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.
Problem: During the hot summer months, urban buildings face challenges with overheating, leading to excessive energy consumption for cooling systems like air conditioning. Additionally, dense urban areas lack sufficient green spaces, which could help mitigate the heat island effect and improve air quality. Solution: A motorized facade system, like the one proposed, addresses these challenges … Read more
. A spectre is haunting the world — the spectre of the divide between imperial and metric measurement systems. Where is an architect that hasn’t faced the effect of these conflicting measurements? Where is the building design that hasn’t been critiqued for using the “wrong” system, whether by rivals, clients, or critics? Two things result … Read more
Introduction to Programming and Physical Computing Student – Saad Khan INTRODUCTION– ORIGINS AND THE USE OF SOUND IN ARCHITECTURE Cymatics is the study of how sound vibrations create visible patterns on a medium such as sand, water, or a solid surface. Coined by Swiss scientist Hans Jenny in the 1960s, cymatics builds on earlier discoveries … Read more
Cycle Navigation Aid – A Safer, Hands-Free Solution Arduino – Based Navigation Device for Cyclists NavBand is a compact navigation aid for urban cyclists, combining an 8×8 LED matrix display with a tactile vibration feedback system to provide clear, hands-free directional guidance. Designed to attach to a bicycle handlebar, it visually displays arrows for navigation … Read more
The Rain Catcher System Prototype is a smart, automated solution designed to simplify rainwater collection and monitoring. By leveraging advanced sensor technology, the system detects rainfall using a DHT11 humidity sensor and measures water levels with precision through integrated water level sensors. A servo motor intelligently manages the lid’s movement, ensuring optimal rain capture while … Read more
INTRODUCTION | Harnessing Kinetic Energy from the Ground for Sustainable Energy Production Every step applies a mechanical force to the ground. Kinetic floor tiles are designed to convert this force into electrical energy. The energy generated can be stored in batteries or capacitors or directly used to power nearby systems, such as lighting, displays, or … Read more
This project explores the fusion of technology and design through the creation of an interactive wall utilizing physical computing principles. Designed to engage users with dynamic visual and mechanical responses, the system is powered by an Arduino Uno microcontroller and integrates an HC-SR04 ultrasonic sensor to detect motion. When motion is detected within the sensor’s range, the system initiates a sequence … Read more
Light Tunnel is a light installation that offers individuals an immersive experience that varies as the day progresses. The goal of this space is to create a unique experience for each person that walks through it, while making use of the environment around it. The LEDs that make up the interior of this tunnel installation … Read more
Modern architecture is increasingly focused on enhancing user comfort, energy efficiency, and sustainability. “Adaptive Aura” is an innovative smart lighting system that combines motion and ambient light detection to create a dynamic and responsive lighting solution for architectural spaces. This project integrates physical computing to provide a prototype of a system that optimizes energy use … Read more
Design and implementation of a modern vertical plant wall with an integrated automated water dripping system for sustainable indoor greenery REFERANCE : Hydroponic Drip system This project involves designing a simple automated water drip system using an Arduino, a servo motor, and optional sensors. The servo motor controls the release of water by pinching or … Read more
The project envisions a thermal and data hub in Barcelona’s 22@ district, transforming IT infrastructure into a sustainable heat source. Inspired by Roman baths, the design uses underground server racks as modern-day “columns” in a hypocaust system. Waste heat from servers is collected through metallic pipes, directing it to heat floors and supplement the Llevant … Read more
The responsive facade panel system combines solar tracking and environmental monitoring for sustainable design. Using two LDR sensors, the system captures sunlight data to control panel movements, ensuring optimal alignment with the sun’s path for improved energy efficiency and lighting. Integrated planters feature soil moisture sensors that display a green or red light, indicating whether … Read more
What if a structure could adapt its shape in response to environmental inputs? inputs : light value . water value outputs : movement of the canopy/roof adopy [noun]: an adaptive architectural structure that dynamically responds to environmental conditions using sensor-driven inputs. The canopy system uses light and water sensors to adjust its shape for … Read more
Robotic mushroom picker The project focuses on developing an automated mushroom harvesting system that combines precise height sensors with an intelligent robotic arm. The sensors measure the mushrooms’ height in real-time and compare the data to a predefined optimal harvesting height. When a mushroom reaches the desired height, the system activates an LED light, signaling … Read more
