Use Case

Change Order Impact Analysis: Scope, Cost & Schedule

The Change Order Agent keeps your cost projections current, your float analysis enforced, and your scope shifts verified without manual schedule rebuilds before the GC signs.

🤖

Try the Change Order Agent

Review change order requests to validate scope, cost, and schedule impacts using supporting project documentation.

Use Agent →

The Operational Problem

A change order request lands in your inbox, but the information you need to evaluate it is scattered everywhere. The triggering RFI sits in Procore, while the affected drawings are in Autodesk ACC. The baseline schedule lives in Primavera P6, and the pricing backup is a subcontractor PDF buried in an email thread. To project downstream impact, someone has to pull it together, rebuild the critical path, and estimate float erosion by hand.

The full impact of change is rarely recognized at authorization, and that gap costs you twice. The change order impacts on labor productivity and float stay invisible until work is underway. By then, contractors have often waived cumulative impact claims by signing off on direct costs alone. Schedule slips and disputes follow.

How Change Order Agent Automates This

Datagrid's Change Order Agent is an AI agent that quantifies the downstream impact of a change order before the GC approves. It projects the cost delta, scope shift, and schedule/float effect from the full set of project files. The agent delivers the projection project teams review before approval by checking whether the change is justified, clearly scoped, and backed from a commercial and project controls perspective. People make the approval decision. The agent does the impact projection and validation work between the request and that decision.

Assemble the project files

The agent connects to contracts, subcontracts, drawings, RFIs, ASIs, schedules, and pricing backup tied to the request. It pulls the scattered inputs into one analysis set so no triggering RFI or affected drawing gets missed.

Interpret the scope shift

The agent cross-checks the change order request against contract scope, marked-up drawings, and the referencing RFI or ASI. It identifies what work the change adds, removes, or re-sequences relative to the base contract.

Project the cost delta

The agent analyzes pricing backup against budget data to quantify the cost change across labor, materials, equipment, and subcontractors. It compares the projected delta against the contract sum.

Calculate the schedule and float effect

The agent integrates the change into the current schedule to determine its effect on activity float and the critical path. It quantifies time impact separately from cost and flags when the change does not touch the critical path, so no additional time is warranted.

Inputs & Outputs

Inputs

Change order request with the triggering field directive or design revision
Contracts and subcontracts defining base scope and change order procedures
Drawings, RFIs, and ASIs referenced by the change
Schedules, including the most recent update for critical path comparison
Pricing backup covering labor, materials, equipment, and subcontractor quotes, plus budget data

Outputs

Impact analysis quantifying the projected cost delta against the contract sum
Validation report assessing whether the change is justified, clearly scoped, and backed
Scope shift summary identifying added, removed, and re-sequenced work
Schedule and float effect, with critical path impact and additional calendar days
Recommendation grounded in the projected downstream impact across cost, scope, and schedule

Workflow Context

The Change Order Agent executes the projection and validation step inside the broader change management workflow. It reviews whether the change is justified, clearly scoped, and backed before the GC commits. The impact projection produced here feeds schedule monitoring, where float erosion flagged against the current P6 update informs critical path tracking across the job. It also connects to cost controls, where the projected delta against the contract sum updates budget forecasts. Keeping this workflow current matters because change order impact compounds. Projects have a declining ability to recover lost schedule and cost in later stages. A float effect missed at projection becomes a delay claim and a waived cumulative impact later.

Works With

Connect the project systems that hold change scope, pricing support, schedule updates, and approval documentation before the GC commits.

Procore

Pull RFIs, project financials, and budget data into the analysis so scope triggers and cost deltas stay connected.

Autodesk Construction Cloud

Extract drawing and design revision data to verify affected sheets, marked-up scope, and change documentation.

P6 EPPM

Automate schedule data extraction so the agent can compare current updates, float consumption, and critical path impact.

Exchange

Pull subcontractor pricing emails and attached backup into the analysis set instead of leaving cost support buried in threads.

SharePoint

Process contract libraries, pricing backup, and supporting documents so file completeness checks catch missing change order support.

Together, these integrations keep scope, cost, schedule, and documentation inputs available for consistent change order impact projection.

Frequently Asked Questions

The Change Order Agent integrates the change into the most recent schedule update to determine its net effect on completion, then quantifies float consumption and critical path impact. Time impact is calculated separately from cost, because separating time from cost makes the analysis easier to accomplish and accept contractually. When the change consumes only available total float on a noncritical activity, the agent flags that the change does not warrant an extension.

