• Basic Details
  • Understanding the Problem
  • Design & Prototype
  • Design System Decisions
  • Validation & Iteration
  • My Role & Contributions
  • Key Learnings & Takeaways

Orthodontic Workflow Management App

Designed a mobile-first platform that transformed paper-based and desktop-dependent workflows into a unified system for treatment planning, patient management, scheduling, and multi-clinic operations.

Category

Details

Role

Product Designer

Timeline

2 Months

Industry

Healthcare

Platform

Mobile App

Stakeholders

Orthodontist Owner, Product Team

Responsibilities

 Research, IA, User Flows, Design System, UI Design, Prototyping, Developer Collaboration

Context

An orthodontist managing multiple clinics approached our team with a simple challenge:

Existing desktop software was difficult to access during consultations and daily clinic operations.

Alongside the software, important treatment information was still being maintained through paper records, making patient management fragmented and difficult to track.

The doctor needed a solution that could centralize operations while remaining accessible throughout the day.

Existing Challenges

Fragmented Information

Patient records, treatment notes, prescriptions, appointments, and progress tracking existed across multiple systems.

Limited Accessibility

Desktop-only access restricted usage during consultations and movement between clinic locations.

Multi-Clinic Complexity

Managing schedules, patients, and appointments across several clinics created operational overhead.

Treatment Documentation

Orthodontic treatment planning involved large amounts of clinical data that were difficult to maintain consistently.

Brief Context

The biggest challenge was organizing a highly specialized orthodontic workflow into a mobile experience that remained intuitive and efficient. The platform needed to support patient management, treatment planning, appointments, analytics, and multi-clinic operations while keeping navigation simple enough for everyday clinical use.

Information Architecture

The final architecture was designed around the doctor’s most frequent activities.

Primary Navigation:

  • Home
  • Patients
  • Appointments
  • Profile

Secondary modules:

  • Treatments
  • Analytics
  • Education Hub
  • Notifications
  • Prescriptions
  • Clinic Settings

Patient Lifecycle

Patient Registration  ▸  Consultation  ▸  Clinical Examination  ▸  Treatment Planning  ▸  Appointments  ▸  Progress Tracking  ▸  Completion

Treatment Planning Workflow

The treatment module followed a structured step-by-step approach:

  • Medical History
  • Dental History
  • Clinical Examination
  • Diagnosis
  • Treatment Planning
  • Anchorage Planning
  • Prescriptions
  • Progress Tracking

Among all modules, Anchorage Planning proved to be the most complex due to the number of clinical decisions involved.

Multi-Clinic Workflow

Since doctors frequently worked across multiple clinics, the system needed to support location-specific schedules and patient management without introducing additional complexity.

Key considerations:

  • Clinic-based scheduling
  • Independent patient records
  • Location-specific operations
  • Minimal clinic switching effort

Reducing Form Fatigue

Treatment planning required extensive data entry. To prevent overwhelming users, several usability patterns were introduced.

Key decisions:

  • Accordions
  • Progressive disclosure
  • Tab-based sections
  • Save & continue functionality
  • Visual grouping
  • Editable default values

Visual Evidence

  • Information Architecture
  • Treatment Flow
  • Patient Lifecycle
  • Navigation Structure

Brief Context

Healthcare products often require displaying large amounts of information while maintaining speed and accuracy. The design system was built to balance information density with usability, ensuring doctors could quickly access critical information without becoming overwhelmed.

Mobile-First Strategy

The platform was intentionally designed for mobile use because doctors frequently:

  • Travel between clinics
  • Review schedules before clinic sessions
  • Access records during consultations

Information Hierarchy

The hierarchy was designed around the most frequent actions.

Priority information:

  • Today’s appointments
  • Active treatments
  • Patient progress
  • Notifications
  • Revenue snapshots

Component Decisions

A reusable component system was created to maintain consistency across the platform.

Core components:

  • Cards
  • Medical forms
  • Status indicators
  • Timelines
  • Appointment states
  • Patient summaries

Design Principles

  • Clarity over decoration
  • Workflow-driven navigation
  • Consistent data presentation
  • Minimal cognitive load
  • Mobile-first interactions

Visual Evidence

  • Typography System
  • Components
  • Color System
  • Form Patterns

Context

The initial treatment workflow focused heavily on structured documentation. However, early discussions with the orthodontist revealed that real consultations rarely followed a rigid process.

Assumption

The original workflow required doctors to complete all treatment fields before progressing.

This ensured complete documentation but created friction during consultations.

Stakeholder Feedback

Doctors often needed to:

  • Capture information gradually
  • Return later to complete records
  • Move quickly between patients

The mandatory workflow didn’t reflect real-world behavior.

Outcome

The workflow adapted to the doctor’s routine rather than forcing doctors to adapt to the software.

Context

I worked closely with the orthodontist owner, product team, and developers throughout the project lifecycle, helping transform a fragmented workflow into a structured mobile-first experience.

Discovery

  • Stakeholder interviews
  • Workflow mapping
  • Requirement gathering
  • Process analysis

Product Design

  • Information Architecture
  • User Flows
  • Treatment Workflow Design
  • Navigation Structure

Interface Design

  • Design System
  • Mobile UI Design
  • Prototyping
  • Component Library

Delivery

  • Developer Collaboration
  • Design Reviews
  • Iterative Refinements
  • Implementation Support

Context

Designing for healthcare required balancing clinical accuracy, workflow efficiency, and usability within a highly specialized domain.

Product Learnings

  • The most complete workflow is not always the most usable
  • Flexibility improves adoption
  • Workflow design often has more impact than interface design

UX Learnings

  • Healthcare products cannot be designed around assumptions
  • Clinical workflows should drive product structure
  • Context matters more than feature quantity

Design Learnings

  • Progressive disclosure is critical for complex forms
  • Information architecture directly affects efficiency
  • Consistency becomes increasingly important as systems scale