Gain insights from real-world computational design professionals and teachers from a variety of fields. Access all tutorials via the links below.
To The Point – Parametric Design Essentials with Chris
Join industry expert Chris as he breaks down the core principles of parametric design. In this workshop, you’ll learn how to think in nodes, build simple objects, manage lists, apply complex math in design, refine graphs, and seamlessly export your work across platforms like Revit and Blender.
Mastering Waffle Structures (Workshop by Leonardo Gindri)
Dive into the fundamentals of generative and parametric design with this hands-on workshop by Leonardo Gindri. In this tutorial, you’ll learn how to create dynamic waffle structures, adjust parameters in real time, and explore BeeGraphy’s editor to bring complex architectural forms to life.
The Secret of Geometric Illusions with Laurent Lescop
Learn how simple geometric rules can create stunning architectural forms in this workshop by Laurent Lescop. Using BeeGraphy, he walks you through building complex shapes inspired by masters like Bruno Taut and Santiago Calatrava, while introducing essential geometry concepts and practical modelling techniques.
Designing for Production with Gediminas Kirdeikis
Architect and educator Gediminas Kirdeikis showcases how parametric design can transform architecture and product workflows. This workshop walks you through real use cases, laser-cut models, and BeeGraphy’s cloud tools—perfect for anyone looking to dive deeper into computational design.
Mathematics with BeeGraphy – Workshop by Jiyun Ko
Jiyun Ko demonstrates how BeeGraphy can simplify and enrich math education through visual, interactive modeling. From building a hypercube to exploring cylinder intersections and formula-based designs, this session shows practical ways students and teachers can use BeeGraphy to bring mathematical concepts to life.
Creative Computing in Multiple Domains with BeeGraphy
This workshop highlights how computational design enhances fashion, furniture, and education.
• Fashion & Jewelry: Create intricate, customizable designs ready for fabrication.
• Furniture: Build functional, parametric pieces with smart joinery and flexibility.
• Education: Use computational tools to simplify complex concepts and craft interactive learning modules.