Skip to main content
Danh Phan.
PERSONALCUSTOM MANAGEMENT SYSTEMAI TRAININGEducation

Interactive STEM Physics Simulation & Virtual Laboratory

Web-based interactive physics experiments allowing high school students to visualize mechanics, electromagnetic fields, and wave phenomena.

Key Outcome: 60fps real-time physics on mobile
STEM simulation interactive physics workbench interface

Quick Facts

Timeline / Year
2026
My Role
Lead Engineer
Industry
Education
Core Stack
Next.js, Canvas API, TypeScript

The Business Problem

Schools lacking equipped laboratory hardware struggle to provide students with tangible, hands-on physics experimentation, resulting in lower conceptual comprehension and test performance.

Implemented Solution

Created an interactive browser simulation platform where students manipulate physical constants (gravity, friction, magnetic flux) in real time with continuous parameter graphs and dynamic hints.

Role & Responsibilities

Full-Stack Developer: Modeled numerical physics engines in TypeScript, built responsive Canvas visualizations, and implemented student exercise progress tracking.

Architecture & Implementation Details

Utilized Verlet numerical integration for stable multi-body physics calculations, coupled with high-performance 2D Canvas rendering that runs at a consistent 60fps even on low-powered mobile devices.

Verified Outcomes & Business Impact

Adopted by over 500 students in pilot testing with an 88% positive engagement rating and noticeable improvements in kinematics quiz scores.

Other projects sharing similar service domains or technology stacks.