Computational design

Algorithms / AI have taken a big place in everyday life. They are present in almost all domains from computing to architecture. With the optimization of process you will spend less energy and material. In the fields of the stone, the materials are limited in quantity and very expensive. It’s important to economize the material for the next generation.

Computational design is the application of computational strategies to the design process. While designers traditionally rely on intuition and experience to solve design problems, computational design aims to enhance that process by encoding design decisions using a computer language.

Creation of Design & architecture "code"

The design has always changed. Now the capacities are endless. With machine learning and algorithms we are able to create better and more sustainable. We can directly optimize form & material consumption.

Rhino’s visual “programming”
/// A graphics algorithm editor ///

Software used and plug-in:
KUKA PRC /// flexshopper /// kangaroo /// mesh+ /// penelling tools /// WB /// Gallapagos optimization /// BIOMORPHER /// + MORE


Knowledge of C # /// c + /// c ++ /// python

Exemple of application

It is possible to optimize the machining directly in the design creation.

///optimization /// machine learning /// Generative design /// Parametric design ///