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.
Klimatile – Shape Diver
The project was developed in order to give access to the customers more control over what kind patterns, what kind of size, depth of grooves and many other features to have the exact estimate of size shape and design they want.
Agua Mobility
A passive cooling system Project Agua Mobility is an innovative endeavor that utilizes 3D printing technology to integrate plaster and mortar materials around bricks, enabling the simultaneous construction and finishing of structures. The project’s primary objective is to develop an alternative water transportation system based on capillary action, employing a multimaterial manifold. In this system, … Read more
RE(IN)FOLD
To design and analyze the structural performance and efficiency of a timber folded plate roofing system for optimal design and functionality
Building Therapy
Building Therapy is a project of IAAC, Institute for Advanced Architecture of Catalonia developed in the Master in Advanced Architecture 02 – 2022-2023 by the student(s) aishwarya.arun during the course MAA02 & MRAC02 22/23 Business Innovation with Davide Rovera.
Underwater vessel
Shapediver is a tool that allows quick and effective exploration of a geometry without having to use grasshopper or any other software. In this project Shapediver, was used to generate a catalogue of underwater vessels. Several parameters such as object height, number of layers, and maximum surface were used to determine the most optimal shapes … Read more
EcoBrickscape
The project was about designing different geometries and their respective infill designs for interlocking bricks made from a Sawdust based bio composite material. The interlocking strategy would be dependent on the final design of the structure. The parameters set on the Shape Diver platform would allow the user to control the size of the bricks, … Read more
EcoBrickscape
THESIS STATEMENT The objective of this thesis is to investigate the use of sawdust based biocomposite materials in the additive manufacturing of interlocking bricks. EcoBrickscape aims to develop a workflow that facilitates the generation of customizable shapes and infill designs that are optimal for interlocking and aggregating, enabling efficient fabrication and assembly. The study also … Read more
Shapediver: Background Fabric
This project used shapediver imputting mechanism to create mass background fabric structures for the use in a design project. It has flexible imputs of different base building outlines that simulates different units within the desired building block. At the point the project is still encountering diffculty with uploading to Shapediver, it will be solved in … Read more
