Within the current global context of rapid change, integrated with the potentials of digital technologies, IAAC’s Master in Advanced Architecture (MAA) is committed to the generation of new ideas and applications for Urban Design, Self Sufficiency, Digital Manufacturing Techniques and Advanced Interaction.
In this context IAAC works with a multidisciplinary approach, facing the challenges posed by our environment and the future development of cities, architecture and buildings, through a virtuous combination of technology, biology, computational design, digital and robotic fabrication, pushing innovation beyond the boundaries of a more traditional architectural approach.
A SYSTEM FOR URBAN DECARBONIZATION Breathing Carbon emerges as a response to the pressing need for sustainable urban infrastructure that addresses climate change and promotes ecological resilience. By integrating biochar, a carbon-rich material derived from biomass waste, into the concrete mixture, we aim to harness its carbon sequestration properties, thus contributing to global efforts in … Read more
This project explores the relationship between raw wood and standard timber through active bending. A series of, 45x45x130mm, timber joint were developed in order to connect and actively bend raw wood sticks.Relying on both standardized and customized digital construction methods, the structure considers scalability, ease of install, and natural strengths and weaknesses of the material. … Read more
In the field of architecture, verticality is often considered the ultimate achievement, the culmination of various attempts, experiments, conceptual speculations, and styles. Architects such as Yona friedman, Rem Koolhaas, Peter Cook have investigated this concept resulting in questionable outcomes. Our analysis explores their work, examining its pure geometry with speculative experimentation. This concept is exemplified … Read more
REIMAGINING WATER TREATMENT INFRASTRUCTURE THROUGH BIO-BASED SOLUTIONS PROJECT OVERVIEW WATER STRESS Due to the climate change, inefficient irrigation systems for agriculture, population growth and inefficient water infrastructure, the water stress in the world is increasing. But we question ourselves if water is really a scarce resource or is it just the issue of how the … Read more
The old builds the new Manifest Can we transform construction waste? Can brick waste be a potential upcycled material in an structurally optimized system? Two main factors, the huge amount of CDW and the importance of brick production in Spain, gives us the decision to select our material, the brick waste. We attempt to propose optimized solutions … Read more
22/23 MAA01 program COMPUTATIONAL DESIGN G07 “FORCES OF NATURE” The “Forest Pavilion” has a computer generated form composed of multi pipes, where the parameters are based on form finding strategies of point collision (kangaroo parameters), these forms are then once again processed (through kangaroo) to create angularity and turned into strips for digital fabrication. STATE … Read more
This project explores the use of various physics simulations using Kangaroo in order to reach a structurally viable design proposal for the IaaC rooftop. The design relies on a combination of specific behaviors (below) that have been calibrated to achieve the desired form.
HYPERBOLIC PARABOLOID ROOF This research project in the field of architecture aims to investigate the application of physics simulations in the form-finding process of designing live-interactive installations using Kangaroo, located in IAAC’s rooftop. The design strategy is creating a simple geometry based on forces in compression and tension on different points. The pavilion’s sail-like plane … Read more
This project was developed in the Computational Design Seminar with the goal of proposing a new installation for the roof of IAAC’s main building using parametric design through Grasshopper and Kangaroo components. The resulting structure aims to improve the quality of the open area, adding shade, light, and shadow effects and creating a base for … Read more
Exploring the unique properties of timber and the fabrication methods associated with it, enabling us to work with complex geometries and find appropriate strategies to realize them. We started out looking at different situations to apply our geometry and potentially make a gapahuk (a building made of wooden materials, originally intended for emergency accommodation), forest … Read more
Space within spaces Design brief and objective The objective of this exercise is to investigate and build a user-friendly interface that enables real-time manipulation of forces as design parameters, with the goal of using physics simulations as a form-finding tool to replicate real-life behaviors. The investigation will also focus on the development of the construction … Read more
Vietnamese Vernacular Architecture Case Study 01 – Jackfruit Village Resort by 1+1 > 2 Case Study 02 – Diamond Island Community Center by VTN Architects Composition Exercise Projection Methods Exploration Pattern Analysis Grid Logic: Superposition of patterns Pattern 01 Pattern 02 Pattern 3 Compiled Grid Catalogue Selected Iteration Development Robotically Fabricated Test Voussoir Robotically Fabricated … Read more
The aim of the design was to create a space that evokes a sense of enclosure but is still open and lightweight. This led us to the concept of designing our pavilion from minimal surfaces inspired from geometries exhibited in nature such as plants, mushrooms and corals. The intention was to fabricate it using strip … Read more
“Arachnid Maze” Abstact The aim of the design was to create a recreational space on the rooftop of the main IAAC. The intention was to design a “spider net” inspired by testing materials that included hair, bones, spider webs, and seashells. We simulated our design via physics simulation springs that are able to hold multi … Read more
Exploring the Strength and Beauty of Wood Joinery The Timber Pergola project is a study of timber joineries, which explores the use of linear and square shapes with 90-degree angles in the horizontal direction and a 12-degree joint to create a tension structure in the vertical direction. The project is inspired by the Forests of … Read more
