Master's in Artificial Intelligence for Architecture & Construction
Double degree
Boost Architecture and Construction by joining the First Edition of the Master’s in Artificial Intelligence
Lead the way! This master’s programme will turn you into an expert in incorporating solutions based on artificial intelligence and programming into architecture, engineering, and construction projects. You will understand the innovative potential of artificial intelligence in all major project processes and integrate tools such as generative design, BIM, machine learning algorithms, and digital twins.
From the very first module, you will start working on your Final Master’s Project (FMP), which involves creating an AI-based solution, either for process automation or for developing a tool specific to the AECO sector.
You will have the support and knowledge of an expert, interdisciplinary, and international faculty board that will keep you at the forefront of technological advances that continue to emerge.
Dare to take the leap!
Academic content
60 ECTS
Block 1
Computational Logic and AI Fundamentals Applied to the AECO Sector
Module 1. Fundamentals of Artificial Intelligence for AECO
Module 2. Computational Logic and Programming
Module 3. AI Applications and Digital Development
Block 2
Key Areas of AI Applied to the AECO Sector
Module 4. Programming and Artificial Intelligence for AECO
Module 5. AI in Project Optimisation, Innovation and Ethics
Block 3
BIM and Generative Design Powered by AI
Module 6. Integration of AI, Generative Design, and BIM for Innovation
Module 7. AI and BIM for Intelligent Construction Project and Process Management
Block 4
Disruptive Technologies: From Buildings to Smart Cities
Module 8. Disruptive Technologies in Construction and Digital Project Management
Module 9. Digital Technology Management for Smart Cities and Intelligent Construction
FMP
Final Master Project
The Final Master’s Project (FMP) focuses on creating an AI-based solution for building or urban planning projects. Students will work in groups and be assigned a mentor who will guide and support the teams throughout the project.
Faculty board
Master's Director
Lilian Ho
Senior BIM Manager & Digital Lead at AECOM | Women in AI | Women in BIM Mentor
German Otto Bodenbender
Director of Design Technology at BIG - Bjarke Ingels Group
Oana Taut
Diretora de produtos da infrared.city
Stuart Maggs
CEO e cofundador da NASKA.ai
Dion Moult
Gerente de Engenharia Digital Emergente na Lendlease
Rui de Klerk
Lead Computational Designer em factorymaker
Rogério Lima
CEO da DOMUS arquitetura e consultoria
Thomas Takeuchi
Cofundador e CEO da Arqgen
Mohammad Mayouf
Course Leader for MSc Digital Construction at Birmingham City University
The ZIGURAT methodology
Active & Social Learning
Training based on participation and collaboration
Studying at ZIGURAT means expanding your professional network and having the unique opportunity to participate in selective working groups, decided on through the expertise of our professors: leaders in technological innovation and construction.
Lifelong Support
A holistic view of the professional profile
From the initial orientation to post-Master's advice, we guide you to have a critical and 360º vision of your future as an expert in the sector.
Online Experience
Interactive and flexible digital experiences
Through live sessions with industry leaders and high-quality materials on global case studies, our learning approach adapts well to the hybrid pace of today's professionals.
Admission process
Application for admission
Personal interview
Submission of documentation
Admissions Committee
Admission decision
Enrolment
Admission Request
If you wish to start the admission process, click here Admission Process.
ZIGURAT also offers financial aid plans, which 2,000 students have benefited from since we were founded. If you would like to find out more about these plans, you can do so by clicking on the link Institutional Grants.
Applications are open until the end of the available places and financial endowment of each program.
FAQ
Artificial intelligence is a field of computer science focused on creating systems and algorithms capable of performing tasks that normally require human intelligence, such as learning, decision-making, pattern recognition, and problem-solving, without direct human intervention.
AI applied to the AECO sector focuses on using advanced algorithms, machine learning, and data analysis to optimize every stage of projects. From generative design and efficient planning to automating repetitive tasks, AI enhances sustainability, reduces costs, and enables real-time informed decision-making. It is an essential tool for transforming productivity and innovation in the construction sector.
AI systems process large amounts of data and recognize patterns to learn and improve their performance. They use approaches such as machine learning, natural language processing, and computer vision to carry out tasks ranging from image classification to complex decision-making.
In our master’s programme, you will learn how AI is used to predict maintenance, optimize resources, and ensure project safety. You will gain practical, hands-on knowledge of its functionality to be able to implement it in your own projects.
AI has brought a profound revolution to every sector of society, and it is only just beginning. It is transforming every aspect of design, construction, and management.
This master’s program positions you as a leader in a sector undergoing rapid technological transformation, equipping you with tools like generative design, advanced BIM, and machine learning—essential skills to tackle the current challenges of the AECO sector.
Many AI solutions are generic and do not address the specific complexities of the AECO sector. This master’s programme enables architects and engineers to develop the tailored solutions that your company or project needs.
Studying this master’s program is an investment to be an active part of the digital revolution in construction!
Smart Buildings Specialist: Design and manage projects that incorporate automated systems to improve energy efficiency, safety, and comfort in buildings.
Construction Solutions Developer: Create tools to optimize design, planning, logistics, or infrastructure maintenance.
Director of Sustainability and Innovation in Construction: Apply AI to optimize resource usage, reduce carbon footprints, and manage building life cycles efficiently.
Innovation and Technology Architect: Lead the development and implementation of new technological solutions in architecture and construction companies, optimizing processes like design, planning, and project management using AI.
