📐 Voronoi Tessellation & 3D Spatial Geometry: Voronoi Sphere Night Light + iCode! 💡💻

Event: 3D Printing: Voronoi Sphere Night Light (2-Part Series)

When: Wednesday, August 5 & Wednesday, August 12, 2026 @ 6:00 PM – 8:00 PM (Attendance at both sessions is required) Where: Plainsboro Public Library (3rd Floor Science Center, 9 Van Doren St., Plainsboro NJ)

Event link: Plainsboro Library Events

Who it’s for: Ages 11–100 / Creative Makers, 3D Modeler Enthusiasts, & Future Spatial Engineers

Cost & Bookings: FREE! Booking Opens: July 29, 2026. (Note: Limited space and library computers available—participants are highly encouraged to bring their own laptops!) Why we love it 💛 Transforming an organic mathematical algorithm into a physical, illuminated piece of hardware architecture is the absolute peak of modern product engineering! The Plainsboro Public Library is opening its 3rd Floor Science Center for an advanced two-part design intensive. Attendees will generate a complex, web-like Voronoi geometric pattern over a 3D sphere layout, import the framework into Tinkercad to adapt it for a functional tea light, and slice the file for a real 3D printer. We love additive manufacturing workshops because calculating wall thicknesses, overhang angles, and spatial boundaries trains the exact geometric logic required to model interactive 3D assets in software engines!

How this event aligns with iCode Princeton 🌈⚙️ Manipulating Voronoi partitions and preparing 3D mesh files directly models the concepts of Procedural Algorithmic Tessellation and Vector Coordinate Topologies!

• Procedural Mathematical Tessellation & Mesh Logic: A Voronoi pattern splits a space into individual cellular regions based on distance to specific seed points. It’s the exact algorithmic logic used by computers to procedurally generate natural landscapes, shattered glass physics, and organic textures in modern gaming! At iCode Princeton, we take these high-level algorithmic concepts and bring them directly to the screen. In our Python, Java, and Advanced Programming Belts, older students discover how to write scripts that compute mathematical vectors, manipulate polygon structures, and generate procedural environments dynamically through pure code strings.

• 3D Coordinate Matrices ($X, Y, \text{ and } Z$ Axes): Designing a hollow light fixture in Tinkercad requires navigating a three-dimensional plane, handling object scale properties, and calculating intersection groupings so the print layers fuse seamlessly. We scale this spatial design pipeline straight into live game software! In our Roblox Studio, Game Design, and Minecraft Modding Tracks, students work directly within complex 3D engine workspaces. They learn to script custom vector scales, program collision detection meshes, and manipulate asset orientations to build stunningly realistic virtual sandboxes.

Join the fun, then keep the momentum going at iCode 🎒🚀 Compute your custom mathematical pattern, master 3D slicing tools, and watch your night light print layer-by-layer at the library’s design lab this August, then bring that high-level spatial engineering drive to iCode Princeton where we teach you how to write, compile, and launch the innovative technology frameworks of the future!

👉 Explore iCode Princeton: https://icodeschool.com/princeton-nj

🟣 Progression-based Belts (K–12): https://icodeschool.com/princeton-nj/belts/

🔍 See what’s running now: https://icodeschool.com/princeton-nj/activity-finder/

🎟️ Ready to build the future? Book a Free Trial Class: https://icodeschool.com/princeton-nj/book-a-free-trial-class/