UK Construction Week London 2026: AI takes centre stage

Mustafa Sidki and Andrew Harbourne from our Construction team attended the event to ensure that they are up to date with developments in the industry. The event drew over 25,000 attendees across three days of insight, innovation and industry connection, underscoring the sector’s appetite for practical solutions to today’s delivery, safety and sustainability challenges.

This year, artificial intelligence moved decisively from concept to jobsite. Across conference stages and live demonstrations, exhibitors showed how AI is enhancing productivity, tightening programme certainty and improving safety outcomes, from pre-construction to handover and operations.

Robotics platforms illustrated AI’s growing role in repetitive and precision tasks. Canvas robots demonstrated drywall finishing supported by digital twins for quality assurance, providing consistent finishes while shortening cycle times. Dusty Robotics printed full‑scale floorplans directly onto slabs, reducing layout errors and rework. Boston Dynamics’ Spot navigated hazardous or hard‑to‑reach areas for inspection, capturing high‑fidelity data without exposing workers to risk. Built Robotics showcased AI-driven pile drivers that automate segments of foundation works with continuous telemetry. RIC Technology presented 3D‑printing robots constructing building elements, pointing to new methods that integrate design intent with on‑site fabrication.

AI-equipped drones are now standard tools for rapid, repeatable surveys and progress verification. Delegates saw how automated flight plans and machine vision track material quantities, verify installation against BIM models and flag safety issues in near real time. Surveying and inspection time can be reduced by up to 90%, compressing feedback loops and enabling earlier interventions.

On the planning side, platforms applying machine learning to historical and live data are forecasting delays, budget pressure and maintenance needs with increasing accuracy. By correlating weather, labour, plant telemetry and supply-chain signals, these tools support dynamic scheduling, resource allocation and risk management, giving commercial and project teams clearer visibility and earlier warning triggers.

Computer vision systems scanned sites to detect hazards as they emerge and to monitor compliance with PPE and exclusion zones. Sensor suites on cranes and heavy equipment, such as Versatile, captured load paths, cycle times and utilisation, surfacing unsafe operations and productivity bottlenecks. The result is a move from periodic audits to continuous assurance, with objective data to drive corrective action.

Design and pre‑con tools are applying AI to sustainable options appraisal, cost estimation and constructability. Procore Assist demonstrated conversational capabilities that summarise progress updates, analyse jobsite photos and answer queries from specifications and building codes, reducing administrative burden and improving information retrieval at the point of need.

The message from UKCW London was clear: AI is becoming foundational to how projects are designed, planned, built and operated. The benefits are tangible—higher productivity, enhanced safety, cost efficiency through reduced rework and optimised logistics, better decision‑making from richer, real‑time data, and measurable sustainability gains. With momentum now firmly behind deployment, the competitive edge will lie in disciplined implementation, robust data governance and upskilling teams to turn insights into action.

Thackray Williams has also leveraged AI for competitive advantage and as with construction, the use of AI in legal practice is no longer theoretical; it is actively transforming the profession and law firms that delay adoption risk falling behind in an increasingly AI-enabled marketplace.