The MAA is a visionary master program with an innovative and open structure, mixing diverse disciplines, shaping professionals capable of producing theoretical & practical solutions towards responsive cities, architecture & technology.
Course: MAA02 MAEBB02 MRAC02 24/25 Robotic Fabrication
Upcycling Wood Through Digital Craftsmanship and Circular Design
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CASSATTA – Robotic Fabrication of Trencadis Art
Introduction Trencadis is a form of Mosaic art formed and developed by Architect Antonio Gaudi using discarded broken tiles. This was done by hand back then of course. Nowadays , with progress in the development of technology, robotics are nowadays used in accurately stacking bricks upon one another, 3D printing as well as placing pieces … Read more
Dancing Tiles
This project investigates the reinterpretation of the traditional mosaic technique of Trencadís through contemporary methods of digital and robotic fabrication. The process began with manual explorations aimed at understanding the material and compositional logic underlying Trencadís—specifically, the principles governing the arrangement and fitting of irregular fragments to generate cohesive surfaces. These initial studies provided critical … Read more
ROTATIONAL COLUMN – CIRCULAR WOOD DESIGN
STATE OF ART Part to Whole HG-A, South Korea – 2014 Building Traditions with Digital Research Rui Oliveira, Jose Pedro Sousa – 2016 Columns are analyzed as primary element of Ferreira’s designs. Columns, traditionally crafted through meticulous layering of bricks, are viewed both as structural and visual elements in his designs. RESEARCH QUESTION; “In what … Read more
ROBOTIC FABRICATION SEMINAR
The environmental impact of the construction industry is a pressing concern. As architects, it’s essential that we shift from a linear model of consumption and production to a circular economy. In recent years, there has been notable progress in upcycling various construction materials and replacing high-emission materials like concrete with more sustainable alternatives, such as … Read more
Standardizing Non-Homogeneous Wood for Robotic Stack Assembly and Disassembly
How can reclaimed timber waste from manufacturing be leveraged using robotic fabrication and computational design to develop sustainable, scalable and customizable urban installation? Process of Sorting & Splitting the Beams Geometry Distribution Workflow Assembly Robotic Setup for Processing Robotic Processing Concept Prototype AI-Generated Concept Renders
