Canadian project evidence, BIM tools and AI developments. Read the date. Follow the source. Bring the lesson back to your trade.
Explore the project evidence ↓This is a dated research snapshot, not a live news feed. Project updates, documented case studies and announced pilots each tell us something different.
PSPC describes combining scans, photographs and drawings in a model and database used for site visualisation and asset tracking. Its stone-restoration example connects condition records with time and cost. The video does not identify the software brands.
Public Services and Procurement Canada ↗Connected Places Catapult reports an agreement between the UK and NRC Canada to collaborate on BIM adoption, knowledge exchange and project delivery. This is a collaboration framework; it does not create a software requirement for every Canadian project.
Connected Places Catapult ↗An NRC-sponsored challenge sought prototypes for checking 2D drawings and BIM against digital construction codes, with human review and traceable results. The application window has closed. The call is evidence of research demand, not proof of an operating permit-approval system.
Innovation, Science and Economic Development Canada ↗It shows a documented use, not the software on every Canadian project. A vendor case study can be useful while still being promotional.
Search the 13 selected examples. Dates and limits stay with each record. Start with the 2025–2026 evidence, or switch to undated and earlier cases. BIMTA trade takeaways are our interpretation of the workflow.
5 of 13 documented examples · 2025–2026 evidence
PSPC’s May 2026 video describes bringing scans, photographs and drawings into models and an information database. The project uses the information for site visualisation and tracking assets. Its stone-restoration example links condition records with time and cost, showing how model information can support detailed trade work.
Owner update published May 2026
Connect each physical item to its condition, approved work, responsible team and acceptance record. Agree how field changes reach the shared record.
Evidence limit: The owner does not name the software products or versions. Do not infer Revit, Navisworks or another platform from the word BIM.
Autodesk's 2026 award profile describes Scarborough Transit Connect using Autodesk Construction Cloud for controlled reviews, RFIs and submittals on the Scarborough Subway Extension. The account also identifies 4D sequencing, reporting that connects SAP and cloud data through Power BI, and work linking asset records to models for handover.
2026 project profile
Agree the review status, responsible reviewer and installation release before crews rely on a model or submittal.
Evidence limit: Vendor-reported program snapshot. Specific software versions and current configuration are not stated. No reported approval-rate or schedule-saving figure is treated as a benchmark for other projects.
A January 2025 Bentley sponsor article hosted by the Transportation Association of Canada describes ProjectWise as the connected data environment for Ontario Line delivery, iTwin for web-based access, and SYNCHRO with LumenRT for 4D planning and visualization. It reports a project-team workflow, not a national standard or confirmation of current software versions.
Project workflow reported in January 2025
Agree review responsibilities and shared-model status across contracts. Include interfaces, sequence and access constraints when planning installation.
Evidence limit: Sponsor-supplied case study, not independent measurement. The January 2025 article describes delivery methods; it does not confirm today’s versions or continued use of every product.
Pomerleau reports using in-house LiDAR scanning to assess slab deflections and inform levelling material quantities during this federal-building modernization. The contractor also identifies OpenSpace's 360-degree imagery and AI-assisted visual record for progress documentation and coordination. This is a specific Canadian example combining measured existing conditions with a separate visual progress record.
2026 project profile
Distinguish survey-grade measurements from visual records. Define accuracy, coverage, capture dates and who approves any quantity derived from scans.
Evidence limit: The project page does not publish independent accuracy results, model-authoring software, AI error rates or quantified savings. The listed 2026 project year is not an explicit publication date or confirmed completion date.
Pomerleau's Academic Wood Tower profile describes BIM/VDC for clashes, sleeves and coordinated openings, alongside reality capture of existing conditions. It also reports moisture sensors for timber and AI used to help prevent quality issues. The building's constrained site and work above an occupied facility make installation planning and condition monitoring especially relevant.
2026 project profile
Coordinate penetrations before fabrication and connect inspection responsibilities to moisture limits, site constraints and installation sequence.
