Delay Analysis

What This Skill Does

The Delay Analysis skill is a specialized tool for construction project managers, contractors, and legal experts. It processes complex project schedules, baseline updates, and as-built data to quantify the impact of specific events on project completion dates. By leveraging methods like Time Impact Analysis (TIA), Windows Analysis, and Collapsed As-Built, the agent can isolate causative events, distinguish between excusable and non-excusable delays, and determine entitlement to time extensions or financial compensation. It integrates directly with project data structures to provide clear, defensible analysis for dispute resolution and internal project recovery planning.

Installation

To integrate this capability into your OpenClaw environment, execute the following command in your terminal: clawhub install openclaw/skills/skills/datadrivenconstruction/delay-analysis Ensure your project data files (XER, MPP, or JSON-formatted schedules) are accessible to the agent before initializing the analysis.

Use Cases

• Claims Mitigation: Proactively identify potential delay impacts before they escalate into formal litigation.
• Recovery Planning: Analyze critical path shifts to propose accelerated schedules to bring a project back on track.
• Change Order Justification: Use data-driven insights to substantiate the time impact of client-requested changes.
• Concurrent Delay Attribution: Deconstruct complex multi-party delays where both the owner and contractor share responsibility for schedule slippage.

Example Prompts

1. "Analyze the project schedule between July 1st and August 15th to determine if the subcontractor delay was the critical path driver."
2. "Compare the baseline schedule against the current progress report and calculate the financial impact of the owner-directed design changes."
3. "Run a Time Impact Analysis on the provided weather events from last month and generate a summary report documenting excusable delay days."

Tips & Limitations

The accuracy of this skill is highly dependent on the quality and frequency of your schedule updates. Ensure that project baselines are correctly loaded and that as-built records are updated weekly for best results. Note that while this tool provides powerful analytical output, it is intended to support professional judgment rather than provide legal advice. Always verify findings against contract-specific definitions of delay types and force majeure clauses. Complexity increases with the volume of concurrent delays, so verify results on particularly large datasets manually.