👋 Hi legends, welcome! I’m Bryan García Agudelo — and this is our new space for everything Grasshopper 3D & parametric design. Here you can: - Share your work and ideas in the feed - Access short courses on topics like graph mapping, remapping, kinetic design, fractals, and more - Check the community calendar for upcoming workshops and events - Join our weekly livestreams + explore a growing library of tutorials 💡 The community is free to join — anyone can post, learn, and collaborate.Over time, we’ll build an incredible resource for experimenting, learning, and pushing design further. Glad you’re here — let’s make some wild things together! 🚀

Hey everyone! 👋I’ve updated how you can access all the Grasshopper goodness, and it’s now clearer, more flexible, and way more fun. Here’s the breakdown: 🔵 Option 1: Premium Membership Want full access to everything without thinking twice?Join the Premium Tier: - $7/month - $69/year (get 2 months free!) You get all lessons, all updates, all new drops, and the full community experience.Easy, simple, unlimited. ✔️ 🟢 Option 2: Lifetime Courses Prefer to own your learning forever?You can grab: - Grasshopper Part 1 — Lifetime access - Grasshopper Part 2 — Lifetime access - Or the full bundle (P1 + P2) A one-time payment, yours for life. 🟣 Option 3: “Freemium Carousel” 🎠 Every four weeks, I rotate two lessons from the Premium library into the free area, So even if you’re not Premium, you’ll always have something fresh to explore.Try it out, get inspired, and see whether you want to dive deeper. 💬 Why this setup? Because everyone learns differently. Some like memberships, some like owning the course forever, and some just want to poke around and learn at their own pace. Now you can choose what fits you best. If you have questions, just drop them below!Let’s keep creating cool things with Grasshopper 🦗✨

This tutorial demonstrates a physics-based curve relaxation workflow in Grasshopper using Kangaroo. Planar curves are subdivided into point networks and driven by length, bending, and collision constraints to generate smooth, flowing, self-organizing ribbon geometry. The result is a dynamic, editable form-finding system ideal for parametric walls, partitions, and spatial patterns.

Hey everyone! I’m getting ready to upload a new tutorial to the Skool platform, and I’d love your input. As many of you know, I’ve posted around 500 Grasshopper scripts on Instagram over the years — and I want to start turning some of the most interesting ones into in-depth tutorials for you here. If there’s a specific script, technique, or style from my page that you’d like to see broken down step-by-step, let me know! Your suggestions will help me focus on what you’re most excited to learn. Drop your ideas below — looking forward to hearing what you’d find most valuable!

I'VE JUST UPLOADED THIS WEEKS TUTORIAL FOR PREMIUM MEMBERS. In this session, we use Graph Mapper to shape and control a parametric portico structure. By remapping values through custom graph curves, we adjust column heights, beam profiles, and the overall rhythm of the design. The tutorial shows how manipulating data with Graph Mapper can transform a basic setup into a dynamic architectural form, helping students understand both the workflow and creative possibilities of Grasshopper.