IAAC’s Master in AI for Architecture & the Built Environment is a unique program oriented towards leading the change in decarbonising human activities and crafting a more sustainable, resilient future urbanisation for our planet. Through an innovative curriculum deeply rooted in AI applications, the program pioneers novel AI-driven solutions that not only respond to the pressing challenges of our time but also set a new standard for environmentally and socially conscious co-design and planning. The Master in AI for Architecture & the Built Environment is training the professionals that city administrations, governments, industries, and communities need, to transform the built environment in the era of digital technologies.
How AI Can Transform Compliance Checking in Architecture Compliance checking is one of the most essential parts of architectural design, yet it is also one of the most tedious and time-consuming. Research confirms this reality: The Foundation Before developing ARCHAI, we conducted a rigorous Proof of Concept to verify the feasibility of our vision. We … Read more
This project can be used to find the nearest library in the city of Barcelona from the input location. The system works by calculating the shortest route from a given starting point to the closest library location. Along this route, the script also displays information about nearby bike stations and the number of available bicycles … Read more
Deforestation Raster Map – 2024 The visualization depicts accumulated and annual deforestation patterns in Brazil from 1985 to 2024. The accumulated dataset shows a continuous rise in total deforested areas, reaching over 140 milllion hectares. Annual trends reveal strong fluctuations, with peaks in the late 1980’s and mid-2000’s, followed by decreases and renewed variability in … Read more
How accessible is the city we live in? Beyond iconic landmarks and infrastructure, everyday life is shaped by small but essential places: schools, parks, shops, and services. Urban Amenities Accessibility in Istanbul is a computational design project that explores how these everyday amenities are distributed across Istanbul’s historical center and how easily they can be … Read more
In our final exercise of our Urban Data seminar, we were asked to create an interactive web platform, using the python library Dash. Dash allows users to upload and format datasets to be interactive, easily toggling between different data visuals rather than showing static imagery. In personal experience, our group has noted how applicable this … Read more
The growth of cities on an urban level has been very random and often scattered due to several reasons, like; UNDPREDICTABLE URBAN GROWTH, DYNAMIC ZONING TRENDS and SHIFTING DEMANDS. This has led to the cities being have to be planned reactively rather than proactively. This has led to a problem of cities being inefficient, rising … Read more
Cities are complex systems where accessibility to essential services—such as healthcare—can directly affect quality of life and emergency response outcomes. Traditional urban maps often show where services are located, but they rarely communicate how accessible these services are in real, everyday conditions. The This project explores how computational design tools can be used to analyze … Read more
The aim of the project is to map the sky visibility in New York City as one walks from one public park to another with an added analysis layer of Heat Vulnerability Index (HVI) to neighbourhoods. HVI is an index of the likelihood of someone from a neighbourhood to die due to excessive heat exposure, which … Read more
Current construction projects lack a reliable early-warning system to predict building-code compliance issues, which leads to delays, rework, safety risks and higher project cost. Traditional inspections usually occur near the end of construction. This makes it difficult to correct issues efficiently and increases the risk of delays and safety concerns. Visual problems such as unsafe … Read more
Throughout the course of Urban Data, we learnt several different ways of handling multiple datasets to finally form a dashboard for the same. In this exercise, we worked using VS Code to create a Dashboard for the comparison of Barcelona’s available rental or buyout housing like what idealista does but the also have it depended … Read more
As part of the Urban Data course, the main goal was to create an interactive dashboard in Python to visualize multiple dataframes. We wrote a proper Python file and ran it locally with VS Code. US Fast Food Restaurant Dashboard combines a population dataset and a US fast food restaurants dataset. Several visualization methods have … Read more
Context This dashboard explores how real‑time tweets about disasters can be read against a global catalogue of events such as droughts, earthquakes, and eruptions between 2010 and 2025. By combining these two layers, the project asks how public, noisy, bottom‑up signals might complement slower institutional data in climate‑driven risk scenarios Framing the question Over the … Read more
Pollinators, bees, butterflies, moths, bumblebees, quietly keep our ecosystems alive. They enable flowering plants to reproduce, sustain wild biodiversity, and support much of our food supply. Yet many of these species are in decline worldwide, threatened by habitat loss, chemical use, urban sprawl and climate change. In cities like Barcelona, where green spaces, gardens, parks … Read more
An Intelligent, Shape-Shifting Sound Control System 01 | Project Abstract Acoustic Skin is an acoustic panel that morphs its surface geometry in real time to control the way sound interacts with the environment. It uses an array of miniature pistons embedded in a felt-covered membrane, behaving like a living, breathing skin that adapts its texture … Read more
This project showed how real-time, intelligent control can transform buildings into more comfortable and efficient spaces. By replacing static systems with adaptive regulation, we can reduce energy waste while creating healthier, more responsive environments for the people who use them. Concept Modern indoor spaces often fall short of providing true comfort and efficiency because they … Read more
This project showed how real-time, intelligent control can transform buildings into more comfortable and efficient spaces. By replacing static systems with adaptive regulation, we can reduce energy waste while creating healthier, more responsive environments for the people who use them. Concept Modern indoor spaces often fall short of providing true comfort and efficiency because they … Read more
