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.
Self Sufficient Buildings: Machine Room Edoardo Lagrasta | Daksh Lakhani | Farah Ali | Victoria Castano Master of Advanced Architecture 01 | Term 02 | 2023-2024 CONCEPT | Steamer We began by deconstructing a common household appliance, a clothing steamer, to understand its mechanics and study the energy it produces. CONCEPT | Preliminary Sketches Our … Read more
Crystallization. What is it? Crystallization is a process in which a solid material forms from a liquid or gas phase, resulting in the arrangement of atoms or molecules in a highly ordered, three-dimensional structure known as a crystal lattice. This process is driven by changes in temperature, pressure, or the concentration of solute in a … Read more
CONTEXT Michoacán, Mexico, faces a significant challenge due to consistently high temperatures. The health and well-being of the population are at risk, as prolonged exposure to extreme heat can lead to heat-related illnesses and discomfort. Their high temperatures can affect biodiversity, altering the migration patterns of species, as the monarch butterflies. Every year, millions of … Read more
The coming future will force architects to address the issues/necessities of density and the urgency to create more data-informed spatial configurations, such as assemblages, and embedding sets of specific architectural features. Being able to ‘inform’ large-scale systems, taking advantage of modularity, and defining the metrics toevaluate different spatial alternatives is a crucial ability. Custom Assemblage … Read more
The project aimed to explore self-shading selection method to create assemblages with a filtering method to control the growth by direction patterns. The assemblages were then evaluated with a several criterias related with the accessible outdoor areas. Those criteria were then used to shape those outdoor spaces and the units facades that are facing them. … Read more
CONTEXTUAL FRAMEWORK ELEMENTS OF RESPONSIVENESS ARID LANDSCAPES INSPIRATION – LIGHT | DUST INSPIRATION – WATER CONCEPTUAL PROTOTYPING CORE DESIGN AXONOMETRIC PERSPECTIVE SECTIONAL PERSPECTIVE CONDITIONAL MAPPING ELECTRONIC LAYOUT EXECUTION PROCESS VISUALISATION RENDERS
An Effort to Generate Architectures of Assemblies Components Design Custom Assemblage Method Custom Evaluation Criteria Building the Dataset Assemblage Selection Application Testing
AquaLume efficiently captures humidity and rain using an extruding nylon mesh system. The collected water is then directed through a gutter system into a tank. Here, the system analyzes its quality and displays the results via LEDs.
INTRODUCTION TO ROBOTIC FABRICATION A façade which transforms according to the 360 degrees of rotation from one module to the next stacked on it, where the trifurcating arms give varying degrees of porosity and light filtration based on the module stacking References The modular constructivism style is based on carefully structured modules which allow for intricate … Read more
Case Study The Inverted Truss Retail. Taipei City, Taiwan B+P Architects Martha’s Vineyard Airport Terminal West Tisbury, MA Fennick McCredie Architecture Design Proposal Perspective View – Frame Only Perspective View – With Roofing Maintenance Roof Load: 270 kgf Frame Mass Weight: 635 kgf Wind Load: 1 kN/m2 Front View Section Axonometric View
Abstract: The Anthropocene has seen exponential growth in technology, enabling humans to transform their environment and exploit natural resources on an unprecedented scale having led to widespread environmental changes, including climate change, biodiversity loss, pollution, and alterations in the Earth’s landforms and water systems. However, the unequal distribution of resources and power has also led … Read more
Introducing “Blow,” an innovative app designed to revolutionize inflatable geometry assembly. Powered by AR, InflateCraft guides users through a step-by-step process, predicting optimal inflation patterns and providing real-time visualizations for seamless installation assembly. Effortlessly bringing inflatable creations to life with precision and efficiency, making complex designs a breeze to execute. User Manual Video Visuals
Our project explores the fascinating interplay between living organisms, specifically mushrooms, and their environment. Mushrooms, often overlooked, serve as vital components within ecosystems, acting as nature’s recyclers and playing crucial roles in nutrient cycling. We aim to leverage this symbiotic relationship by facilitating the growth of mushrooms and utilizing them as living sensors to provide … Read more
Stages of Growth Process Pseudo code Generating Random Starting Points Creating Random Dendrites Iterating for Multiple Axes Visualizing Neurons Calculating Total Length and Volume Parameters influencing growth Growth rate Branching angle Influence of neighbouring element Single Neuron Iteration 1 Iteration 2 Neuron System Development of multi-neuron system and connectivity Factors influencing growth Multiplication – 3 … Read more
Abstract In response to Indonesia challenges, of relocating its capital from Jakarta, we unveil Nusantara, a visionary urban project nestled in the Borneo jungle. Promising a harmonious blend of nature and technology, Nusantara offers sustainable living, AI-driven experiences, and cultural richness. However, beneath its shimmering facade lies a deeper irony. While Nusantara symbolizes progress, it … Read more
In the year 2044, escalating city taxes have rendered travel to major urban centers unattainable for many, ushering in a period of decline for once-thriving cities. However, Rome emerges as a beacon of innovation, reversing its tax policies and spearheading the transformative “La Bolla” project. Through this initiative, Rome reclaims its status as a vibrant … Read more
Introduction to Chladni Plate and Patterns Pseudocode Surface Manipulation Displacement Mapping Loop to stimulate movement of an object over selected Vibration field curve Final Data and Parameters Future steps
