Interactive 3D Models
Interactive 3D simulations utilizing Three.js and real-time physical equations, showing my expertise in Blender workflow builds and digital pedagogy models.
Interactive Vernier Caliper (3D GLB Model)
A precise 3D mesh reconstruction of a Vernier Caliper. Built to showcase mechanical structural accuracy, clean quad-topology subdivisions, baked normal maps, and PBR texturing pipelines. Loaded directly using Google's <model-viewer> HTML component for lightweight browser rendering.
Double Pendulum (Chaotic Dynamics)
A double pendulum is a classic chaotic system. Even minor changes in initial state produce completely divergent trajectories. The line path traces the real-time position of the bob, mapped through Lagrangian mechanics.
Keplerian Gravity Orbit
Simulates planetary orbital motion under Newtonian gravity. The vectors illustrate gravitational attraction (red) and velocity (blue). Drag the scene to view the orbital plane in 3D.
FCC Crystalline Solid Lattice
An interactive 3D crystal lattice representing a Face-Centered Cubic (FCC) atomic structure. Models like this are built to explain atomic packing factors, unit cells, and Miller indices plane cross-sections for solid-state physics curricula.