How to apply

Aymeric Brouez: From an Online Master at IAAC to AI Research at Snøhetta

Can an online master open the door to one of the world’s leading architecture practices? Aymeric Brouez followed IAAC’s Master in Advanced Computational Design for Architecture while working, and today explores artificial intelligence at Snøhetta’s Paris studio.

Aymeric Brouez is a French architect and computational designer whose path spans France, China and Spain. He holds a dual master’s degree in Architecture and Urban Planning from ENSA Versailles and Tongji University’s CAUP, and completed the Master in Advanced Computational Design for Architecture, the online master of the Institute for Advanced Architecture of Catalonia (IAAC). He works at Snøhetta’s Paris studio, where he contributes to design projects and takes part in the office’s research group on artificial intelligence. He is an IAAC Alumni Ambassador and shared his story at the IAAC Alumni Dialogues.

Role Alumni Ambassador
Graduated 2025
Degree Master in Advanced Computational Design for Architecture (online), September 2024 to June 2025
Country France
Today Architect and computational designer, Snøhetta Paris; member of the studio’s research group on artificial intelligence
Expertise Python, Grasshopper, Rhino.Compute, BIM automation, generative AI, machine learning, 3D printing
IAAC Barcelona
IAAC Barcelona

Studying online while working

Aymeric always wanted to bring architecture and technology together. He joined the master in September 2024 and graduated in June 2025, travelling to Barcelona for the graduation ceremony. He followed the asynchronous format and kept working as an architect throughout the programme. “You can do both,” he said.

Three terms and a thesis

As Aymeric describes it, the Master in Advanced Computational Design for Architecture is organised in three terms and a thesis:

  1. Term 1: environmental and structural design and optimisation, a first introduction to artificial intelligence and an entry point to coding in Python.
  2. Term 2: building information modelling and interoperability, including Revit automation and web applications built with Rhino.Compute.
  3. Term 3: artificial intelligence, from machine learning and large language models to training LoRA models and working with graphs.
  4. Thesis: a project in small groups that can take the form of software, a research paper or a trained model.

Aymeric started with no knowledge of Python and now uses it every day, through Grasshopper and with AI tools. “In the end I learned even more than what was written, because it’s a program where you learn by doing,” he said. Student and alumni projects are published on the IAAC Blog.

Artificial intelligence at Snøhetta

At Snøhetta Paris, Aymeric is part of the study and experimentation group on artificial intelligence, which looks at how AI can fit within an architecture practice in line with the office’s long-term values, the act of creation and European regulation. His work moves between architecture, design, coding, 3D printing, generative AI, in-house applications, new workflows and knowledge sharing. He collaborates online with Snøhetta studios in Oslo, Innsbruck and Hong Kong, using the remote collaboration skills he built during the master.

“Even though it’s an online program, you can connect with people who become your friends.”

Aymeric Brouez (Master in Advanced Computational Design for Architecture, 2025), IAAC Alumni Ambassador
IAAC Barcelona

A community built online

Around 60% of Aymeric’s classmates were already working professionals, and he learned as much from his peers as from the faculty. His cohort included a journalist, an HVAC engineer and a physicist. “Even though it’s an online program, you can connect with people who become your friends,” said Aymeric Brouez. Graduates of the programme still meet at conferences in London, Paris, Barcelona and Amsterdam.

About the Master in Advanced Computational Design for Architecture

Formats One-year master, 60 ECTS (9 months) · Master + Thesis, 90 ECTS (14 months)
Modality Online, synchronous or asynchronous
Class size Maximum 25 students per format
Weekly schedule Synchronous: around 10 hours of live sessions. Asynchronous: 5 hours of live sessions and around 6 hours of recorded lectures
Language English
Requirements Basic knowledge of Grasshopper before the start of the programme
Director David Andrés León

Frequently asked questions

Can I study the Master in Advanced Computational Design for Architecture while working?

Yes. The Master in Advanced Computational Design for Architecture is fully online and can be followed in a synchronous or an asynchronous format. Aymeric Brouez completed it in the asynchronous format while working as an architect.

Do I need to know Python or Grasshopper to apply to the Master in Advanced Computational Design for Architecture?

Students are expected to have a basic knowledge of Grasshopper before the programme starts. Python is taught from the first term: Aymeric Brouez started with no knowledge of it.

What can I do after the Master in Advanced Computational Design for Architecture?

Graduates work on computational design, automation and artificial intelligence in architecture and engineering practices. Aymeric Brouez works at Snøhetta Paris in the studio’s research group on AI.

Can I build a network in an online master?

Yes. Around 60% of Aymeric’s cohort were working professionals, classes are limited to 25 students per format, and graduates keep meeting in person at conferences across Europe.

How can I contact Aymeric Brouez?

Aymeric is an IAAC Alumni Ambassador. His profile and contact details are on the IAAC Alumni page.

Discover the Master in Advanced Computational Design for Architecture

IAAC’s online master on computational design, environmental and structural analysis, building information modelling and artificial intelligence, in a synchronous or an asynchronous format. Meet the IAAC Alumni Ambassadors on the IAAC Alumni page and read the full IAAC Alumni Dialogues.
Latest news