Evidence limit: No BIM authoring product, AI product, algorithm, validation result or model version is named. Do not infer Revit or claim a measured AI outcome. Project year is not proof of completion.
These sources describe Canadian companies’ workflows. They do not establish a named Canadian project, current software version or company-wide adoption on every job.
Procore's account describes Classic Fire and Life Safety adopting its own project-management environment and integrating it with Acumatica. The Ontario-based fire-protection contractor uses shared project information and financial data to review labour costs, purchase orders and forecast performance across its Canadian and US operations. No individual Canadian construction project is identified.
Evidence limit: Firm-level evidence only. It does not prove Procore's BIM/model tools are used, identify a named Canadian site, specify a deployment date or independently measure savings.
Procore: Classic Fire and Life Safety Reduces Financial Risk with Procore ↗Trimble recognized Apex for a complex hybrid timber-steel project using Tekla Structures and Trimble Connect. The announcement identifies custom connection modelling and trade collaboration, but does not name the project or its location. Useful recent evidence of a Canadian firm's workflow, not a verified named Canadian project.
Evidence limit: Canadian-firm evidence. The source does not identify a named Canadian project or its current software configuration.
Trimble: Trimble Announces 2025 Construction Innovation Award Winners ↗Autodesk describes Canam connecting engineering design, fabrication detailing and cloud collaboration. This can support a discussion of fabrication workflows, but the source does not establish a named Canadian project, a current deployment date or software versions. Do not use its reported reduction in issues as a general expected result.
Evidence limit: Canadian-firm evidence. The source does not identify a named Canadian project or its current software configuration.
Autodesk: Canam's streamlined processes slashes site issues ↗A broad map drawn from the evidence in this edition. It is not a market-share ranking, a complete software inventory or a procurement recommendation.
Autodesk now describes Construction Cloud as part of Forma. Its learning guidance maps Autodesk Docs to Forma Data Management, Build to Forma Build, and Takeoff to Forma Takeoff. We keep historical names where the case source uses them. Confirm the exact service and entitlement for your project.
Read Autodesk’s naming guidance ↗| Work to support | Tools in this edition’s evidence | A Canadian example |
|---|---|---|
| Model authoring + design | Revit, Civil 3D, Inventor, Advance Steel, AutoCAD; Graphisoft Archicad Different disciplines use different authoring tools. These examples span dated and undated delivery histories. | John Horgan Dam and Generating Station, formerly Site C ↗Pier 27 ↗ |
| Trade coordination + fabrication | Navisworks, Revizto, Revit; Tekla Structures Model checking, fabrication information and installation review need an agreed release and revision process. | Cariboo Memorial Hospital Redevelopment ↗Cloudraker SkyBridge and Raven's Eye Cliffwalk ↗ |
| Shared information + reviews | Autodesk Construction Cloud, ProjectWise, iTwin; BIM 360 Design, Trimble Connect Project and firm examples describe information management and collaboration. Product names reflect each source. | Scarborough Subway Extension ↗Ontario Line ↗Canam Group ↗Apex Structural Design ↗ |
| PDF review + model communication | Bluebeam Revu, Bluebeam Studio, Revit with Codebook The CHUM case links drawing reviews and model-derived equipment information. PDF review is a distinct task from model authoring. | Centre hospitalier de l'Université de Montréal (CHUM) ↗ |
| Sequence + visualisation | SYNCHRO, LumenRT, InfraWorks, Artlantis Examples include 4D planning, site context and design communication. Historic methods do not establish a current software version. | Ontario Line ↗Wye Road corridor upgrades ↗Pier 27 ↗ |
| Capture + field verification | LiDAR, ReCap, robotic total stations, OpenSpace, 360-degree capture Measured geometry, setting-out coordinates and visual progress records have different acceptance and accuracy requirements. | OpenSpace: a visual site record ↗Cariboo Memorial Hospital Redevelopment ↗Wye Road corridor upgrades ↗ |
