A collection of technical demonstrations and interactive 3D applications built entirely using code. Unlike standard workflows that import 3D models (GLB/GLTF), these projects construct complex shapes programmatically using Three.js primitives, custom buffer geometries, and mathematical algorithms.
A highly detailed 3D representation of a smartphone created solely through code. Features precise geometry placement, custom materials for screen/body, and interactive rotation. Demonstrates the capability of constructing complex consumer electronics product visualizations programmatically.
A complex industrial simulation scene representing a molding station. Constructed using multiple primitive shapes combined to form machinery parts. Includes mechanical animations and accurate spatial arrangement for training simulations.
An engineering visualization of a Gate Valve. Shows the internal components and external casing, built layer by layer using cylinders, toruses, and boxes. Ideal for technical training and explaining mechanical assembly without heavy model assets.
A study in curved geometry generation. This project procedurally generates an elbow pipe connection, focusing on smooth curvature and flange connections common in plumbing and industrial piping systems.
A simplified breakdown of a DC Motor. Visualizes the stator, rotor, and commutators. Created to demonstrate how educational physics assets can be lightweight and web-native.
A complete quadcopter drone model built with primitives. Features rotating propellers and aerodynamic frame structure. Demonstrates how complex vehicle assemblies can be constructed programmatically.
A detailed breakdown of a Brushless DC Motor. Showcasing the internal stator windings and permanent magnet rotor. Useful for explaining electromagnetic principles in modern propulsion systems.
A parametrically generated office chair demonstrating complex curved geometries and assembly. Created using custom tube geometries and extrusions to form a cohesive furniture piece.
Various engineered components including rotors, pendulums, steering mechanisms, and furniture layouts. These prototypes serve as building blocks for larger industrial simulations.