BIM coordination has always been one of the most labor-intensive phases of any construction project. Detecting clashes, routing RFIs, chasing down specification answers, and assembling closeout packages consume hundreds of hours that could be spent solving higher-value problems. With the 2026 updates to Autodesk Construction Cloud — soon to be unified under the Autodesk Forma umbrella — several AI-powered features now exist to cut that overhead significantly.
This guide walks through how to put those tools to work across a typical coordination workflow, from model review through project handover.
Step 1: Set Up Autodesk Assistant for Specification Queries
Autodesk Assistant is now generally available within Forma for construction workflows, having graduated from beta in early 2026. It functions as a natural-language AI layer on top of project data, and its most immediately useful application is specification review.
To get started, open the Assistant panel from any project in ACC. From there, teams can ask plain-language questions like “What are the concrete testing requirements for Section 03 30 00?” or “List all commissioning steps in Division 25.” The Assistant pulls answers directly from published project specifications stored in Docs, eliminating the need to manually search through hundreds of pages.
For coordination teams, this is a game-changer during clash resolution. Instead of opening a separate spec viewer and hunting for the relevant section, a coordinator can query the Assistant in real time while reviewing a clash group. This alone can reduce the time spent validating design intent during coordination meetings by 30 to 40 percent.
Pro tip: Use the Assistant to generate vendor lists and identify project-specific sustainability standards before coordination kickoff meetings. Having this information pre-assembled keeps meetings focused on decisions rather than document searches.
Step 2: Leverage Improved Model Coordination Features
The 2026 Model Coordination updates in BIM Collaborate Pro introduce several workflow improvements that directly impact daily coordination tasks.
First, clashes are now linked directly to object tables. This means coordinators can click on a clash result and immediately see the full property set for both objects involved — eliminating the back-and-forth between the clash view and the model browser. For large-scale coordination on healthcare or data center projects where thousands of clashes are common, this streamlines triage considerably.
Second, the new level filter offsetting allows teams to isolate clashes by elevation range rather than just by named level. This is particularly useful on projects with complex interstitial spaces or where mechanical systems span multiple floors. Combined with the new spot coordinate measurement tool, teams can now verify exact spatial relationships without leaving the browser-based viewer.
To implement these features effectively, consider the following workflow adjustment: during weekly clash review sessions, assign a coordinator to pre-filter clashes by elevation zone before the meeting. Use the object table links to pre-populate a clash log with relevant property data. This preparation step converts a two-hour meeting into a 45-minute decision session.
Step 3: Route RFIs Smarter with the New Status Workflow
The addition of the “Open for Manager” RFI status solves a long-standing pain point in construction coordination. Previously, RFIs entered the system and were immediately assigned to a responsible party — often a designer — even when the VDC or project management team needed to review, consolidate, or refine the question first.
With the new status, RFIs can be routed internally before they reach the design team. This is particularly valuable for coordination-driven RFIs, where multiple clashes or field observations might be consolidated into a single, well-framed question. The result is fewer redundant RFIs, faster designer response times, and cleaner documentation trails.
To take advantage of this, update the project RFI procedure to include an internal review gate. When a field engineer or coordinator creates an RFI, it enters “Open for Manager” status first. The VDC lead or project engineer reviews it, refines the scope if needed, attaches relevant clash images or model screenshots, and then forwards it to the design team. This additional step typically adds less than a day to the RFI lifecycle but dramatically improves response quality.
Step 4: Integrate Handover Documentation Early
One of the most overlooked 2026 improvements is the expansion of the Handover tool to include issue logs. Project teams can now incorporate coordination conflicts and field observations directly into the closeout package as the project progresses — rather than scrambling to assemble documentation in the final weeks.
The practical implementation is straightforward: from the start of construction, configure the Handover module to automatically pull tagged issues from the coordination log. As clashes are resolved and field conditions are documented, they flow into the handover package in real time. At project completion, the Handover tool compiles and organizes everything based on contractual obligations and exports it as a structured zip file.
This approach shifts closeout from a reactive scramble to a passive, continuous process. For teams managing multiple projects, this is the difference between a two-week closeout sprint and a same-day package delivery.
Step 5: Connect It All with API Integrations
The new RFI and Submittal APIs released in 2026 open the door for third-party tool integrations that further automate coordination workflows. Teams using Power BI, Procore, or custom dashboards can now pull RFI status, submittal tracking, and clash metrics directly from ACC without manual exports.
For organizations with dedicated VDC teams, the most impactful integration is connecting clash detection metrics to project dashboards. When leadership can see real-time clash resolution rates alongside RFI turnaround times, coordination bottlenecks become visible before they impact the schedule.
The Bottom Line
The 2026 ACC toolset represents a meaningful shift from coordination-as-manual-process to coordination-as-managed-workflow. The AI Assistant handles information retrieval, improved clash tools accelerate model review, smarter RFI routing reduces noise for designers, and continuous handover documentation eliminates closeout chaos.
None of these features require a complete workflow overhaul. They layer onto existing processes. The key is adopting them deliberately — updating SOPs, briefing coordinators, and measuring the time savings. Teams that do will find themselves spending less time managing data and more time managing construction.