As digital transformation continues to reshape the architecture, engineering, and construction industry, BIM is entering a new phase driven not only by modeling, but by data, collaboration, and intelligent decision-making.
Following BIM World Paris, Sami Chebbi shares his insights on BIM, AI, and the future of digital project delivery.
Read the full interview below.
BIM & Artificial Intelligence: An Interview with Sami CHEBBI
Hello Sami, you recently attended BIM World in Paris. What were the main innovations you observed, and where is BIM heading today?
BIM is clearly reaching a turning point, evolving from a simple modeling tool into a structured digital environment supporting project coordination, data management, and decision-making. Key trends include cloud-based collaboration and better data exploitation. This year, artificial intelligence was strongly present across many presentations, confirming that BIM is increasingly connected with technologies that enhance analysis, automation, and decision support. BIM is becoming a central strategic component across the entire building lifecycle.
Can we say that BIM has reached maturity, or is it still evolving?
BIM tools are largely mature, but practices continue to evolve. Maturity depends on organizations, methodologies, and collaborative culture. We are moving toward a value-driven BIM approach focused on data intelligence rather than model production alone.
Why is Artificial Intelligence now naturally associated with BIM?
Because BIM produces large amounts of structured data, AI is designed to analyze, learn from, and optimize data. BIM structures information, while AI helps extract meaningful insights and support design and technical decisions.
Realistically speaking, where do BIM and AI stand today?
We are in an intermediate phase. Tools exist, but they are not all fully mature, efficient, or widely accessible. AI is not yet fully integrated into BIM workflows, which requires learning, adaptation, and methodological change.
What are the concrete benefits of AI in BIM today?
Even today, AI adds value through design option exploration, predictive analysis, task automation, and scenario comparison. It can support processes such as model checking, data validation, and optimization workflows. Overall, it contributes to better-informed decision-making while complementing (and not replacing) human expertise.
What are the main limitations or challenges of AI applied to BIM?
Data quality remains a critical issue. There is also a risk of over-relying on algorithms, while decisions must stay clear and human controlled. Additionally, AI requires rethinking workflows rather than simply adding new tools, and challenges such as interoperability and the interpretation of AI-generated outputs still need to be addressed.
Are architects and AI still ‘finding each other’?
Yes, absolutely. Architects and AI are still in a phase of mutual adaptation. The objective is to develop simpler, more integrated, and truly useful tools. Effective AI for BIM should remain discreet, well-integrated into workflows, and focused on supporting decision-making, while preserving design intent, creativity, and professional responsibility.



