What if garments could be designed not only to cover the body, but to respond directly to its needs? Adaptive Fashion is a research project that seeks to answer this question by developing a data-driven methodology for creating “intelligent” clothing patterns. By translating information from the human body into computational rules, the project reimagines fashion design as a system governed by measurable parameters.

A new PUMA store has opened in Antofagasta, northern Chile, showcasing two impressive three-dimensional puma sculptures that capture the brand's energy and precision. The Dado2 & CNC Studio team led this project. The concept originated from a parametric model that translated feline anatomy into a stratified topography— a design language that transformed musculature into geometry and gave the volumes both dynamism and sculptural presence.

Modeling 3D Jewelry with Rhino

Learn to design jewelry through hand-drawing and digital sketching. Understand the jewelry-making process and create prototypes, starting with simple ring shapes and gradually incorporating gemstones. Discover new techniques to enhance your jewelry modeling skills.

Computational and Parametric Design for Jewelry

In this course, you will learn how to model and design parametric definitions using Grasshopper specifically for jewelry design. You will create classic jewelry pieces, including bands, gem settings, mounts, twisted rings, bracelets, dome rings, signet rings, and intricate patterns with pavé settings.