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.
Becoming Embodied
Digital Matter explores how digital technologies can radically rethink material practices in architecture to address the environmental impacts of construction. This research studio reframes materials from scarcity to abundance, introducing circular material economies, reclaimed and waste-based resources, and concepts such as urban mining, buildings as material banks, and design for disassembly. Students engage with embodied carbon analysis, life-cycle assessment, and computational tools to digitize, monitor, and optimize material flows, supporting regenerative and decarbonized architectural design.
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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
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
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
