Name: Automate Technical Drawings from Facade Panels with Rhino and Grasshopper
Price: 289 USD
Availability: InStock

Why Take This Course

In this comprehensive course, you'll master computational and parametric design through detailed tutorials on automating facade panels using Rhino 8 and Grasshopper. Guided by Arie de Jongh from ThinkParametric, you'll explore how computational methods significantly enhance architectural design workflows. By combining powerful 3D modeling techniques, Grasshopper scripting, and Python automation, you'll create dynamic facade designs and automate complex technical drawings with ease.

Throughout this course, you'll dive into critical topics including designing parametric facade panels, managing facade geometries, automating technical drawings, and preparing models for CNC fabrication. Each module logically builds upon the last, ensuring both beginners and experienced designers develop practical, marketable skills that dramatically enhance productivity and precision in their architectural workflows.

Enroll now to confidently create sophisticated architectural designs and automate complex processes, saving time and reducing errors while boosting your design creativity.

Master Parametric Facade Design Using Rhino 8 & Grasshopper

Rhino 8 and Grasshopper form an unmatched toolkit for computational and parametric design. You'll learn step-by-step how to create intricate facade panel systems and automate technical drawings, empowering you to effortlessly produce precise, high-quality designs.

Automate Facade Paneling with Python Scripting

Gain hands-on experience integrating Python scripting within Grasshopper to create adaptive and dynamic facade systems. You'll generate variable panel sizes, thicknesses, and seamless gradient designs, greatly enhancing architectural functionality and visual impact.

Efficient Technical Drawing Automation and Fabrication

Master methods to automate detailed technical drawings directly from parametric models. You'll streamline labeling, attribute assignments, and construction documentation, ensuring accuracy and consistency while efficiently preparing models for CNC milling and laser cutting using plugins like OpenNest.

Real-Time Interactivity and Data Management

Discover advanced techniques for dynamic adjustments and interactivity within your designs. Learn to manage and retrieve embedded metadata seamlessly, enabling real-time updates that instantly reflect changes in panel sizes, colors, or layouts, thus significantly enhancing your responsiveness during the design phase.