The Change Order Agent compares the change against the current critical path rather than direct cost alone. A constrained schedule can show stable float values while risk increases behind the scenes through open-ended activities and constraints. By projecting the float effect at the point of the request, the agent surfaces erosion that manual direct-cost review skips entirely, before the GC signs and before the cumulative impact gets waived.

No. The Change Order Agent assembles the project files, projects the cost delta, validates the supporting project files, and quantifies the float and critical path effect. Your project controls and operations leaders interpret that projection and make the call. The agent does the analysis between the request and the decision, turning manual schedule-impact analysis into a projection your team reviews and approves.

The Change Order Agent connects to project files across active jobs and runs the same projection logic on each request. Because every change order is analyzed against its own contract, schedule, and pricing backup, the output stays comparable across projects. Operations leaders get consistent impact projections rather than the variable, PM-by-PM analysis that makes cross-project performance impossible to compare.

The Change Order Agent works from the project files tied to the request: contracts, subcontracts, drawings, RFIs, ASIs, schedules, and pricing backup. When a referenced RFI, marked-up drawing, or pricing breakdown is missing, the agent flags the gap rather than projecting around it. Fragmented and unstructured project data is the documented failure mode for change order analysis, so the agent surfaces what it needs before delivering a projection your team can rely on.

Keep Every Change Order Impact Visible with Datagrid

Datagrid connects change order scope, cost, and schedule impact analysis before the GC commits.

Scope validation: Check the request against contracts, drawings, RFIs, and ASIs so added, removed, and re-sequenced work is clear.
Cost projection: Quantify the projected cost delta across labor, materials, equipment, subcontractors, and budget data.
Schedule impact: Calculate float consumption and critical path effect separately from cost, including whether additional calendar days are warranted.
File completeness: Flag missing RFIs, marked-up drawings, or pricing breakdowns instead of projecting around incomplete support.

Try the Change Order Agent

Learn More

Related Guides

Guide 014 agents

How AI for Construction Project Managers Keeps Documentation Audit-Ready

AI agents handle RFI routing, submittals, and change orders so construction PMs stay audit-ready without working overtime every night.

Read

You've got more important things to do. Let Datagrid handle the rest.

Watch our quick demo to see how Datagrid transforms workflows. Discover the seamless integration of our AI assistants in real-time tasks.

Use Agent Learn More

The Operational Problem

How Change Order Agent Automates This

Assemble the project files

Interpret the scope shift

Project the cost delta

The agent analyzes pricing backup against budget data to quantify the cost change across labor, materials, equipment, and subcontractors. It compares the projected delta against the contract sum.

Calculate the schedule and float effect

Inputs & Outputs

Inputs

Change order request with the triggering field directive or design revision
Contracts and subcontracts defining base scope and change order procedures
Drawings, RFIs, and ASIs referenced by the change
Schedules, including the most recent update for critical path comparison
Pricing backup covering labor, materials, equipment, and subcontractor quotes, plus budget data

Outputs

Impact analysis quantifying the projected cost delta against the contract sum
Validation report assessing whether the change is justified, clearly scoped, and backed
Scope shift summary identifying added, removed, and re-sequenced work
Schedule and float effect, with critical path impact and additional calendar days
Recommendation grounded in the projected downstream impact across cost, scope, and schedule

Workflow Context

Works With

Connect the project systems that hold change scope, pricing support, schedule updates, and approval documentation before the GC commits.

Procore

Pull RFIs, project financials, and budget data into the analysis so scope triggers and cost deltas stay connected.

Autodesk Construction Cloud

Extract drawing and design revision data to verify affected sheets, marked-up scope, and change documentation.

P6 EPPM

Automate schedule data extraction so the agent can compare current updates, float consumption, and critical path impact.

Exchange

Pull subcontractor pricing emails and attached backup into the analysis set instead of leaving cost support buried in threads.

SharePoint

Process contract libraries, pricing backup, and supporting documents so file completeness checks catch missing change order support.

Together, these integrations keep scope, cost, schedule, and documentation inputs available for consistent change order impact projection.

Frequently Asked Questions

Keep Every Change Order Impact Visible with Datagrid

Datagrid connects change order scope, cost, and schedule impact analysis before the GC commits.

Scope validation: Check the request against contracts, drawings, RFIs, and ASIs so added, removed, and re-sequenced work is clear.

Cost projection: Quantify the projected cost delta across labor, materials, equipment, subcontractors, and budget data.

Schedule impact: Calculate float consumption and critical path effect separately from cost, including whether additional calendar days are warranted.

File completeness: Flag missing RFIs, marked-up drawings, or pricing breakdowns instead of projecting around incomplete support.

Try the Change Order Agent