MASTER CLASS: THE WICKERSON WAY™ Advanced C# + Grasshopper for Rhino3D
THE WICKERSON WAY™
Advanced C# + Grasshopper for Rhino3D
From Massing to Fabrication. From Geometry to Intelligence.
Most Grasshopper tutorials stop at form.
This system doesn’t.
The Wickerson Way™ is a full architectural algorithmic pipeline—
a rigorously structured, step-by-step C# framework that takes you from:
- expressive architectural massing
- to structural logic
- to façade systems
- to connections, bolts, welds
- to fabrication classes
- to assembly sequencing
- to LOD control and performance optimization
—all inside Grasshopper for Rhino3D, written entirely in real C#.
No slider soup.
No brittle definitions.
No academic abstractions.
WHAT YOU’LL LEARN
✔ How to build modular Grasshopper systems using professional C#
✔ How to control complexity with CFG / SFG design grammars
✔ How to design Gehry / Hadid-level dynamic architecture algorithmically
✔ How to structure scripts for real buildings, not demos
✔ How to manage LOD, performance, and caching like a pro
✔ How to think like a computational architect + engineer, not a hobbyist
This is not about tricks.
This is about systems.
WHY THIS IS DIFFERENT
Most tutorials show you how to make geometry.
The Wickerson Way™ teaches you how to build architectural intelligence.
- Every STEP is isolated, debuggable, and extensible
- Every decision is explicit and readable
- Every output is fabrication-aware
- Every script is production-grade
You don’t just learn what works —
you learn why it works.
WHO THIS IS FOR
- Architects who want real computational control
- Designers tired of fragile Grasshopper files
- Students who want to learn C# visually
- Professionals moving toward fabrication + automation
- Anyone serious about parametric architecture as a discipline
If you’ve ever said:
“I wish my Grasshopper files were cleaner, faster, and smarter…”
This is for you.
THE RESULT
A complete architectural system that:
- scales
- performs
- reads clearly
- fabricates cleanly
- and evolves with your ideas
This is how advanced computational architecture is actually done.