Parametric Architecture Course | Complete Guide to Grasshopper

Lesson 1 – Rhino Basics (53:49). In this introductory lesson, we explore Rhino’s interface and dive into Grasshopper, a powerful plugin that takes geometric creation to the next level. Even with minimal experience in Rhino, you’ll learn how these tools work together to generate dynamic, data-driven designs. To kick things off, we’ll guide you step-by-step as you recreate the geometry of a stylish chair. This hands-on approach will give you a solid foundation, ensuring you’re well-prepared to master more advanced parametric techniques in the lessons ahead!

Lesson 2 – Introduction to Grasshopper (52:09). In this lesson, we dive deep into the Grasshopper interface, covering its essential tools and elements. You’ll discover how Rhino and Grasshopper work seamlessly together as you start building your very first geometry within Grasshopper. This hands-on experience gives you a solid foundation, helping you move closer to becoming a Grasshopper pro. By the end of this lesson, you’ll be ready to unleash Grasshopper’s potential for dynamic, data-driven design.

Lesson 3 – Data Trees & Lists – Part 1 (1:04:12). Here, you’ll explore list data, data trees, and the key operations that make parametric design possible. Using simple, hands-on examples, you’ll grasp how Grasshopper structures and manipulates data—skills that will be crucial for every script you create moving forward. This class is the gateway to mastering complex designs, so stay focused and patient. By the end, you’ll have a solid understanding of how to wield data with precision in your parametric projects.

Lesson 4 – Data Trees & Lists – Part 2 (49:13). In this lesson, we finalize your understanding of data manipulation in Grasshopper by exploring data trees, lists, and branches in depth. You’ll learn how to combine and manipulate these data structures to unlock new design possibilities. After a quick theoretical overview, we dive into an exciting practical project: recreating a fragment of Santiago Calatrava’s stunning architecture in Valencia. This hands-on challenge will solidify your grasp of data trees and get you one step closer to parametric mastery.

Lesson 5 – Math Operations (50:03). Learn how to apply various mathematical functions to generate patterns perfect for designing facades, wall panels, or artistic objects. By the end of the class, you’ll have a strong understanding of how to manipulate number sequences like ranges and series, and how to creatively apply math to parametric design. This hands-on exploration of math operations will unlock a new layer of possibilities for your projects.

Lesson 6 – Curves – Part 1 (50:51). In this lesson, we take control of parametric design with a deep dive into curves—an essential element in Grasshopper. You’ll learn about various types of curves, their modifications, and how to apply them in your projects. We also introduce the “Twin Curves” plugin, which adds flexibility for creating intricate parametric geometries. By the end of the class, you’ll apply these skills to recreate a stunning light installation piece, further enhancing your ability to design with curves.

Lesson 7 – Curves – Part 2 (54:43). You’ll use your knowledge of curves to design two detailed skyscraper facades, including one inspired by a Norman Foster creation. This session will focus on applying all the tools and techniques you’ve learned so far, giving you a deeper understanding of parametric design in architecture. By constructing the loft shape and extracting design details, you’ll recreate complex geometries step-by-step. This is your chance to bring iconic architectural designs to life using Grasshopper.

Lesson 8 – Attractors – Part 1 (1:04:03). In this exciting lesson, you’ll explore the concept of attractors, focusing on point-based attractors in parametric design. Through a hands-on project, you’ll learn how attractors influence geometry and create dynamic interactions. By the end, you’ll design a responsive skyscraper façade that adapts to the movement of the sun, showcasing how Grasshopper’s attractor principles can be applied to sustainable architecture. This lesson is perfect for those looking to merge design with environmental considerations.

Lesson 9 – Attractors – Part 2 (48:45). Building on the previous lesson, we expand the attractor concept by introducing curves as attractors. You’ll learn how to use curve attractors to manipulate geometry and create dynamic, responsive designs. After a quick theoretical overview, we’ll jump into a hands-on project where you’ll model the façade of the Clarion Hotel and Congress Centre by Space Group Architects. This class will sharpen your ability to apply attractor principles to real-world architectural examples, furthering your parametric design skills.

Lesson 10 – Complex Mesh Surfaces – Part 1 (1:02:19). Using the Nature Boardwalk Pavilion as our inspiration, you’ll apply your existing knowledge along with a few new components to model a circular, three-dimensional pavilion structure. While the design may seem regular, the real challenge lies in projecting a complex form onto an arched loft. By the end of the lesson, you’ll be equipped to handle advanced mesh surface designs in your own projects.

Lesson 11 – Complex Mesh Surfaces – Part 2 (52:39). In this lesson, you’ll model a pavilion designed by University of Porto students using familiar Grasshopper components and operations, with a single additional plugin for enhanced functionality. The design process focuses on simple yet powerful operations like extrusion, scaling, and Boolean operations. By the end of the class, you’ll have a detailed understanding of how to build complex-looking structures from basic geometric strategies, starting with large shapes and refining the details.

Lesson 12 – Presenting Your Grasshopper Models (32:12). In the final class of the course, we explore how to use Grasshopper as a powerful tool for both presentation and fabrication. You’ll learn how to extract details from your model to prepare for fabrication, as well as how to create professional diagrams directly from your Grasshopper model. Whether you’re designing images, diagrams, or even physical models, this lesson ensures your projects are presentation-ready. It’s the perfect conclusion to a journey of mastering parametric design, giving you the tools to showcase and bring your creations to life!