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.


Filters
Course

Trumbull Park Homes – Chicago

By Team – 41 Commons Introduction site context Built in 1938, Trumbull Park Homes (TPH) is a historic public housing development owned and managed by the Chicago Housing Authority (CHA). Images from Google show small brick row-homes among neatly manicured lawns and beautiful old-growth trees — but the development sits on Chicago’s Far Southeast Side, … Read more

Thermochar

Reimagining the façade as an active environmental system rather than a passive building skin, this project develops a modular biochar–clay composite panel that integrates carbon storage, passive thermal regulation, and circular construction. By combining locally sourced clay with biochar, the material transforms atmospheric carbon into a long-term architectural resource while reducing embodied emissions. Computationally informed … Read more

Corked-Up

This project explores cork as a sustainable material and investigates new possibilities for its application through innovative design and production methods. By experimenting with different technologies and rethinking how cork can be formed, adapted, and shaped, the project aims to develop new ways of working with the material that minimize carbon emissions, reduce waste, and … Read more

SMALL STEPS, BIG CITIES

Redesigning childrens’ journeys to school in Bosa-Apogeo, Bogota CONTEXT & CHALLENGES Bosa Apogeo sits at the southwestern edge of Bogotá — a neighbourhood shaped by rapid unplanned urbanisation and carrying a disproportionate share of the city’s pollution burden. Industrial corridors, heavy freight traffic, and unpaved roads converge here, pushing annual PM2.5 concentrations to between two … Read more

BANANA MATTERS

Abstract Banana Matters transforms discarded banana pseudostem biomass into carbon-sequestering architectural panels through material research, bio-based binders, and digital fabrication. The project addresses the untapped potential of nearly 525 million tonnes of annual banana waste by developing lightweight, low-carbon composites with acoustic and structural applications. Through iterative material experimentation, heat-press manufacturing, and mechanical and physical … Read more

Bedrock

Prefabricated Slabs Embedding Structure and Finish Through Stress-Driven Geometry and Waste Aggregate Distribution This thesis challenges the conventional separation of structure and finish in floor systems, typically resolved through multilayer assemblies that increase thickness, material redundancy, and construction complexity. While such systems allow formal and technical flexibility, they externalize performance into discrete layers rather than … Read more

ruins reversed

a methodology integrating artificial intelligence, geometry, structure, material, and assembly for heritage restoration. Historic buildings around the world are disappearing due to conflict, climate change, material degradation, urbanisation, and limited resources available for conservation. While digital documentation technologies have rapidly evolved over the past decade, restoration itself remains a fragmented process requiring specialists from multiple … Read more

Living Fibers: Robotic Needle Felting as an Architectural Construction System

MAA/MRAC Studio Term 3 — 2025/2026 | Robotics for Ecological Building When you think of wool, construction probably isn’t the first thing that comes to mind. But wool has a longer history as a building material than most people realize, and it carries inherent properties that make it genuinely compelling for architecture: moisture regulation, thermal … Read more

Non-Standard Circularity

A Digital Fabrication Pipeline for Upcycling Reclaimed Timber into Low Rise Vernacular housing The construction industry remains locked in a linear model of consumption that relies on virgin materials, often ignoring the structural potential of irregular reclaimed timber. “Non-standard circularity” challenges this rigidity by proposing a computational workflow that embraces material heterogeneity as a design … Read more