Hi legends, today we can join for a chat on Google meets (open to whoever wants to!) Google meets link: Thursday, 16 Apr · 20:00 – 21:00 (CET TIME ZONE) (in two hours from now) Video call link: https://meet.google.com/mbb-kxde-ubg

For those of you who prefer a live, interactive learning experience, I’ll be hosting a Grasshopper course in two weeks. This is designed for people who want to learn in real-time, ask questions, and follow along step by step 📌 COURSE DETAILS • 4 sessions (45 minutes each)• Live via Google Meets • All sessions recorded + shared privately (so you can rewatch anytime) • Plugins included: Weaverbird, Lunchbox, Bifocals, Anemone, Parakeet, etc. DATES (CET Time Zone) Session 01 — Friday, April 24 — 7:00 PMSession 02 — Friday, April 24 — 8:00 PMSession 03 — Saturday, April 25 — 7:00 PMSession 04 — Saturday, April 25 — 8:00 PM more info at: https://archbga.com/course If you have any questions, ask them below in the comments!

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.