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.
AIM The housing crisis in Spain stems from rising prices, stagnant construction, and growing demand, leaving many unable to afford housing, highlighting the need for urgent, sustainable solutions. Spain Time line of the Housing crisis Long Term trend Housing crisis AFFORDABLE HOUSING by 2035 Material comparison Homeless people Data Site documentation Typology – I Joint … Read more
Introduction The global housing crisis highlights the urgent need for affordable, sustainable, and inclusive housing solutions worldwide, Rapid urbanization, rising costs, and unequal access to resources have left millions without adequate housing. A lack of affordable housing options is deepening social inequality in cities across the globe. How Global Housing prices have changed since 2010 … Read more
This term, we explored three Digital fabrication techniques: CNC Milling, Laser Cutting, and 3D Printing. Our objective was to create A Cabin Integrating and investigating the characteristics of each technique. Concept The waffle cabin, designed for future human use, is tailored for different terrains, including beach, desert, forest, and plain regions. The primary structure of … Read more
DIGITAL FABRICATION 3D Printing | CNC Milling | Laser Cutting 3D PRINTING As we embarked on this three-week journey of digital fabrication, we began with 3D printing in the first week. Our goal was to create something that could be integrated with our other techniques in the weeks to come. To maintain flexibility and openness … Read more
Throughout this class, we explored three key fabrication techniques: Laser Cutting, 3D Printing, and CNC Milling. For each method, we were challenged to develop and prototype digital fabrication solutions for a Digitally Crafted Cabin project. For laser cutting, we used a slicing technique with acrylic. Inspired by organic shapes like spines and bones, we aimed … Read more
Our cabin project is a public space for relaxation and meditation, constructed in three parts. The CNC-milled topographic base serves as a parametric bench, designed to mimic natural terrain and provide a comfortable, seamless seating experience that integrates with the surroundings. This precision-milled base offers ergonomic curves and a natural feel. Above, a laser-cut roof … Read more
ArtNest stands as a versatile pavilion, conceived to serve as a dynamic exhibition space for a variety of art installations. Purposefully crafted to blend functionality with aesthetic allure, ArtNest redefines the pavilion typology by providing a flexible framework that adapts to diverse artistic needs. The architecture of ArtNest illustrates the compelling synergy between traditional design principles … Read more
Design & Concept For our project titled “A Cabin for the Future”, we focused on designing an innovative roof structure utilizing laser cutting technology. We aimed to challenge ourselves by opting for a curved roof created through the technique of ‘folding’ an 8mm polypropylene sheet. This approach allowed us to explore the structural potential of … Read more
DIGITAL FABRICATION 3D Printing | CNC Milling | Laser Cutting “Rotating Ridge” is an innovative facade module designed for a compact cabin, exploring the integration of three key digital fabrication techniques—3D printing to CNC milling and laser cutting. This design is trying to establish responsive shading system, structural framework and an visually harmonized façade. The … Read more
The project Warded explores the concept of a “cabin of the future.” When considering future projections, it is difficult to estimate the exact needs and conditions; therefore, Warded is designed for flexibility. For its canopy structure, a traditional tile roof-like pattern is reimagined and interwoven further, like fabric, produced through laser cutting. A fractal tree, … Read more
The Concept when tasked with designing a cabin, we envisioned elegant, simple forms that would stand in contrast to the complex, organic shapes of nature. as we considered the landscape it would inhabit, we realized that this cabin wouldn’t just sit on the land—it would CLING to it, embracing the terrain in a dynamic and … Read more
3D PRINTING REFERENCES Inspired by the interplay of flexibility and precision , this concept captures the merging of fluid fabric forms with the structured intricacies of 3d printing and laser cutting . By layering printed patterns onto pliable textiles , this project explores the seamless integration of hard and soft elements , creating a form … Read more
In this term, we had the opportunity to explore the three distinct fabrication techniques- CNC Milling, Laser Cutting and 3D printing – which resulted in the production of our cabin components CNC MILLING “Diamtic Echoes” A wall was created with layered cutouts and a grid system to add depth. In order to experiment with material … Read more
This term, we explored three fabrication techniques: CNC Milling, Laser Cutting, and 3D Printing. Our objective was to create complex geometries while investigating the unique properties of each method. Through this investigation, we aimed to demonstrate how different shapes can be produced using various machines and techniques, thereby enhancing our understanding of advanced fabrication processes. … Read more
The Concept GeoCabin is an exploration of three forms of digital fabrication: CNC Milling, Laser Cutting and 3D Printing. It features a continuous, blob-like geometry inspired by the lime-green blobs found in the Andes. The geometry was created through parametric algorithms, blending curves and voids. The design process evolves from a base geometry to a … Read more
Introduction In our project, we analyze a timber gridshell characterized by the use of doubly curved laminated timber beams. Inspired by the design of the Haesley Nine Bridges Clubhouse, we have integrated advanced computational and optimization methods such as form-finding, structural analysis, and multi-objective optimization. Our aim is to achieve a harmonious balance between the … Read more
Laser Cutting | Folded Flakes Laser cutting, a precision-focused technique, revolutionizes the art of crafting by using a high-powered laser to precisely slice through various materials with immaculate accuracy. Whether it’s intricate designs on wood, metal, acrylic, or fabric, laser cutting brings imagination to life with clean, sharp edges and detailed patterns. This technology merges … Read more
This term, the exploration of three fabrication techniques—Laser Cutting, 3D Printing, and CNC Milling—led to the creation of three vertical facade prototypes. Drawing inspiration from organic movements and waves, our laser-cut design explores the interlocking techniques with Polypropylene and acrylic.The 3D printed geometry also explores the interlocking, this time as a mobility tool, creating a … Read more
LASER CUTTING I INTERACTIVE FACADE An interactive facade system crafted using the precise technique of laser cutting. This project is a testament to the harmonious blend of creativity and technology. Our journey began with a vision to create a facade system that was not only aesthetically pleasing but also interactive, adding a dynamic element to … Read more
Laser Cutting – Pulsing Bloom Inspired by the dynamic movement of flower petals as they bloom, the panel would be part of a kinetic facade that mimics nature and interacts with its environment. Technical Drawings Production and Material Data Final Outcome Visualization as a Facade Element 3D Printing – Gyroid as a Vertical Element Concept … Read more
Group Z.2 Origami – LASER CUTTING Taking inspiration from light-filtering facade systems such as that of the SDU Campus Kolding by Henning Larsen, Al Bahr Towers by AEDAS, and the Japan Pavilion for Expo 2020 by Yuko Nagayama and Associates, ORIGAMI is a facade prototype composed of a grid system to host panels or ‘flowers’ … Read more
As an underlying theme we chose to explore the various movements of water, as a catalyst that drives each of our fabrication process. Laser Cut – Oscillation | 3D Printing – Coral Growth | CNC Milling – Ripple Effect LASER CUTTING | OSCILLATION The concept behind this design gets its inspiration from oscillating waves … Read more
