Medical Atlas – Virtual Human Anatomy: Interactive 3D Learning in VR

Our Solution

We designed and built an interactive VR application focused on spatial learning and multi-level anatomical visualization, structured into two main detail layers:

Level 1 – High Detail + Interactivity

Designed for advanced learners (e.g., medical students), this level includes:

• Exploded Views: Deconstruct each organ into layers and parts

• Cross-Sections: Explore transverse or longitudinal cuts with data overlays

• Info Panels: Text-based anatomical insights for each segment

• Organ-Specific Navigation: Zoom, rotate, and isolate components

Organs in Level 1:

• Brain – Full segmentation with cross-sections and labeled zones

• Spinal Cord – Detailed with nerve pathways and vascular systems

• Eye – Internal/external breakdown with clear part definitions

• Heart – Layered anatomy: chambers, vessels, valves

Level 2 & 3 – Simplified Exploration

Targeted at beginners or general education, this mode provides:

• Solid 3D models of organs with external shape and position

• Rotation, isolation, and spatial location understanding

• Simplified navigation between systems and organs

Technical Overview

VR Deployment:

Functionalities Overview

• Interactive 3D Human Anatomy model

• Exploded views for organs with part-by-part examination

• Cross-sections and internal anatomy overlays

• Organ isolation and system-level filtering

• Full 360° exploration using VR controllers

• Dynamic info panels, highlights, and layered toggles

The Result

The VR solution provides:

• Deeper understanding of anatomy through immersion and interaction

• Safe, hands-on exploration of delicate internal systems

• Adaptive learning through scalable content levels

• Multi-user scalability, from high schools to universities and medical institutions

Delivery & Scalability

• Fully installable VR application for HTC Vive

• Deployment manual for institutions

• Expansion-ready for additional content/modules