addiction recovery
Identify usability gaps in existing recovery tools
Explore psychiatrists’ needs for patient tracking and communication
Process
Interviews reveal a strong desire for personal accountability in recovery and a need for tailored online recovery tools. Efficient recovery assessment and improved communication with psychiatrists are key takeaways:
8 In-depth Interviews: 5 individuals in recovery, 3 psychiatrists
Explored: Motivation, relapse triggers, therapy experience, app usage habits
Key Insights
🧭 Personal Accountability Matters
⚠️ Generic Apps Don’t Work
🧑⚕️ Psychiatrist-Patient Communication is Crucial

Personas
Raj – Lifestyle Heavy Drinker
Goal: Regain control over health & life
Pain Points: Emotional withdrawal, lack of structure
Needs: Habit-tracking, personalized recovery steps

Dr. Tanya – Psychiatrist
Goal: Track patient adherence and progress
Pain Points: Infrequent check-ins, no visibility into patient behaviors
Needs: Clear reporting dashboard, secure messaging

Design Approach
Information Architecture
Information Architecture was used to structure addiction recovery and assessment apps based on user goals and needs of individuals in recovery and psychiatrists.
Structured around 3 key user groups:
Individuals in Recovery
Psychiatrists
Caregivers

After a comprehensive analysis of the timeline and budget, we worked closely with the client to redefine the project scope. The new scope included three distinct app focus phases for the initial launch:
Individuals with alcohol dependency
The Psychiatrist
Caregiver/Family
High-Fidelity Designs
I created high-fidelity wireframes with concrete layouts and elements to visualize the app's design and functionality for the client.
Key Features
Personalized Recovery Plans
Progress Dashboards
Communication Module
Usability Testing
During the Moderated Task-Based Usability testing, it was discovered that participants were unaware of the customization option for the diet chart. As a result, they accessed the diet plan based on their usual habits without realizing they had the ability to personalize it to suit their preferences.
Method
Moderated, task-based tests with 5 participants from both user groups.
Issues & Fixes
Issue: Users missed the option to personalize diet plans
Fix: Added arrows + tooltips
Quote: "I didn’t realize I could tailor my chart—it wasn’t obvious."
Issue: Uploading lab reports via card sorting confused users
Fix: Added hover effects + clear ‘Upload’ button
Quote: "I had no idea these were clickable."
Outcomes
Conducted comprehensive user research within a limited timeframe.
Effectively managed and streamlined extensive research and interview data, ensuring that the information is readily accessible and beneficial for users and stakeholders.
Reflections
Collaboration with psychiatrists was key to designing truly supportive features
Designing for vulnerable users taught me to balance clarity, empathy, and empowerment
Testing early helped us validate assumptions and prevent friction in key flows