AI ASSISTANT
VISION

AI ASSISTANT
VISION

AI ASSISTANT
VISION

Improving critical flows at scale while balancing fun + trust.

Overview

Overview

Overview

As part of Align’s long-term product vision, I conceptualized an AI-powered assistant to integrate across patient- and doctor-facing apps. My role was to define how conversational AI could support everyday tasks, reduce friction, and enhance treatment experiences.

  • Role: UX Designer (concept + research + vision)

  • Team: Myself + product managers + engineers

  • Timeline: 4 months

  • Scope: Conceptual AI assistant flows, cross-app vision, early research and design

As part of Align’s long-term product vision, I conceptualized an AI-powered assistant to integrate across patient- and doctor-facing apps. My role was to define how conversational AI could support everyday tasks, reduce friction, and enhance treatment experiences.

  • Role: UX Designer (concept + research + vision)

  • Team: Myself + product managers + engineers

  • Timeline: 4 months

  • Scope: Conceptual AI assistant flows, cross-app vision, early research and design

As part of Align’s long-term product vision, I conceptualized an AI-powered assistant to integrate across patient- and doctor-facing apps. My role was to define how conversational AI could support everyday tasks, reduce friction, and enhance treatment experiences.

  • Role: UX Designer (concept + research + vision)

  • Team: Myself + product managers + engineers

  • Timeline: 4 months

  • Scope: Conceptual AI assistant flows, cross-app vision, early research and design

Challenge

Challenge

Challenge

Patients and doctors often struggled with fragmented workflows across apps: tracking aligners, receiving notifications, and managing treatment tasks. Traditional UI patterns (buttons, menus, static flows) limited efficiency and created friction.

How might we design an AI assistant that makes Invisalign tasks feel seamless, natural, and conversational across platforms?

Patients and doctors often struggled with fragmented workflows across apps: tracking aligners, receiving notifications, and managing treatment tasks. Traditional UI patterns (buttons, menus, static flows) limited efficiency and created friction.

How might we design an AI assistant that makes Invisalign tasks feel seamless, natural, and conversational across platforms?

Patients and doctors often struggled with fragmented workflows across apps: tracking aligners, receiving notifications, and managing treatment tasks. Traditional UI patterns (buttons, menus, static flows) limited efficiency and created friction.

How might we design an AI assistant that makes Invisalign tasks feel seamless, natural, and conversational across platforms?

Process

Process

Process

Research

  • Interviewed patients and providers to identify routine pain points.

  • Mapped high-frequency, high-friction tasks suitable for conversational design.

  • Concept Exploration

    • Sketched AI omnipresence across apps: chat interface, voice integration, proactive nudges.

    • Defined task types AI should handle: scheduling, reminders, aligner tracking, FAQs, patient-doctor communication.

  • Design Iterations

    • Wireframed conversational flows.

    • Explored system personalities → empathetic, approachable, trustworthy.

    • Prototyped “moment-based” interactions: e.g., “I lost an aligner” → AI suggests next steps + contacts provider.

Solution

Solution

Solution

A conceptual framework for Align’s AI assistant, including:

  • Cross-App Integration: consistent assistant across patient & doctor platforms.

  • Task Logic: prioritized high-impact tasks for AI automation.

  • Design Language: approachable tone, natural interactions, omnipresent but unobtrusive UI.

Impact

Impact

Impact

Created a vision blueprint for how Align could integrate AI into its ecosystem.

  • Fed directly into long-term product roadmaps and design system considerations.

  • Positioned Align as forward-thinking in digital healthcare, aligning with industry AI trends.

Reflection

Reflection

Reflection

Unlike feature design, this project demanded comfort with ambiguity. It taught me how to balance feasibility with vision, and how to communicate future-looking ideas clearly enough for product leaders to see their potential. It also sharpened my ability to design not just interfaces, but ecosystems and interactions at scale.

LET'S CONNECT

LET'S CONNECT

LET'S CONNECT