Game-Based Virtual Reality Platform for Spatial 3D Geometry Learning
“Immersive 3D geometry sandbox enabling students to manipulate geometric solids, inspect intersecting planes in spatial coordinates, and learn spatial proofs interactively.”
Project Scope & Details
A gamified virtual reality application engineered to cultivate spatial reasoning and 3D geometric intuition in school curricula. Users interactively slice, rotate, and intersect Polyhedra, cylinders, and spheres to visualize complex geometric theorems.
Interactive 3D Polyhedral Decomposition
Enables students to unfold complex Platonic and Archimedean solids into 2D nets and reassemble them in virtual space.
Spatial Coordinate Geometry Manipulators
Direct 6DOF vertex and plane manipulation illuminating 3D coordinate geometry, cross-sections, and volume formulas.
Cognitive Spatial Reasoning Assessment
Gauges student mental rotation proficiency and tracks conceptual progression across geometric curricula.
Classroom-Scale Multi-User HMD Integration
Optimized lightweight WebXR engine allowing entire classrooms to explore spatial geometry simultaneously.
Spatial 3D Geometry Sandbox Architecture
Game Based Virtual Reality Platform for Geometry
Authors: Himangshu Sarma, Mahaboob Shaik, Surya Teja Tangirala, Satyam Kumar Singh
- Dr. Himangshu Sarma
- Mahaboob Shaik
- Surya Teja Tangirala
- Satyam Kumar Singh