During the MAEBB02, IAAC gives students the opportunity to create individual Studio agendas and develops Thesis Projects based on ecological design, thermodynamics applied to buildings, new fabrication techniques, material experimentation, solar technologies and more. In this way, IAAC puts together an experimental and learning environment for the training of professionals with both intellectual and applied responses to the increasing complexity and environmental pressures of contemporary urban environments.
Could bio-based materials be the key to transforming the building sector and reducing its impact on climate change? The articles described present a compelling set of arguments on timber industry, sustainable forestrynonconventional materials and innovative technologies. TIMBER Timber is highlighted as the biggest widespread potential of low-carbon alternative to steel and concreteespecially referred to in … Read more
This blog describes and showcases the second-term research and prototyping for Bionook. Research Topic: Investigating the Synergistic Potential Between Additive Manufacturing Methods and Engineered Timber in Reshaping Urban Design Paradigms. This research delves into precisely integrating sawdust and orange peels as industrial by-product additives for Soil Additive Manufacturing and locally sourced Engineered Timber, synergizing them … Read more
RESEARCH QUESTIONHow can the inherency of materials found in a specific region facilitate the construction of a building element designed and made uniquely for the climate it is being used in and subsequently reduce carbon emissions? Introduction “Everything we design is a response to the specific climate and the culture of a particular place.” -Norman … Read more
Research Topic:How can a system of modular units embedded with the ability to connect through a combination of joineries achieve a wide range of reciprocal forms, flexibility in design, and a simplified construction process? Keywords: design flexibility, reciprocal structures, interlocking joineries, efficient construction, modularity.The tectonics of parametric architecture using timber primarily stem from two processes: … Read more
Defining BioCities is set to be the second addition to the First series titled ” The Metapolis Dictionary of Advanced Architecture”. The book was published 25 years ago and since then the world has transitioned into the age of sustainability and regenerative design. For the same, the new edition looks into the compilation of words, … Read more
Abstract In response to urgent carbon mitigation challenges and biodiversity loss, a paradigm shift toward manufacturing symbiosis and circular bio-economy is crucial for ecologically sensitive design in urban ecosystems. This study explores the transformative potential of a 3D-printed urban Bionook, incorporating layers of Cross-Laminated Timber (CLT) with a natural-locally sourced soil admixture, to enhance strength, … Read more
In the process of creating this blog post dedicated to defining a Biocity, I played a crucial role in conducting comprehensive research and contributing to the compilation of a specialized dictionary. As part of a collaborative effort involving students from the Institute for Advanced Architecture of Catalonia (IAAC), and under the guidance of mentors Honorata … Read more
Deconstruction involves the systematic dismantling of buildings to recover valuable materials such as wood, metal, glass, and concrete. This approach prioritizes the preservation of materials for reuse, recycling, or upcycling, diverting a substantial amount of waste from landfills. The extracted materials form the basis of material banks, which act as repositories for salvaged construction elements. … Read more
2023: Barcelona is navigating a dynamic landscape of construction and deconstruction, thus enhancing its appeal as a global tourist destination, provide quality educational opportunities, and create diverse job prospects. The city’s commitment to sustainability and the careful management of its growth underscore its dedication to fostering a harmonious relationship between development and heritage preservation. 2030: … Read more
