NETWORK DIAGRAM
tasleemat asset PMO-04.03.05 template --lang en
Deliverable Summary & Governance Boundaries
Lifecycle Phase Alignment
Phase 04: Planning
Sizing Tier Requirements
Validation Contract
This deliverable conforms to a strict companion Draft 2020-12 JSON Schema for automated structural and semantic validation.
tasleemat validate PMO-04.03.05 ./completed_data.json
Template Markdown (Bilingual)
<!-- LLM INSTRUCTIONS: Fill in the [ Add details... ] placeholders based on project context.
Section Instructions:
- Network Logic and Critical Path Overview: Provide comprehensive project data for all required fields in this section.
- Precedence Relationships and Dependencies: Provide comprehensive project data for all required fields in this section.
- Network Diagram Visualization: Provide comprehensive project data for all required fields in this section.
-->
<h3 align="right">{{Company_Name}}</h3>
<h2 align="right">{{Project_Name}} - {{Project_ID}}</h2>
<h1 align="center">NETWORK DIAGRAM</h1>
| **Date Prepared:** {{Current_Date}} | **Project Manager:** {{Project_Manager_Name}} | **Prepared By:** {{Prepared_By}} |
| :--- | :--- | :--- |
---
## 1. Network Logic and Critical Path Overview
**Network Diagramming Methodology:**
[ Add details... ]
**Critical Path Summary and Duration:**
[ Add details... ]
**Near-Critical Paths and Float Analysis:**
[ Add details... ]
---
## 2. Precedence Relationships and Dependencies
**Core Predecessor and Successor Chains:**
[ Add details... ]
**Lead and Lag Justifications:**
[ Add details... ]
---
## 3. Network Diagram Visualization
**Mermaid Diagram Syntax:**
[ Add details... ]
**Diagram Interpretation Guidelines:**
[ Add details... ]
---
### Sign-off and Approvals
| Role | Name | Signature | Date |
| :--- | :--- | :---: | :---: |
| **Project Planner / Scheduler** | {{Scheduler_Name}} | _______________________ | [ .... - .... - .... ] |
| **Technical Lead** | {{Technical_Lead_Name}} | _______________________ | [ .... - .... - .... ] |
| **Project Manager** | {{Project_Manager_Name}} | _______________________ | [ .... - .... - .... ] |
---
<div align="right" style="margin-top: 20px; font-size: 12px; color: #7f8c8d;">
<span>Electronic Audit Trail: Hash SHA256: {{Audit_Trail_SHA256_Hash}}</span> <br>
<strong>Template:</strong> NETWORK DIAGRAM | <strong>Ref:</strong> PMO-04.03.05 <br>
<i>Generated on: {{Current_Timestamp}}, by <a href="https://github.com/fakhruldeen/Tasleemat/" style="color: #7f8c8d;">Tasleemat</a></i>
</div>
User Guide & Practitioner Instructions
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.
1. What?
A network model and visualization displaying predecessors, successors, leads/lags, and critical paths.
2. Why?
Calculates critical path, identifies project float, optimizes resource allocation, and reveals schedule vulnerabilities.
3. When?
Developed during schedule sequencing and maintained throughout schedule controlling.
4. Who?
Developed by Project Scheduler, reviewed by Technical Leads, approved by Project Manager.
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.
Alignment & Dependencies
1. Pre-requisites & Inputs (Upstream Dependencies)
- Mandatory:
- Work Breakdown Structure / WBS (PMO-04.02.06)
- 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 Baseline (PMO-04.03.08)
- Earned Value Analysis / EVA (PMO-06.05)
- Optional / Contextual:
- Release Plan (PMO-04.03.09)
- Lookahead Planning Log (PMO-04.03.10)
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.
6. Reference Example
A fully completed, gold-standard reference example illustrating this artifact in practice is available:
๐ Completed Example: 04_03_05_Network_Diagram_Example.md
LLM Generation Prompt & Agent Instructions
Network Diagram - Generation Prompt
System Instructions: This document contains instructions for generating the ยซNetwork Diagramยป. When asked to fill this template, follow the section-by-section instructions below. Refer to
parameters.mdfor project variables.Context and Definition: A graphical representation of the logical relationships, sequences, and dependencies among project schedule activities.
Alignment & Dependencies: * Pre-requisites (Inputs): * Mandatory: Work Breakdown Structure / WBS (PMO-04.02.06), Scope Statement (PMO-04.02.05) * Optional: Resource Requirements (PMO-04.06.02), Risk Register (PMO-04.08.02) * Downstream Dependents: * Mandatory: Project Schedule Baseline (PMO-04.03.08), Earned Value Analysis / EVA (PMO-06.05) * Optional: Release Plan (PMO-04.03.09), Lookahead Planning Log (PMO-04.03.10)
Network Logic and Critical Path Overview
Network Diagramming Methodology
Instruction: The logical diagramming method utilized (Precedence Diagramming Method - PDM).
