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.
Drawing inspiration from the Central American term “colocho” meaning curl or loop, we developed a robotic printed clay column, while experimenting with non-uniform extrusions. In this seminar we explored the geometric possibilities that can be created with the incorporation of non-uniform rotations and movements in the robot while printing with clay. At the same time, … Read more
Robot-Assisted stacking of Wooden blocks Design concept In this experimental project, we explored the intersection of aesthetics and structural logic by designing a parametrically controlled wooden column assembled using robotic fabrication. The column starts with a square base and gradually transforms into a triangular top, demonstrating a seamless geometric transition. By stacking precisely cut wooden … Read more
The Hexa-Pod is an innovative hexagonal wooden stacking pod designed to serve as an enclosed seating space. Inspired by organic geometric forms, this structure is composed of systematically arranged wooden slats, creating a dynamic and immersive shelter. The wooden members provide both structural integrity and aesthetic fluidity, making it a functional yet sculptural addition to … Read more
Research Question Context Why Natural Fibers? Possible Impact Typologies State of Art Material Research Methodology Design Workflow
ABSTRACT This project seeks to transform a plot in Poblenou’s 22@ district into a pioneering model of metabolic co-living and circular urbanism. By leveraging the district’s technological ecosystem and repurposing e-waste from nearby Green Points, the project integrates a localized recycling and up-cycling facility with innovative prefabrication techniques. Modular co-living units, structural frames, and facades … Read more
This research explores the optimization of glulam in architectural design by aligning material grading and grain orientation with force trajectories. Combining glulam offcuts and higher-grade timber, the study minimizes waste while maximizing structural efficiency. Computational workflows and generative algorithms are used to design force-aligned components for scalable applications. Prototypes demonstrate enhanced performance and sustainability, offering … Read more
The plastic crisis has reached staggering proportions. If all the plastic waste on Earth were laid out, it would be enough to cover the entire surface of Argentina ankle-deep. Every year, we produce 300 million tons of plastic globally. Yet only 10% remains in use, while more than 80% is discarded. Of this discarded plastic, … Read more
How can we map the confluence of humans and architecture? concept sketches design flow bill of materials arduino schematic code trial: distance / angles open position closed position
“When light scenography meet architecture” .Manifesto. This pavilion is conceived as an immersive scenographic installation that merges architectural geometry, lighting design, and environmental interaction. At its core, the project explores the dynamic relationship between form, light, and water, transforming the structure into a performative space that engages visitors through a carefully choreographed visual experience. The … Read more
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
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
How can we use irregular elements of reclaimed offcut-timber to challenge the methodology of using planar, Interlocking and stacking techniques which can then be utilized in the design of forms ? Data CollectionThis first starts with a collection of materials and the creation of a database. This database serves as a resource for the planning … Read more
From exterior soil remediation to interior acoustics enhancement The goal of this project is to create a non-cementitious geopolymer, using as the main component biochar, an worldwide abundant material, and amplify its qualities to sequester carbon in order to make carbon sink architecture. Through the process of material engineering and testing, it was possible to … Read more
SEMINAR OVERVIEW ROBOTIC SIMULATION FABRICATION PROCESS DESIGN PROPOSAL CONTEXT DESIGN DRAWINGS WORKFLOW STRUCTURE Robotic Simulation – of Panel Cutting and Placing based on Design RENDERS
