parametric design
Parametric design uses mathematical parameters to create and manipulate digital models, enabling efficient exploration of design variations and complex geometries.
The Diffusion Architect: Stable Diffusion for Practical Workflows – Studio Ismail Seleit
The Diffusion Architect teaches practical AI tools for architectural design, covering fundamentals, prompting, and custom workflows.
Amer Faraon4 Mins read
Robotic Fabrication Simulation – Studio Claudia Campuzano
Robotic Fabrication Simulation workshop teaches participants to simulate robotic movements and visualize them with Unreal Engine 5.4.
Amer Faraon2 Mins read
AI Conceptual Architecture 4.0 – Studio Hassan Ragab
AI Conceptual Architecture 4.0 workshop immerses participants to the practical use of AI tools to create and refine architectural designs.
Amer Faraon3 Mins read
The winners of AI Creative Challenge 5.0 announced!
We're excited to announce the winners and honorable mentions of the global "AI Creative Challenge 5.0" event.
Amer Faraon6 Mins read
3D-Printing Ceramics 2.0 – Studio Josef Stoger
3D-Printing Ceramics 2.0 workshop teaches clay 3D printing techniques, file setup, and custom print paths through hands-on exercises.
Amer Faraon3 Mins read
Architectural Follies 2.0 – Studio Erick Carcamo
This workshop delves into parametric design, emphasizing the creation of architectural follies through advanced tools and techniques.
Amer Faraon5 Mins read
AI & Design Fusion: A deep dive into Ida Rasouli’s Creative Direction with AI workshop
Creative Direction with AI led by Ida Rasouli a transformative workshop on using generative AI tools in design, where participants learned to enhance...
Amer Faraon2 Mins read
Curvilinear Concepts: AI Innovation to 3D Modeling – Studio Prabhat Arora
In this workshop participants will learn to use AI and 3D modeling tools to create and refine curvilinear architectural designs, covering the entire...
Amer Faraon3 Mins read
Fractal Matrix Architecture – Studio Jack Rendler
Fractal Matrix Architecture will teach Grasshopper and Pufferfish plug-in techniques for geometrical operations, including orthogonal, cubic, and rectangular geometries.
Amer Faraon3 Mins read
