WICKERSON STUDIOS — Learn C# for the Grasshopper node editor in minutes

Make the Math Visible. Let Students Move the Equation.

What if your students could grab a parabola and stretch it? Rotate a hyperboloid in real time? Watch a Fourier series build itself, term by term, on a slider?

That's what Wickerson Studios is built for.

Run by Michael Wickerson — sculptor, former Associate Professor and Chair of Sculpture at the Kansas City Art Institute, and longtime educator in computational design — the studio offers 100+ Grasshopper scripts for Rhino 3D that turn abstract math and physics into interactive, visual experiences students can actually touch.

Perfect for teaching:

📐 Geometry & Pre-Calculus — conic sections built from first-principle equations, transformations, loci
∫ Calculus — curves, surfaces of revolution, parametric and polar functions, vector fields
🌀 Linear Algebra — transformations, eigenvectors, matrix operations as visible geometry
🔬 Physics — wave functions, oscillation, projectile paths, field visualizations
🏗️ Architecture & Design Studios — parametric thinking, generative form, mass-and-void studies
💻 CS & Creative Coding — readable Python and C# scripts students can fork and modify

Why educators choose it:

One slider = one concept. Students isolate a single variable and see what it does.
No black boxes. Every script is open — students can read the math, the logic, and the code.
Affordable. Individual tools start at $2.99. Bundles available. The full archive is one purchase away.
Instant delivery via Payhip — buy, download, drop into Grasshopper, teach tomorrow.

"A great source of knowing and understanding how data can be analyzed, transformed and modeled with Grasshopper." — verified customer

Whether you teach high school geometry, run a university design studio, or tutor curious learners on the side, these are tools built to make students lean forward — and ask the next question.

👉 Start exploring: www.wickersonstudios.com

See the math. The Wickerson Way.

About Me

For Math, Physics & Design Educators

100+ interactive Grasshopper scripts that turn equations into geometry students can manipulate. Built by a former art-institute professor. Tools from $2.99. Instant download.

Conic sections. Vector fields. Parametric surfaces. Generative architecture. All open, all editable, all teachable.

👉 wickersonstudios.com — See the math.

Testimonials

Fünf Sterne

Vorteile:

Gebäude kommen aus Reglern raus
man kann eine Rakete bauen
das Stadtding macht richtig Spaß
kein Warten bis was runtergeladen ist
das mit der Brücke ist SO cool wenn sie sich verändert

Nachteile:

mein Papa lässt mich das echte Rhino-Programm nicht kaufen
ich will als nächstes ein U-Boot-Ding

Fünf Sterne

— EIN 5-JÄHRIGES KIND

Dear community - and anyone who is interrested in parametric/geometric design and geometrical programming.

A great deal on Michael Wickersons stock of many many grasshopper / (also grasshopper2) examples, thaughts, ideas, geometic gymnastics, continous progress, modern, old trys, mathematical & c#,python programming approaches - I did not view everything yet but I can recommend it - it is a great source of knowing and understanding how data can be analyzed, transformed and modeled with grasshopper.

— Valentin Viezens

Hi, Michael thanks for the info. Of course, I already shared your platform with some of my colleagues, great content!

Cheers.

— Jorge Luis Rivero Torres

There is definitely a good potential in this. Your works are amazing.

— Mohammad Yazdi

"It doesn't matter what you are teaching, you are a teacher."

- Kat Dison Nechlebová

As always great work Michael!

— Krzysztof Wojslaw

You are using DeepSeek and chatGPT to workout out the Python code to drive Grasshopper geometry. That is an incredible jump forward.

— Shaw Kaake

Thanks for the inspiration and great learning resources

Hi Mr. Wickerson,

I just wanted to thank you for the amazing Grasshopper collections and examples you’ve shared. I’ve purchased several from your shop, and each one has been a great way to learn and understand different computational design topics.

With about five years of experience in this field, I still consider myself on the learning path and your scripts have been truly helpful in that journey. They make complex ideas more approachable and give real insight into how computational workflows can be structured effectively.

I really appreciate your openness in sharing these resources. They’ve been a huge inspiration and a great motivation to keep improving as a Grasshopper user and Computational Designer.

Üdvözlettel / Best regards, András Latorovszky Hungary - Budapest

🎯A Workflow Worth Studying in Computational Design

I came across something genuinely impressive from Michael Wickerson that is worth sharing with the architecture and computational design community.

He demonstrates a working workflow where parametric CAD assets can be generated through AI and pushed directly into Rhino layers via Grasshopper with a single toggle.

A structured, reproducible system.

What stands out is speed + workflow intelligence:

• automated layer organisation in Rhino

• parametric control preserved

• Grasshopper-native logic

• reusable CAD assets

• practical integration into real modeling environments

This is the kind of development that meaningfully shifts how we think about Rhino automation and AI-assisted parametric design.

If you work with computational design, Grasshopper, or advanced architectural workflows, this is worth studying carefully.

Mic has shared the process and resources here:

https://lnkd.in/gwYFpM9d

Strong work.