The MaCAD is a unique online programme training a new generation of architects, engineers and designers ready to develop skills into the latest softwares, computational tools, BIM technologies and AI towards innovation for the Architecture, Engineering and Construction (AEC) industry.
Introduction: The Wrong Question We Were Asking For years, the question sounded simple: What is the purpose of AI in AEC? The answers were predictable speed, automation, productivity. Faster drawings. Fewer errors. Leaner workflows. That definition collapsed the moment we confronted Jakarta. Through our studio project Floating Grounds, developed in the flood-prone Penjaringan District, and … Read more
Design via Experimentation with the Black Box When I started my MaCAD program this semester, AI felt like a threat. As an industrial designer, I saw it as this incomprehensible pattern-finding machine that could somehow analyze thousands of products simultaneously, finding relationships I’d spend years trying to notice. The black-box nature terrified me—I couldn’t trace … Read more
This project aims to revive and appreciate the beauty of the historical Bab al-Luq Market and to give it it’s former glory. This project explores the historic Bab al-Luq Market, aiming to celebrate its architectural beauty and restore its presence within the city. The proposal focuses on revealing the original steel structure, reconnecting it to … Read more
The purpose of artificial intelligence in architecture, engineering, and construction (AEC) is not to replace architects or engineers, but to support better decisions in an increasingly complex field. Today, the built environment is shaped by overlapping layers of constraints and ambitions: environmental performance, structural behavior, material systems, costs, timelines, regulations, and social impact. Managing this … Read more
The conversation around Artificial Intelligence in Architecture, Engineering, and Construction (AEC) often begins and ends with the concept of “efficiency”. We discuss doing things faster, reducing man-hours, and automating mundane tasks. But as the industry faces unprecedented challenges, the true purpose of AI is shifting. It is no longer just about speed; it is about … Read more
In AEC, the purpose of AI is not to replace architects or engineers. The purpose is to improve decision-making and coordination, while keeping clear responsibility. In AEC, the purpose of AI is not to replace architects or engineers. The purpose is to improve decision-making and coordination, while keeping clear responsibility.AI can be seen as a … Read more
Middle east, 1067 AC scene 1: Long before the word algorithm existed, a woman draws lines in the send. She is not an architect. The word does not exist yet either. She is simply someone who must decide where people sleep when the river floods. She draws, erases, redraws.She listens to the wind.While She remembers … Read more
In the very first lecture of the theory class, AI was a scary, unpredictable tool for me. However, after deep thinking and various perspectives, it feels more like a “work buddy”. In this blog, I’d like to elaborate more on this shift in idea I had. Nowadays, in nearly every sector, people are scared of … Read more
Over time, and after being asked this question more than once, my answer about the purpose of AI in AEC has evolved. It hasn’t changed drastically, but it definitely became clearer and more grounded. Influence & Purpose What influenced me the most was listening to different speakers, especially the MaCAD alumni. One talk that really … Read more
Introduction — Where My Interest Began My interest in AI and its application in the AEC industry started before this course. During the IAAC GSS, I worked on a study in Bogotá using GIS and image‑recognition tools to map sensory criticality in care-focused urban zones. What surprised me most was how accessible the process was. … Read more
At the beginning of the semester, we were asked to reflect on the role of artificial intelligence in the AEC industry. Looking back, my answer then came from a much more limited understanding. Revisiting the question now, after a series of lectures, I realize that what has changed is not so much how much I … Read more
Ingredients Climate Reykjavík’s climate shapes the entire project. The site is exposed to strong, multi-directional winds reaching 27 m/s, with a prevailing direction around 135°. Daylight conditions are equally extreme, shifting from long summer days to very short winter ones. The system therefore needs to adapt, protect, and still create comfortable public spaces. Form Our formal … Read more
//MY INITIAL VIEW When I first began using AI-related tools in architecture and the built environment, I approached them primarily as a tool for efficiency. My focus was on faster modelling, optimization, and the ability to test more options in less time. AI, to me, was something applied after a design idea existed, a way … Read more
“Terrascape does not impose an external order; it encodes the survival logic of the Mexican informal ‘barrio’ to transform it into a dignified, resilient, and dynamic housing system.“ The Geometry of Necessity In the rugged topography of Chihuahua, Mexico, the “Barrio” is not just a residential zone; it is a morphological catalyst. It embodies a … Read more
A Porous Fortress for Dignity Housing at -35°C in Ulaanbaatar, Mongolia A Breath in the Frost presents a computational housing system designed for Ulaanbaatar, where winter conditions can reach −35°C and air quality becomes critical during the cold season. Instead of proposing a single fixed building, the project develops an adaptive framework: a discrete aggregation … Read more
