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Tasleemat Forms Guide

Project Artifact: Network Diagram

Document Reference: PMO-04.03.05

This document provides a comprehensive, professional reference to understand the purpose and effective usage of the Network Diagram in alignment with the Tasleemat framework.

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1. What?

A network model and visualization displaying predecessors, successors, leads/lags, and critical paths.

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2. Why?

Calculates critical path, identifies project float, optimizes resource allocation, and reveals schedule vulnerabilities.

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3. When?

Developed during schedule sequencing and maintained throughout schedule controlling.

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4. Who?

Developed by Project Scheduler, reviewed by Technical Leads, approved by Project Manager.

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Tailoring Tips

• Focus on cross-team story dependency mapping and release trains for scaled agile.
• Maintain fully detailed CPM logic networks with forward/backward pass calculations for infrastructure programs.

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Alignment & Dependencies

1. Pre-requisites & Inputs (Upstream Dependencies)

• Mandatory:
  • Work Breakdown Structure (PMO-04.02.06)
  • Project Scope Statement (PMO-04.02.05)
• Optional / Contextual:
  • Resource Requirements (PMO-04.06.02)
  • Risk Register (PMO-04.08.02)

2. Downstream Dependents

• Mandatory:
  • Project Schedule (PMO-04.03.08)
  • Earned Value Analysis Report (PMO-06.05)
• Optional / Contextual:
  • Release Plan (PMO-04.03.09)
  • Sprint Planning Log (PMO-04.03.10)

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5. How?

To accurately and professionally complete the Network Diagram, the responsible party must populate the following critical sections based on the project context (ensure parameters.md is referenced for global project variables):

• Network Diagramming Methodology: The logical diagramming method utilized (Precedence Diagramming Method - PDM).
• Critical Path Summary and Duration: Identification of critical path activities, total critical path duration, and zero-float paths.
• Near-Critical Paths and Float Analysis: Analysis of near-critical paths and activities possessing total and free float.
• Core Predecessor and Successor Chains: Key sequence chains connecting major engineering and development work packages.
• Lead and Lag Justifications: Documented technical justifications for all applied lead times and lag buffers.
• Mermaid Diagram Syntax: Valid Mermaid graph syntax representing the complete node-and-arrow network dependency logic.
• Diagram Interpretation Guidelines: Narrative guide explaining how to read activity nodes, dependencies, and path flows.

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6. Reference Example

A fully completed, gold-standard reference example illustrating this artifact in practice is available:

📖 Completed Example: 04_03_05_Network_Diagram_Example.md