(A) (collection) Computational design

Computational design empowers architects with a suite of digital tools, enabling them to devise innovative and optimized solutions that transcend traditional design boundaries.

My work in computational and parametric design revolves around harnessing the capabilities of tools like Rhino, Grasshopper, and Python to achieve exceptional results. By exploring the realms of geometry, patterns, scales, and mathematics, I delve into the possibilities offered by these digital platforms. Through experimentation in these projects, I aim to push the boundaries of architectural design, creating intricate and dynamic forms that seamlessly integrate aesthetics, functionality, and innovation.

The following projects were developed during the thesis course “Digital Project and Production Workshop“ and the elective course of Python.

Loop cage

Rendered in Twinmotion

Conceptual Project - Perlin Noise Habitat Rhino + Dall-E (Artificial Intelligence)

Script

Grasshopper +

Python script developed by: Rodrigo Díaz Escalante (tutor) https://www.behance.net/arquiaz

Conceptual Project - Quetzalcoatl’s Temple

Rendered in Twinmotion