Interactive Augmented Reality STEM & Visualization Suite
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Project Name: Interactive Augmented Reality STEM & Visualization Suite (4 AR prototypes)
Technologies: Unity Engine, Unreal Engine, Android SDK
Type: Solo Project
Art assets: Art assets sourced from freely available or appropriately licensed third-party resources
Description:
This project is a collection of multiple prototype AR visualizations.
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Mechanical Diassembly & Exploded-View Inspector
A markerless AR engineering inspection prototype that places a 3D vehicle assembly in physical space and enables interactive exploded-view part separation (tires, chassis, windshield) via touch raycasting. When the app starts, a car is rendered in a 3D camera space and shows exploded view when clicked on the screen. When clicked again, the car goes back to normal view.
Video (30 secs) (no audio)
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Location-Based AR Solar System & Star-Field Visualizer
A markerless spatial AR astronomy application that anchors an interactive 3D model of the Sun, Earth, and Moon into the user's physical surroundings with basic orbital mechanics, 6-DOF physical walk-around inspection, and pinch-to-scale controls. Designed as a proof-of-concept for a geolocation-based, pseudo-to-scale planetary walk where nearby stellar neighbors (such as Proxima Centauri) are mapped across city-scale walking distances - this is work in progress.
Video (1 min) (no audio)
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Interactive AR Chemistry Lab prototype - Molecular Bonding
An educational Augmented Reality prototype that transforms abstract chemistry into a tangible, tabletop experience. Using printed QR code markers representing individual elements (Hydrogen and Oxygen), the Android app tracks real-world marker positions and orientations in real time. When compatible element markers are physically brought into proximity, it triggers a simulated chemical reaction - combining Hydrogen and Oxygen markers into an interactive 3D water molecule (H2O) on screen.
Video (1 min) (no audio)
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Spatial Restaurant Menu Visualizer
A marker-based AR prototype that tracks QR-encoded physical menus to render 3D models of culinary dishes directly over the menu card. The menu card is basically a list of QR codes that are linked to certain 3D models. These 3D models are then rendered over the tracked menu when they are detected in the camera view.