Clinical Journey @ BetterDoc

Overview of the products across all medical stages

I designed products across the full user journey for both operational teams and patients including the medical research tool, admissions platform, and triage tool. I also created patient-facing experiences such as reports.

 

My main responsibilities:

  • Led the end-to-end product design process, from problem framing and hypothesis definition to prototyping, usability testing, and delivery.
  • Collaborated with product managers and engineering managers to align on business context, discover user problems, and prioritized opportunities.
  • Created and presented user flows, wireframes, and high-fidelity prototypes to stakeholders, ensuring clarity and alignment across teams.
  • Applied an iterative, experiment-driven approach: gathering insights, testing assumptions, and refining designs across release cycles.
  • Developed and maintained BetterDoc’s design system, ensuring consistency, scalability, and adoption across internal and external products.

How does patient journey look like?

User Journey

User Journey →

Admission

Patient creates a case by providing anamnesis information and their request.

Product: New Admission Platform

Medical Triage

Medical experts review the case and build a tailored search profile.

Product: BetterTriage

Research

Researchers filter and compare doctors and clinics to identify the best matches for the patient’s condition.

Product: Research Studio

Control Health Outcome

Support is provided to ensure the patient visits the chosen doctor and the treatment outcome is measured.

Product: BetterOutcome

Products Overview

Main products:

New Admission Platform

Problem:

No uniform system, incomplete patient info, poor UX for care team. → Patients may recieve inconsistant quality of service. Flaws are systematicallyhard to detect.

Solution:

Designed a structured admission system to capture all data, guide staff, and support lead conversion.

Team:

Cross-functional collaboration with Medical Sciences, Data, Product, Engineering and Patient Care team

Purpose:

Capture all necessary patient and anamnesis information to facilitate the Medical Triage process.

User:

Patients, medical staff, internal operational teams

Timeline:

Jan 2023 - Ongoing

See Admission

Medical Focus

Guided Workflow

Complex but Easy-to-Use Components

Capture anamnesis data

Research Studio

Problem:

Multiple disconnected tools, manual Excel comparisons, error-prone summaries.

Solution:

Designed an integrated research tool to filter, compare, and document Healthcare providers recommendations efficiently.

Team:

Cross-functional collaboration with Medical Sciences, Data, Product, Engineering and Patient Care team

Purpose:

BetterDoc's internal tool enables medical researchers to find and compare best-matched healthcare providers for patients.

User:

Medical researchers

Timeline:

Jan 2023 - Ongoing

See Research Studio

Medical Focus

Guided Workflow

Complex but Easy-to-Use Components

Capture anamnesis data

Others:

BetterTriage

Problem:

Unstructured format for search profiles; inefficient review of anamnesis.

Solution:

Designed a dedicated tool for doctors to triage cases with structured, consistent workflows.

BetterOutcome

Problem:

Outcome data unstructured, inconsistent, and not aligned with medical standards.

Solution:

Designed a tool to capture and track outcomes according to PREM/PROM guidelines.

Workflow

Problem:

No custom workflow tool to enable product teams implement their workflow use cases.

Solution:

Integrated product workflows into a unified system, supporting consistent use cases across tools.

MedHub

Problem:

No visualized database for data curators to keep the data updated and comprehensive.

Solution:

Designed a central hub to curate healthcare provider data and ensure completeness over time.

Design System

Problem:

No unified style guide and design system.

Solution:

Built and evolved BetterDoc’s design system to ensure consistency across all tools. Defined typography, spacing, and interaction patterns, reducing design–dev friction and improving usability.