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.
CELL DIVISION
Pluripotent (‘capable of multiple tasks‘) stem cells are cells that can divide indefinitely. These cell layers are the fundamental tissues that give rise to all the different types of cells and tissues found in the adult organism. Given this property, stem cells are potentially able to recreate any tissue or organ found in the body. … Read more
Mushroom Growth
computational design Natural phenomenon How mushrooms can growth? Spore Germination: It starts with a mushroom spore, which is like a tiny seed. When conditions are right (usually with moisture, warmth, and a suitable substrate), the spore germinates. Mycelium Formation: From the germinated spore, tiny threads called hyphae emerge. These hyphae grow and branch out, forming … Read more
Topology of Trabecular
Computational Design Research Subject What is trabeculae? from Latin for ‘small beam’ Also called cancellous bone, is porous bone composed of trabeculated bone tissue. It can be found at the ends of long bones like the femur, where the bone is actually not solid but is full of holes connected by thin rods and plates … Read more
BentArc
BentArc is a project crafted during the first term of the Digital Woodcraft Seminar. The site is at the Vallvidrera reservoir, situated on the outskirts of Barcelona. It was designed in 1865 for a hydraulic project that was carried out to bring drinking water to the old town of Sarrià. Today it is no longer used to supply water … Read more
The Rooftop Playground
A Place to enjoy the sun, play, hide and chill The Rooftop Playground proposes, as the name suggests, a leisure (playground) space on the given rooftop of IAAC building. This attempt is derived from the current lack of character, the needs in alternating qualities of spaces (privacy, light, etc.), as well as the need of … Read more
Lineage
SITE FORM INSPIRATION CONCEPT The project focuses on devising fabrication protocols for on-site assembly. Through computational tools and algorithms, we engage in a holistic design process, from initial concept to realization, fostering innovation in dynamic architectural forms. The research emphasizes visualizing form-finding processes, fabrication protocols, and assembly logic through diagrams and animations FORM FINDING “Project … Read more
ferrofluids
Natural Behavior Simulation | Computation Design Level 1 Final | MAA01 – Term II – 2023/24 | Professors: Oana Taut and Lora Fahmy A visit to Cosmo Caixa Science Museum in Barcelona introduced me to the ferrofluid substance and its reaction to magnetic forces. I took this video on my visit, and it inspired the … Read more
Differential growth of brain coral
This project aims to investigate the pattern and growth behavior of brain coral, showcasing its fascinating interaction with the environment through its unique patterns and colors. The study utilizes scripting in Grasshopper to optimize and replicate the coral’s behavior, mirroring its life influences. Starting with the brain coral life cycle, its differential growth algorithm could … Read more
FLOW
Flow aims to investigate the intricate relationship between fabric materials and wind flow dynamics. Utilizing computational design tools, it seeks to create a shaded area on the rooftop of the Institute for Advanced Architecture of Catalonia (IAAC). The design endeavors to establish a semi-covered space where individuals can unwind, enjoy meals, and relax. By offering … Read more
Natural Behavior : Root Branching System
Utilizing Grasshopper scripting on natural behaviour, the project replicates tree root growth, emphasizing endless bifurcation at random branch endpoints. Informed by scientific research on root behaviour, this computational model simulates the stochastic nature of root growth, offering insights into complex root architecture and interaction with the environment.
