Dassault Systèmes AEC Global Summit 2026: Construction’s Industrial Transformation Is Here...Again

The narrative at the Dassault Systèmes AEC Global Summit 2026 in Paris, France, framed the construction industry at an inflection point. Surging demand for AI infrastructure, combined with sustainability and speed targets, is finally forcing the industry to abandon inefficient, traditional delivery models. With AI compute driving a step-change in capacity needs, requiring twice the data centre build-out achieved since 2000 in a fraction of the time, industrialized construction is becoming inevitable.

Dassault Systèmes is positioning itself at the centre of this shift, doubling down on ‘productization’ through virtual construction twins, generative 3D modular design and reusable asset-specific content catalogues to streamline prefabrication processes. In addition, its emerging AI assistants – Aura, Leo and Marie – signal a move towards embedding enterprise knowledge directly into workflows, accelerating design iteration and bridging the gap between engineering and execution.

Over the course of the event, conversations centred on:

• AI demand exposing construction as the bottleneck.

  In an era of unprecedented investment in AI infrastructure, data centre construction has become one of the defining industrial challenges of our time. As the industry moves towards measuring ROI through energy-to-compute efficiency, MEP systems must be designed and delivered with extreme precision. This pressure is only intensifying with the rise of agentic AI platforms, such as Claude Cowork, which drive continuous compute demand. Physical infrastructure has now become the limiting factor, constrained by power availability, fragile supply chains for electrical components, labour shortages and multi-year delivery cycles. As a result, AI-driven demand is accelerating the shift towards off-site construction. Hyperscalers are expected to invest over $300 billion on AI infrastructure this year, adopting modular prefabrication to cut build times and better align capital spend with industrialized delivery. Simultaneously, the need for faster speed-to-market is reshaping project execution, with some operators seeking partial go-live before full completion. This makes phased delivery and prefabrication increasingly critical.

• Manufacturing-based construction being the future.

  Industrialized construction has moved decisively from hype to execution over the past 12 months (see Verdantix Prefab Power Plays: The Billion-Dollar Bet On Modular Data Centres). Data centres, due to their modular nature, are ideal candidates for prefabrication, as they are less constrained by architectural complexity and more reliant on repeatable systems. Crucially, new approaches are dispelling the notion that prefabrication equals standardization. Firms such as Weclad, a specialist in prefabricated bespoke façades, demonstrate that customization and aesthetics can coexist with factory production – exemplified by the cladding of the Morpheus Hotel Tower in Macao SAR. At the same time, hyperscale builds, often located in labour-constrained rural regions, are accelerating the shift towards factory-based delivery, offering a scalable alternative to traditional site labour and a pathway to upskill a shrinking and aging workforce.

• Success depending on execution at scale.
  A mindset shift from one-off designs towards a systems-based approach is now essential. Dassault Systèmes is advancing this transition through the development of virtual construction bricks that form a configurable template for modular asset design and can represent anything from a single element to an entire room space, such as a hospital operating theatre. The value of this model is particularly evident in sectors such as healthcare, where performance-led design is critical. Public sector programmes are already moving in this direction. For instance, the UK’s New Hospital Programme is mandating Modern Methods of Construction (MMC), such as off-site modular prefabrication, to reduce costs, shorten timelines and cut emissions. Industry data reinforce these benefits – Laing O’Rourke highlights that moving 70% of construction off-site can deliver productivity gains of up to 60% and schedule reductions of 30%. It cites the example of Grange University Hospital, which shaved 42 weeks off its original construction timeline. Digital twins are a key enabler, allowing teams to simulate and practice assembly processes before construction begins. However, the economics of industrialized construction are highly scale-dependent and do not always outperform traditional methods on smaller or highly bespoke projects. In such cases, its value lies less in cost and more in improved predictability, reduced risk and faster overall delivery.

My takeaway from the couple of days in Paris is that for industrialized construction to truly succeed, the industry needs to shift from project-based problem-solving to product-based thinking. This will turn construction challenges into manufactured solutions, supported by engineering-grade BIM assets and automation tools that reduce design effort. Flexibility in manufacturing is key, but so is recognizing that site-level, labour-intensive realities persist – making robotics and automation the next frontier. At the same time, we can’t lose sight of on-the-ground challenges while pursuing big-picture transformation. Ultimately, success will depend on architects and developers embracing standardized processes and component catalogues – building systems, not one-off designs.

For more on this topic, stay tuned for the upcoming Verdantix Best Practices: Technology Implementation In Modular Construction report.