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.
This project investigates the use of construction and demolition waste (CDW) as a primary material resource for the development of prefabricated concrete slabs. It combines computational design, material optimization, evolutionary algorithms, and physical simulation to explore how reclaimed concrete and ceramic aggregates can be systematically incorporated into new construction products. A parametric workflow was developed … Read more
The Ripple Network is a multi-detached project consisting of two investigations. The first, El Xarxaire Pabellón, is a form-found waffle shell pavilion for Plaza del Mar, Barceloneta an exposed heat-island space with a critical lack of shade. Wallacei multi-objective optimisation evolves the canopy form across three objectives: solar radiation, direct sun hours and open views. … Read more
For this assignment, we decided to use the biochar + clay panel project that we have been developing in the Digital Matter class, since it was already an advanced material system and we could take advantage of the tests, geometry, and resources developed throughout the course. From this, we wanted to analyze which geometry could … Read more
Spatial Interface for Non-Standard Fabrication STATE OF THE ART – RECIPROCAL STRUCTURE This project is inspired by reciprocal structures and explores how AI can support their design and construction. The work investigates a way to generate and build these interdependent structural systems through computational processes. ALTERNATIVE JOINTS Connection options were analyzed as part of the … Read more
Using climate clustering, vernacular precedent research, and evolutionary optimisation to create climate-responsive design typologies when no established local precedent exists Overview Lovingly named after the very first test location, Project Michigan is a tool that provides climate-responsive design guidelines when no local vernacular precedent exists. Through scraping climate data and global vernacular information, it helps … Read more
Augmented Reality for Computational Acoustic and Noise Analysis CONCEPT STATE OF THE ARTS 2. Using AR For Spacial Simulation WORKFLOW WHAT’S NEXT Demonstration
Augmented Reality for Computational Acoustic and Noise Analysis CONCEPT STATE OF THE ARTS 2. Using AR For Spacial Simulation WORKFLOW WHAT’S NEXT Demonstration
This project presents a mixed reality (XR) and Augmented Reality (AR) framework to upcycle wooden shipping pallets into architectural elements. Addressing timber waste, it empowers novice makers via a dual-device workflow. A tablet serves as the planning interface for designs and cut lists. Concurrently, an AR environment—accessed when users put on the Meta Quest 3S … Read more
An AR guidance system for pottery creation TRACE transforms pottery learning into an interactive guided experience. Instead of interrupting the making process with videos or tutorials, instructions are overlaid directly onto the clay in real time through AR guidance. Rather than replacing the craftsperson, TRACE acts as an apprenticeship layer: making expert knowledge visible, immediate, … Read more
Using AI scripting in grasshopper to create and analyse reused timber stacked systems Two methods of creating panels made from an existing stocklist of reclaimed Timber using AI scripting integrated into Grasshopper. The first method explores the simple end to end stacking, by taking a random piece from the stock and placing it in a … Read more
Structurally informed design strategy for reclaimed timber The first iteration explores the performance of an arched shaped beam and its related compression strategy.
“How can a real-time parametric system effectively optimize architectural truss geometry when constrained by a limited, randomized inventory of salvaged timber? “ Geometry vs. Inventory Standard architectural forms assume infinite material. When constrained by random, reclaimed timber offcuts, the geometry itself must adapt to survive. “Shifting the structural burden from material continuity to joint frequency.” Standard … Read more
Introduction — Intent Building a portal frame from reclaimed timber, focusing on splicing and shuffling techniques to adapt irregular pieces into a stable, structurally working system. Material Intelligence — Understanding the Stock Structural Logic — Portal Frame System Methodology — Overlay & Splice Strategy FABRICATION — Digital vs Physical The workflow was driven by existing … Read more
COLUMN LOGIC CEILING DESIGN DEVELOPMENT FLOOR DESIGN LOGIC FABRICATION PROCESS
