I’ve just released a brand new tutorial in the classroom for premium members — Arc Skyscraper. In this session, we dive into a fully parametric Grasshopper workflow to generate a dynamic twisting skyscraper using arc-based geometries, Graph Mapper controls, and procedural structural logic. From floor generation and rotation mapping to façade detailing and truss systems, this is a complete start-to-finish build. 🔓 This tutorial is available exclusively for premium members.Premium access is just $7/month and unlocks all sessions on the platform. If you're ready to take your parametric design skills further, this one’s for you. See you inside 👀

Here’s a quick demo showing how remapping values can control geometry variation in Grasshopper. In this example, a grid of diamond shapes changes in size based on remapped distance values a simple yet powerful concept for data-driven design!

I’ve just released a brand-new tutorial session titled Circle Canopy.This session is now available exclusively to our Premium Tier members and can be accessed directly through the classroom. Enjoy, and happy learning! Description; Circle Canopy is a Grasshopper-based workflow where graph-mapped curves drive a lofted surface, randomly perforated with circular openings. Contours are sampled, projected, and connected to form a forest of structural pillars.

Now available for Premium Tier! Voxel Tower – Spiral-Based Panel System: A parametric tower is generated from a spiral that drives form. A bounding rectangle around the spiral is subdivided into panels and stacked vertically to create a 3D grid. Panels farthest from the spiral are culled by distance to produce a voxel effect, while Jitter adds controlled randomness. The exercise covers bounding geometry, subdivision, vertical replication, distance-based culling, and data management.