Within the current global context of rapid change, integrated with the potentials of digital technologies, IAAC’s Master in Advanced Architecture (MAA) is committed to the generation of new ideas and applications for Urban Design, Self Sufficiency, Digital Manufacturing Techniques and Advanced Interaction.
In this context IAAC works with a multidisciplinary approach, facing the challenges posed by our environment and the future development of cities, architecture and buildings, through a virtuous combination of technology, biology, computational design, digital and robotic fabrication, pushing innovation beyond the boundaries of a more traditional architectural approach.
Genesis_001 explores the dynamics of sound in urban environments, focusing on noise pollution, distribution, its sources, and its impact on public and private spaces. The work integrates data visualization, mapping, and architectural concepts to analyze and reimagine soundscapes within an urban grid. Key elements include diagrams of sound sources (daytime, nighttime, and traffic), a superimposed … Read more
Concept Chromo Sense is an interactive lighting system designed in park like spaces , where there is an interaction between humans and non-humans, in which there is efficient amount of lighting that doesn’t disturb the wildlife but also to respond to human presence. Motion sensors are incorporated into the project to activate lights as people approach … Read more
Introduction Design and Inspiration Setup and Implementation Circuit Diagram Visual Renders
Concept A public installation that combines lampposts with benches, creating a multifunctional space where people can rest during the day amidst lush greenery. The installation is powered by solar panels that track the maximum amount of sunlight throughout the day, ensuring optimal energy capture. The design offers shelter from the elements, and at night, the … Read more
INTRODUCTION TO PROGRAMMING AND PHYSICAL COMPUTING CONCEPT This innovative prototype is designed to automatically adjust the angle of shading in response to changing ambient light conditions, enhancing both comfort and energy efficiency. The project is focused on enhancing energy efficiency, comfort, and usability in architectural spaces by effectively harnessing and optimizing natural light. This approach … Read more
Concept The project aims to design an innovative architectural installation that incorporates sensory architecture. By utilizing sound sensors to control the lighting on the facade, we will create an engaging and interactive experience for users. This approach not only enhances the visual appeal of the structure but also encourages a dynamic interaction between the installation … Read more
Concept The ClimaControl system is designed to enhance thermal comfort by monitoring room temperature and providing real-time feedback and response. Utilizing an RGB LED indicator and a fan, the system visually signals the temperature range while activating cooling mechanisms when needed. This smart solution ensures an adaptive environment by catering to specific thermal needs, making … Read more
“An interactive journey where light and motion respond to your presence, creating the illusion of infinite depth.” Concept The Infinite Tunnel is an interactive installation designed to immerse participants in a dynamic play of light and motion. At its core, the project uses a light sensor to adjust LED blinking speeds based on ambient daylight, creating a … Read more
A smart apartment system that combines sensors and displays to enhance daily comfort. The project uses an ultrasonic sensor to detect presence, a DHT11 sensor to monitor temperature and humidity, and outputs data to an LCD screen and MAX7219 LED matrix. It automates feedback, such as displaying room conditions and humidity reminders, creating a responsive … Read more
Future landscape The Green Cone is an experimental environmental project designed to isolate a landscape area within a translucent cone, simulating a winter garden effect. The objective is to raise the internal temperature by 1.5°C, mimicking the predicted global temperature increase expected by 2050 due to climate change. By recreating these conditions, the Green Cone … Read more
This project implements an Arduino-based sunlight-responsive system that dynamically adjusts a solar panel’s angle using an LDR sensor and a servo motor. The system detects sunlight intensity and positions the panel to maximize exposure, using predefined thresholds for low, medium, high, and very high light levels. LEDs serve as visual indicators of the detected light … Read more
This pavilion explores the intersection of physical and virtual architectural experiences, offering a dual-purpose spatial design. In the real world, the pavilion functions as a serene space for relaxation, social interaction, and connection. However, upon entering the virtual realm through VR, the pavilion transforms dynamically, unveiling its digital counterpart. The layer system within the pavilion … Read more
The Cloudscape Pavilion is an innovative and visually striking architectural installation located in Jaume, Barcelona. This structure is designed to serve as a dynamic public space that merges art, architecture, and functionality, offering a unique experience for visitors. The pavilion design showcases a flowing, cloud-like canopy composed of cylindrical forms, creating an interplay of … Read more
Wave Harmony This project, developed in Grasshopper for computational design exploration, is a conceptual model showcasing dynamic forms through vertical fins that mimic movement and fluidity. The design creates a rhythmic interplay of light and shadow across the façade, balancing transparency and opacity. The cascading ribbon-like entrance enhances the visual and spatial experience, transforming the … Read more
Pseudo script This project involves creating a hexagonal grid-based parametric structure using Grasshopper, resulting in a futuristic lattice pavilion design. The steps outlined in the script include: The animation likely visualizes the transformation from a flat hexagonal grid into the intricate 3D pavilion, showcasing step-by-step modifications and geometric layering.
