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Agata Kycia

Learn how to create intricate waffle structures from any 3D form using Grasshopper—the industry-standard tools for parametric design and digital fabrication.

This course takes you step-by-step through the entire process: from modeling free-form geometry, to slicing and generating interlocking waffle components, to preparing your elements for fabrication with unrolled layouts and labeled tags.

Whether you’re an architect, designer, student, or digital fabricator, you’ll gain practical skills to turn complex 3D shapes into real-world buildable structures.

What You’ll Learn:

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Learn how to create intricate waffle structures from any 3D form using Grasshopper—the industry-standard tools for parametric design and digital fabrication.

This course takes you step-by-step through the entire process: from modeling free-form geometry, to slicing and generating interlocking waffle components, to preparing your elements for fabrication with unrolled layouts and labeled tags.

Whether you’re an architect, designer, student, or digital fabricator, you’ll gain practical skills to turn complex 3D shapes into real-world buildable structures.

What You’ll Learn:

  • How to model free-form 3D geometries in Rhino

  • Create a waffle grid system using Grasshopper

  • Design interlocking structural elements with precision

  • Unroll and layout elements for laser cutting, CNC, or manual assembly

  • Add automatic numbering and text tags for organized fabrication

  • Export ready-to-cut drawings with all necessary markings

Tools & Software Used:

  • Rhino 3D (Windows or Mac)

  • Grasshopper (visual programming plugin for Rhino)

Who This Course Is For:

  • Architecture and design students

  • Fabrication professionals and model makers

  • Grasshopper users seeking practical workflows

  • Anyone interested in parametric structures and digital making

Requirements:

  • Basic knowledge of Rhino and Grasshopper

  • Rhino + Grasshopper installed (Rhino 6, 7, or later)

  • No previous fabrication experience required—just curiosity and creativity.

By the end of the course, you'll be able to confidently generate fabrication-ready waffle structures for projects of any scale. Join the course and develop a clear, hands-on understanding of digital-to-physical workflows.

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What's inside

Learning objectives

  • Model and slice free-form 3d geometry to create parametric waffle structures using rhino grasshopper
  • Design interlocking components with precise joints for digital fabrication
  • Unroll and layout structural elements for cnc, laser cutting, or manual assembly
  • Add text tags and numbering to parts for organized fabrication and easy assembly

Syllabus

Introduction
What will you learn?
Step by Step through the entire process
Modelling free-form 3D geometry in Rhino
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Learners who complete Waffle Structures in Rhino Grasshopper will develop knowledge and skills that may be useful to these careers:

Reading list

We haven't picked any books for this reading list yet.
Good starting point for Grasshopper and provides a solid foundation in programming. It covers the basics of Python, including data types, control flow, functions, and object-oriented programming, some of which can be applied to Grasshopper as well.
Is not about Grasshopper, but it's a fascinating look at the lives and careers of some of the world's most successful programmers.
Comprehensive reference for Grasshopper, covering everything from the basics to advanced topics.
As one of the pioneering books focused specifically on Grasshopper, this text provides foundational knowledge and early techniques for parametric modeling in architectural design. While superseded in some technical aspects by newer publications, it remains a valuable reference for understanding the historical development and core concepts of Grasshopper in architecture.
An excellent starting point for newcomers to Grasshopper, this book provides a clear introduction to the visual scripting interface and core functionalities. Through practical examples, readers will gain a broad understanding of creating parametric models in Rhino. It is particularly useful for beginners needing foundational knowledge before tackling more complex projects.
This text explores the foundational concepts and theoretical underpinnings of parametric design, offering a conceptual framework applicable across various software, including Grasshopper. It is valuable for students and researchers seeking a deeper understanding of the principles that drive parametric modeling. While not a software tutorial, it provides essential theoretical breadth.
Serves as an introductory guide to Grasshopper, likely covering the essential interface elements and basic modeling workflows. It is suitable for beginners seeking a straightforward approach to learning the software. It helps in gaining a broad understanding of Grasshopper's capabilities.
A recent publication, this book focuses on the specific application of using Grasshopper for landscape architecture, particularly for performance analysis related to environmental factors. It provides practical examples and workflows for integrating computational modeling into landscape design processes. It is highly relevant for professionals and students in landscape architecture.
A classic in the field of generative processes, this book explores how simple algorithms can simulate the growth and forms of plants. The concepts of L-systems and algorithmic modeling are highly relevant to generative design in Grasshopper and can inspire complex form generation strategies. It foundational text for understanding bio-inspired design computationally.
Introduces Grasshopper, a visual programming language, and covers the basics of coding and programming, such as creating variables, functions, and loops.

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