In this workshop participants will learn to use AI and 3D modeling tools to create and refine curvilinear architectural designs, covering the entire process from conceptualization to rendering.
The workshop will teach Grasshopper and Pufferfish plug-in techniques for geometrical operations, including orthogonal, cubic, and rectangular geometries.
This workshop focuses on using machine learning to make design decisions. It covers theory and practical applications in various areas, such as facade and urban design, with an emphasis on optimizing parameters for functionality.
This workshop focuses on teaching participants various workflows for designing geometrically functional facades within building code constraints, emphasizing the use of parametric modeling.
Designed by Sarah Frister and Paul Streicher, Dessert Lights is a product of STRUCT3D, a company established in 2023 that produces 3D-printed design products under its own name.
This workshop will focus on organic fluid modeling, creating a catalog of building and mesh typologies. We’ll explore Blender’s subdivision modeling and parametric tools like Modifiers and Geometry Nodes, enabling fast procedural model generation. Blender’s parametric capabilities, including Geometry Nodes, offer Grasshopper and Houdini-like features, expanding design possibilities.
Biomorphic Topologies 2.0 workshop focuses on crafting organic forms inspired by natural morphologies and structures. Using Cinema 4D and Corona Renderer, participants will bring their designs to life with realism and depth.
The Environment-Reactive Computation (with Ladybug) workshop was led by Jacob Lehrer, a Leed-certified Architect focused on cutting-edge computational technologies committed to sustainable design.
Learn about the transformative potential of parametric design in the realm of urban planning that revolutionizes city development and scenario building.
This workshop focuses on providing technical expertise and cultivating creative thinking by utilizing AI platforms like Midjourney, Stable Diffusion, and Rhinoceros3D.
© All rights reserved. Parametric Architecture (2018-2024)
ISSN 3023-7564
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© All rights reserved. Parametric Architecture 2018-2024
ISSN 3023-7564
