AI-DRIVEN VIRTUAL LAB GENERATOR
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Date
2025
Journal Title
Journal ISSN
Volume Title
Publisher
NHCE
Abstract
The Virtual Lab Generator is an innovative platform designed to redefine digital
education by integrating ChatGPT and Unity for creating dynamic, customizable virtual
laboratories. By leveraging a web-based interface, the platform enables educators and
students to generate tailored lab simulations through simple natural language
prompts. ChatGPT analyzes these inputs, determines experiment configurations, and
collaborates with Unity's WebGL engine to render interactive, physics-based
simulations that are both realistic and engaging.
This project employs a modular architecture comprising a user-friendly web frontend,
an Al-driven backend for interpreting user inputs, a structured repository of JSON
based lab templates, and Unity for generating detailed virtual experiments. Users can
describe experiments ranging from basic science demonstrations to advanced
technical procedures, with the system dynamically generating labs featuring real-time
interactivity and customizable parameters. This addresses common challenges in
traditional labs, including high costs, resource limitations, and safety concerns, making
scientific exploration accessible to a broader audience.
The Virtual Lab Generator is particularly impactful in educational and research
settings, offering personalized experimentation opportunities for learners and scalable
solutions for institutions. The modular framework ensures the platform can evolve,
with planned expansions including additional lab templates, integration with learning
management systems, and support for immersive technologies like augmented reality.
Such advancements aim to enrich interactivity, foster engagement, and broaden the
scope of scientific experimentation.