This interactive AR experience transforms how we learn human anatomy by allowing users to explore realistic 3D models of body parts in their own physical space. With just a simple QR code scan, students, educators, and healthcare professionals can view detailed anatomical structures—such as the brain, heart, skeleton, and muscles—right from their mobile browsers. No apps, no downloads—just immersive learning.
The experience is powered by Unity, which handles the 3D modeling and animation of anatomical structures with precision and realism. For seamless delivery, WebAR platforms like 8thWall, Zappar, or Niantic Lightship are used to launch the AR content directly in a mobile browser. The frontend is built using lightweight technologies—HTML, CSS, and JavaScript—to ensure compatibility and quick loading across devices.
This Body Parts AR solution is ideal for educational institutions, medical training programs, and science outreach initiatives. In classrooms, it turns traditional biology lessons into engaging, hands-on sessions. For medical students, it provides a portable tool to study complex systems without the need for physical models. Museums and health awareness exhibitions can use it to offer a deeper, interactive understanding of the human body.
A custom QR code is provided for each experience. When scanned using a smartphone camera, it opens a browser-based AR scene that displays a 3D body part in the user’s real-world environment. The user can move around the model, zoom in, and view it from different angles. The experience can be enriched with interactive features like labeled parts, tap-to-explore functionality, animations, and narration—making anatomy more engaging and accessible.
This project demonstrates how WebAR can simplify and revolutionize anatomy education without the need for complex tools or installations. If you’re interested in creating your own custom AR educational tool or content, get in touch—we offer fully tailored solutions for your audience or institution.
