Research prototype · IEEE ISEC 2025

Movement,
made measurable.

ParkinsonAI explores how an ordinary camera, computer vision, and machine learning could make motor-symptom monitoring more accessible at home.

Research prototype only · Not a diagnostic medical device

10-second hand movement protocol
ParkinsonAI prototype using a camera to track hand landmarks
21hand landmarks
10 secmovement protocol

01 · The question

What if a routine camera could turn motion into a useful signal?

Parkinson's disease is commonly evaluated through clinical observation and specialized testing. Frequent assessment can be difficult to access, especially outside a clinical setting.

ParkinsonAI began with a focused research question: can a standard computer camera capture hand-motion features precisely enough to support longitudinal research into motor symptoms?

02 · The approach

From ten seconds
to structured data.

A short, repeatable protocol combines rapid hand movement with a resting period, allowing the prototype to examine motion, rhythm, fatigue, and tremor-related features.

01

Capture

A 1080p camera records six seconds of rapid opening and closing, followed by four seconds at rest.

02

Measure

MediaPipe tracks 21 landmarks while frequency-domain and time-series analysis extract movement features.

03

Classify

Five machine-learning methods contribute to a soft-voting classifier for the research prediction.

From code to field

Build. Observe.
Refine.

Eric developed the prototype, then watched volunteer participants use it in real settings. Their experience shaped clearer instructions and a more practical testing workflow.

Eric developing the ParkinsonAI prototype on his laptop
Prototype development Build
Eric guiding a volunteer participant through the ParkinsonAI hand-movement protocol
Real-world observation Test
Fast alternative movement and resting-period data captured by ParkinsonAI
Fast Alternative Movement (FAM) process6 seconds movement · 4 seconds rest
Privacy-minded by design.

The prototype is designed to retain derived landmark measurements rather than the source video.

03 · Initial study

Promising results.
Honestly framed.

The initial study demonstrates technical feasibility, while its limitations define the work that must come next.

62datasets collected
19validation datasets
84.2%reported validation accuracy
Confusion matrix and reported model accuracy
Validation confusion matrix
Feature importance chart for the ParkinsonAI model
Feature weighting after model training

Research integrity

The limitations matter.

The dataset is small, particularly across individual severity levels, creating a risk of bias and overfitting.

The initial labels were not assigned by medical professionals. Clinically certified data and independent validation are required before clinical use could be considered.

Published research

ParkinsonAI: An AI-Powered Solution for Early Parkinson's Disease Monitoring and Tracking

Eric Zhu · Emily Dong · Alex Zhu
IEEE Integrated STEM Education Conference · 2025

04 · Community partnership

Research moved
into the community.

In partnership with the Asian American Healthcare Center , Eric and the ParkinsonAI team invited volunteer participants to complete the camera-based hand-movement protocol and helped expand the project's field dataset.

Each session revealed more than a data point. Watching people use the prototype showed where instructions, positioning, and the experience itself needed to become clearer and more humane.

Eric observing a volunteer participant complete the ParkinsonAI hand-movement protocol
Listening first Volunteer research session
Eric and a teammate guiding an older volunteer participant through a ParkinsonAI field session
Measure with care Community data collection
Research, not diagnosis.

These community sessions supported prototype evaluation and research measurement. ParkinsonAI is not a medical diagnostic tool.

Community outreach

From a research question
to a public conversation.

Eric brought ParkinsonAI beyond the lab—speaking with families, caregivers, and older adults about why accessible early-monitoring research matters. Through the Chinese American Parent Association of Howard County , he helped turn a technical idea into a community dialogue.

Eric with CAPA-HC volunteers at the 2025 National Night Out
August 5, 2025

National Night Out

Eric joined CAPA-HC volunteers to demonstrate the prototype and discuss early-monitoring research with families and seniors.

ParkinsonAI informational brochures prepared for community outreach
Making the research understandable and accessible.

05 · From prototype to possibility

Research became
a venture question.

The team translated the technical prototype into a business plan: identifying users, considering adoption and privacy, and imagining how accessible monitoring research might responsibly reach people.

Diamond Challenge semifinalistThe ParkinsonAI business concept advanced to the semifinal round.
Watch the one-minute pitch01:00

Impact in practice

Partnership made the idea accountable.

Community collaboration gave ParkinsonAI a human measure of progress: listen to potential users, explain the work clearly, and build with—not simply for—the people it hopes to serve.

Eric marking the ParkinsonAI partnership with the Asian American Healthcare Center
AAHC partnership
Eric presenting ParkinsonAI to a CAPA community audience
Advocating for accessible early-monitoring research
Eric sharing ParkinsonAI at a CAPA-HC community booth
Community conversation at National Night Out

Community endorsement

A trusted community voice.

An Asian American Healthcare Center director shares her perspective on ParkinsonAI, Eric's community engagement, and the importance of making conversations about early monitoring more accessible.

Community perspective · Not clinical validation
Watch the AAHC endorsement01:07

06 · The people

Built through
collaboration.

Student-led engineering strengthened by scientific mentorship and community support.

Lead

Eric Zhu

CEO & Head of Engineering
Groton School

Co-author

Emily Dong

Research & development
River Hill High School

Co-author

Alex Zhu

Research & development
River Hill High School

Scientific mentorship

Dr. Wenzhen DuanJohns Hopkins University
Dr. Huaibin CaiNational Institutes of Health

Looking forward

More data.
Clinical partnership.
Responsible progress.

Future work centers on clinically labeled datasets, stronger external validation, expanded tremor modeling, and careful study of how this research could support—not replace—qualified medical professionals.