| Automation + reporting | Dynamo, Autodesk Platform Services, Power BI, SAP Documented integrations help move or report information. They still need controlled inputs and verification. | John Horgan Dam and Generating Station, formerly Site C ↗Scarborough Subway Extension ↗ |
| Project + cost management | Procore with Acumatica; Almanac predictive estimating The Procore example is Canadian-firm evidence. The Almanac announcement concerns an estimating application, not a BIM authoring product. | Classic Fire and Life Safety ↗Almanac estimating application ↗ |
| AI progress + operational analytics | Buildots / Plan Tracker, OpenSpace, Palantir; unnamed AI quality tools Separate a project deployment from a corporate program and from future capabilities. Public validation results are limited in this source set. | Buildots: progress and planning ↗OpenSpace: a visual site record ↗Operational AI and analytics partnership ↗ |
| AR + connected asset information | vGIS augmented reality, IoT moisture sensors, BIM asset records Overlay, sensing and asset-record workflows solve different problems. The Centre Block owner update does not name a software brand. | Warsaw Road Swing Bridge replacement ↗AI quality monitoring: product unnamed ↗Centre Block rehabilitation ↗ |
IFC and COBie describe information exchanges; they are not competing authoring applications. Choose the format, required information and receiving check for the agreed use. See the handover guide and official learning references.
Company announcements and project descriptions tell us where AI is being introduced. They do not establish universal accuracy, return on investment or permission to share project data.
Pomerleau announced the first Almanac module, developed with Zetane, to support estimating decisions using historical bids and project characteristics. The article describes preconstruction managers using the tool, while automatic quantity extraction and wider estimating functions are presented as future possibilities. This is firm-level evidence and does not identify a public project using the system.
Read it correctly: No named Canadian project, public error-rate benchmark or independent ROI. Do not present future quantity extraction as a delivered feature.
Pomerleau: Using AI to Predict Project Costs ↗EllisDon announced its Palantir partnership after work began in summer 2024. The company described a structured data environment as preparation for operational AI and stronger analytics. The same release discusses separate work with Scale AI on predictive construction supply-chain tools. It does not identify a named project or publish a measurable BIM-model outcome.
Read it correctly: Corporate announcement, not evidence that Palantir authors BIM models or is used on every EllisDon project. Future supply-chain capabilities are not verified delivered outcomes.
EllisDon Corporation via GlobeNewswire: EllisDon Announces Progress on Partnership with Palantir Technologies to Enhance Artificial Intelligence and Operational Efficiencies ↗Pomerleau identifies OpenSpace imagery and AI-assisted visual documentation at the Daniel J. MacDonald Building. This is a named Canadian project use.
Read it correctly: Product versions, validation results and measured savings are not supplied.
Pomerleau: Daniel J. MacDonald Building Modernization Project ↗Pomerleau mentions AI quality monitoring alongside BIM, reality capture and timber moisture sensors at the Academic Wood Tower. The AI product is not identified.
Read it correctly: No product or measured AI result is named.
Pomerleau: University of Toronto Academic Wood Tower ↗The July 2023 vendor announcement names EllisDon’s Schwartz Reisman project as a Plan Tracker user. This is historical deployment evidence.
Read it correctly: Historical vendor announcement; ongoing use is not confirmed.
Buildots via PR Newswire: Buildots unveils new AI-assisted planning and tracking tools to battle construction delays ↗A documented example is the start of your own check.
Every example links to its original publisher. “Not stated” means the source did not provide a reliable publication date. Project locations identify the Canadian work; a Canadian company’s overseas project is not counted as a Canadian project. Versions, deployment extent and ongoing use are not inferred. Images are original editorial illustrations, not photographs of the named projects.
Coverage will grow as documented examples become available. Absence from this edition is not evidence that a tool is unused in Canada. There are no paid placements or implied partnerships in this collection.