Schedule Delay Analyzer

What This Skill Does

The Schedule Delay Analyzer is a specialized OpenClaw skill designed to help project managers and construction professionals quantify, categorize, and analyze schedule slips. It provides a structured framework for inputting delays, assigning them specific causal categories (such as owner-driven changes, weather, or contractor issues), and calculating their impact on the project's critical path. By utilizing structured data objects for delays, baselines, and cost impacts, the analyzer transforms anecdotal evidence of delay into actionable project metrics. It supports critical path methodology, allowing users to differentiate between non-excusable delays and those that may be compensable under contract terms.

Installation

To integrate this skill into your environment, run the following command in your terminal or OpenClaw interface: clawhub install openclaw/skills/skills/datadrivenconstruction/schedule-delay-analyzer

Use Cases

• Claims Documentation: Generate rigorous reports for construction delay claims by linking specific events to contract baselines.
• Impact Forecasting: Quickly assess how a two-week weather-related delay on a specific milestone will push the final completion date.
• Contractor Accountability: Audit project logs to determine if delays were caused by owner-directed changes or internal performance issues.
• Budget Variance Reporting: Correlate schedule slippage with financial impacts by assigning cost impacts to each delay event.

Example Prompts

1. "Record a new 5-day delay on the 'Foundation Pour' activity due to heavy rain; mark this as excusable non-compensable and add it to our critical path analysis."
2. "Analyze the current project timeline and tell me the total impact on the completion date caused by all owner-initiated changes reported this month."
3. "Generate a summary report of all recorded delays for the current quarter, highlighting which activities have had the most significant impact on the contract completion deadline."

Tips & Limitations

• Baseline Accuracy: The quality of the analysis is highly dependent on your initial schedule baseline. Ensure your ScheduleBaseline objects are updated whenever the master schedule is revised.
• Critical Path Focus: Always specify the on_critical_path boolean correctly; identifying non-critical delays is just as important for identifying float usage in your schedule.
• Limitation: This skill calculates impacts based on provided data points. It does not natively interact with external scheduling software like Primavera P6 or MS Project files without a preliminary data ingestion step.