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.
Form Follows Availability
The construction industry is the number one consumer of global raw materials while being one of the biggest producers of waste in the European Union.In this Research, we aim to explore the possibilities of secondary waste wood (Pallets) based on the notion of discreteness and develop a “Programmable Matter System”.These discrete building blocks can be … Read more
Lignum Penumbra
FORCES OF NATURE The term “Lignum” refers to wood, emphasizing the material used in the pavilion’s construction. “Penumbra” refers to the partially shaded area around the edge of a shadow, which could suggest the way the pavilion’s design incorporates light and shadow. Pseudo Code Final Result ‘Lignum Penumbra’ is a project that celebrates the natural … Read more
Digital woodcraft
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
Timber Pergola
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
Possibilities of Reciprocal Timber Structures in the Formation of Space
Possibilities of Reciprocal Timber Structures in the Formation of Space is a project that aimed to explore the potential of using reciprocal timber structures to create innovative and functional spaces. The projects main goal is to leverage both traditional artisanal technologies and modern digital tools to create structures that combine beauty, functionality and sustainability. The … Read more
The Spaces in Between
The objective of this project was to investigate the potential of the pick and place technique in producing a compelling vertical element that showcases the precision of robotic fabrication. Our column boasts an intricate design of oscillating, twisting triangles that expand and contract throughout the height of the structure. The purpose of this design is … Read more
Timber Zipper
The goal of this project is to comprehend the pick-and-place robotic fabrication process using timber members and how to optimize the process using design choices. By experimenting with various twist, rotate, shift, mirror, and scale actions, column typologies that eventually took the form of a zipper-like column were created. The exercise helps us to understand … Read more
SlideSquare: The Sliding Square Facade
The architectonic project of an interactive environment that develops a structure opening and closing according to sunlight is a design that responds to the natural light changes throughout the day. The concept can be applied in a façade to regulate the temperature and sun entrance on the building, or in a residential or commercial project … Read more
BALANCED STRUCTURES
Balances Structures uses the ABB robot to develop a column through a pick-and-place strategy. Pushing robotic precision to its limits and minimizing human error, this project showcases how a structure in a state of delicate balance can be produced. The balance of the column was showcased not only through the placement of the structure on … Read more
UNFURL
Adaptive shading system Concept The project aims to create a shading installation that reacts to the pressure under it. The movement in the shade occurs when a person or a vehicle is under a module of the shade, triggering the opening of only that module. Location For the site for the installation we chose the … Read more
IN_(TERLOCK) CHAOS
Abstract This project will focus on using the pick & place operations to develop column geometries stacked out of timber elements. Below we present the development of a parametric system capable of integrating fabrication constraints and architectural goals. The aim was to create a natural geometry with a simple linear element, a catalog of multiple … Read more
ALGOSurfboards: how design drives performance
Over the last decade, the surf industry has been rapidly expanding, as an increasing number of people worldwide are embracing the sport. However, despite the rising demand, traditional surfboard design approaches have yet to fully embrace the potential of tailored equipment that takes into account the unique needs and preferences of individual surfers. As a … Read more
Hive
Zack Eisenberg : Advanced Architecture Teachers: Oriol Carrasco, Gabriele Liuda Research Framework
DESIRE
DESIgn for REassembly “Design for Dis- and Re-assembly; From a column at the Mobile World Congress in Barcelona to inhabitable space Valldaura, to…?” Our aim for the course is to design 4 columns for the World Mobile Congress, which then will be reassembled and transformed into roofs, walls, and foundations for a small construction in … Read more
Robotic Woodcraft – Team I
Context This blog documents the negotiation of a System of Scan to Fabricate workflows related to dealing with irregular raw materials, Namely offcuts from the saw-mill logging industry and CNC – Offcuts in the digital fabrication workshop. A negotiation between design input and the raw material topology necessitates research. With each material presenting unique Opportunities … Read more
