Modeling 3D Patterns with Rhino Grasshopper
A course by Arturo TedeschiArchitect and Computational Designer
A course by Arturo Tedeschi, Architect and Computational Designer
Learn algorithmic modeling to create 3D patterns for fashion, jewelry, or architecture, from the initial concept and design to the final file for 3D printing
Algorithms are the language of modern-day society. According to architect and computational designer Arturo Tedeschi, the idea of "conceiving, designing, and creating through algorithms means entering a dimension where the physical limits imposed by a pen or mouse no longer exist." In this online course, he teaches you to speak this contemporary language by introducing you to 3D modeling with Grasshopper for Rhino.
Arturo, who shares his knowledge as a consultant for businesses, architecture studios, and universities, shows you how to create complex 3D structures and patterns by exploring the relationship between algorithms and creativity. Learn how to use this cutting-edge software and its features to build a 2D pattern and transform it into 3D surfaces. Let your imagination run wild and forge a path to never-before-seen designs with digital technology.
What will you learn in this online course?
21 lessons & 25 downloads
About Me
6 minutes, 3 seconds
Influences
6 minutes, 17 seconds
Algorithms and Algorithmic Modeling
4 minutes, 1 second
Introduction to Grasshopper
4 minutes, 43 seconds
Grasshopper Interface and Logic 1
15 minutes, 26 seconds
Grasshopper Interface and Logic 2
13 minutes, 3 seconds
What's included in this course?
Meet Arturo Tedeschi, architect, designer, and your teacher for the course. He explains what computational design is, how he's made a career out of it, and the influences that inspire his work.
Next, analyze the connection between algorithms and creativity and get an introduction to Grasshopper for Rhinoceros, a tool that enables you to model 3D shapes using algorithms. Explore the interface and get a feel for how the program is set up.
Learn to make essential geometric components like curves and surfaces, as well as how to manage data lists and use Grasshopper's selection tools. Arturo then shows you how to put all the necessary components together to build your first complex structure.
Now that you understand the basics, it's time to model your 3D pattern. Start by building a 2D pattern and then convert it into a set of 3D surfaces.
To round out the course, Arturo shows you a variety of applications for your final project, from product design to architecture, and demonstrates how to turn your pattern into a printable 3D model.
Recommended software & tools for this course
What is this course's project?
After learning the fundamentals of Grasshopper, create a 3D pattern using algorithmic modeling.
Projects by course students
Who is this online course for?
Anyone who wants to learn the foundation of algorithmic modeling with Grasshopper and design complex 3D models. This course is also great for those working in crafts (e.g., jewelry designers), fashion, or architecture.
Requirements and materials
Basic notions of 3D modeling are essential for this course.
You also need a computer with Rhinoceros (Grasshopper is integrated into the software) and the Lunchbox plug-in.
Reviews
- amarodelgadoviePLUS25 days ago
Muy bueno
- 3 months ago
recomendadisimo para entender un software tan complicado como este
- 4 months ago
ótimo curso introdutório, claro e objetivo
- 4 months ago
O curso é excelente: dinâmico, didático e muito bem estruturado. O conteúdo é apresentado de forma clara, facilitando bastante o aprendizado, mesmo em temas mais complexos. Outro ponto muito positivo é a disponibilidade em várias linguagens, o que amplia o acesso e torna a experiência ainda mais inclusiva. Recomendo fortemente para quem deseja evoluir e adquirir novos conhecimentos com qualidade.
- 5 months ago
arturo is very clear and knowledgable in his teachings. You get alot of knowledge in only 4 hrs!
Driven by his fascination for this branch of modeling, he became a self-taught expert on the subject and even wrote a book about it called Architettura Parametrica – Introduzione a Grasshopper, which has seen success in the form of new editions, a translation into English, and multiple printings. Since then, he's been traveling around Italy sharing his knowledge with students and providing consulting services for businesses, architecture studios, and universities.
Content
- U1
Introduction
- About Me
- Influences
- U2
Algorithms and Creativity
- Algorithms and Algorithmic Modeling
- Introduction to Grasshopper
- Grasshopper Interface and Logic 1
- Grasshopper Interface and Logic 2
- U3
Getting Ready to Model
- Curves 1
- Curves 2
- Surfaces
- Selection Filters
- Selection Based on Conditional Structures
- Vectors 1
- Vectors 2
- Attractor Points
- U4
The Pattern
- Model the Surfaces and Generate the Base Grid
- Create the Two-Dimensional Pattern
- Three-Dimensional Surfaces: First Set
- Three-Dimensional Surfaces: Second Set
- Examples and Applications
- 3D Printing 1
- 3D Printing 2
- FP
Final project
- Modeling 3D Patterns with Rhino Grasshopper
What to expect from a Domestika course
Learn at your own pace
Enjoy learning from home without a set schedule and with an easy-to-follow method. You set your own pace.
Learn from the best professionals
Learn valuable methods and techniques explained by top experts in the creative sector.
Meet expert teachers
Each expert teaches what they do best, with clear guidelines, true passion, and professional insight in every lesson.
Certificates
PLUSIf you're a Plus member, get a custom certificate signed by your teacher for every course. Share it on your portfolio, social media, or wherever you like.
Get front-row seats
Videos of the highest quality, so you don't miss a single detail. With unlimited access, you can watch them as many times as you need to perfect your technique.
Share knowledge and ideas
Ask questions, request feedback, or offer solutions. Share your learning experience with other students in the community who are as passionate about creativity as you are.
Connect with a global creative community
The community is home to millions of people from around the world who are curious and passionate about exploring and expressing their creativity.
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FAQs
Algorithmic modeling with Grasshopper lets you generate complex shapes and 3D patterns through parameterized algorithms—perfect for architecture, design, and 3D printing.
The course is intermediate level: it’s recommended to have basic Rhino knowledge and an interest in digital design.
You’ll need a computer with Rhinoceros installed, Grasshopper, and some recommended plugins like Lunchbox. Basic 3D modeling skills are helpful.
You’ll learn to create complex 3D patterns, manage data and algorithms for parametric design, and prepare models for 3D printing.
Just download and install Rhinoceros from the official website. Grasshopper comes included and starts by typing 'Grasshopper' in Rhino’s command bar.
Yes, the course explains how to convert 3D models into print-ready meshes and covers the topological requirements for additive manufacturing.
Absolutely. The techniques taught apply to architecture as well as jewelry design, furniture, and custom objects.