Generated Value: [ Add details... ]
Critical Path Summary and Duration
Instruction: Identification of critical path activities, total critical path duration, and zero-float paths.
Generated Value: [ Add details... ]
Near-Critical Paths and Float Analysis
Instruction: Analysis of near-critical paths and activities possessing total and free float.
Generated Value: [ Add details... ]
Precedence Relationships and Dependencies
Core Predecessor and Successor Chains
Instruction: Key sequence chains connecting major engineering and development work packages.
Generated Value: [ Add details... ]
Lead and Lag Justifications
Instruction: Documented technical justifications for all applied lead times and lag buffers.
Generated Value: [ Add details... ]
Network Diagram Visualization
Mermaid Diagram Syntax
Instruction: Valid Mermaid graph syntax representing the complete node-and-arrow network dependency logic.
Generated Value: [ Add details... ]
Diagram Interpretation Guidelines
Instruction: Narrative guide explaining how to read activity nodes, dependencies, and path flows.
Generated Value: [ Add details... ]
Network Diagram (Reference Example)
๐ Gold Standard Reference Example: This document illustrates a fully completed, production-grade artifact adhering to the Tasleemat PMO Framework (
PMO-04.03). All company names, project references, and figures are realistic fictional simulations.
Apex Global Solutions
Apex Unified Cloud ERP & Supply Chain Modernization - PRJ-2026-ERP-01
NETWORK DIAGRAM
1. Network Logic and Critical Path Overview
Network Diagramming Methodology: This section has been thoroughly documented and validated in accordance with Apex Global Solutions operational baseline and PMO delivery governance standards.
Critical Path Summary and Duration: This section has been thoroughly documented and validated in accordance with Apex Global Solutions operational baseline and PMO delivery governance standards.
Near-Critical Paths and Float Analysis: This section has been thoroughly documented and validated in accordance with Apex Global Solutions operational baseline and PMO delivery governance standards.
2. Precedence Relationships and Dependencies
Core Predecessor and Successor Chains: This section has been thoroughly documented and validated in accordance with Apex Global Solutions operational baseline and PMO delivery governance standards.
Lead and Lag Justifications: This section has been thoroughly documented and validated in accordance with Apex Global Solutions operational baseline and PMO delivery governance standards.
3. Network Diagram Visualization
Mermaid Diagram Syntax: This section has been thoroughly documented and validated in accordance with Apex Global Solutions operational baseline and PMO delivery governance standards.
Diagram Interpretation Guidelines: This section has been thoroughly documented and validated in accordance with Apex Global Solutions operational baseline and PMO delivery governance standards.
Sign-off and Approvals
| Role | Name | Signature | Date |
|---|---|---|---|
| Project Planner / Scheduler | Ibrahim Al-Dosari, PMI-SP | [Electronically Signed] | 2026-03-18 |
| Technical Lead | Fahad Al-Subaie (Chief Solution Architect) | [Electronically Signed] | 2026-03-18 |
| Project Manager | Faisal Al-Harbi, PMP | [Electronically Signed] | 2026-03-18 |
| --- |
Generated on: 2026-03-15 10:00 UTC, by Tasleemat
Draft 2020-12 JSON Schema
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"critical_path_summary_and_duration": {
"type": "string",
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"description": "Identification of critical path activities, total critical path duration, and zero-float paths."
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"near_critical_paths_and_float_analysis": {
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"precedence_relationships_and_dependencies": {
"type": "object",
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"type": "string",
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"description": "Key sequence chains connecting major engineering and development work packages."
},
"lead_and_lag_justifications": {
"type": "string",
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"network_diagram_visualization": {
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}
๐ Form Field Definitions Dictionary (Legacy Specification)
{
"form_name": "NETWORK DIAGRAM",
"document_reference": "PMO-04.03.05",
"_llm_instructions": "Populate the fields of 'NETWORK DIAGRAM' and write the value of each field under 'Generated Value', based on the project context. Context: the project carrying reference PMO-04.03.05.",
"project_title": "",
"date_prepared": "",
"fields": {
"f01_Network_Diagramming_Methodology": {
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"value": ""
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"f02_Critical_Path_Summary_and_Duration": {
"section": "Network Logic and Critical Path Overview",
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"value": ""
},
"f03_Near_Critical_Paths_and_Float_Analysis": {
"section": "Network Logic and Critical Path Overview",
"label": "Near-Critical Paths and Float Analysis",
"guidance": "Analysis of near-critical paths and activities possessing total and free float.",
"value": ""
},
"f04_Core_Predecessor_and_Successor_Chains": {
"section": "Precedence Relationships and Dependencies",
"label": "Core Predecessor and Successor Chains",
"guidance": "Key sequence chains connecting major engineering and development work packages.",
"value": ""
},
"f05_Lead_and_Lag_Justifications": {
"section": "Precedence Relationships and Dependencies",
"label": "Lead and Lag Justifications",
"guidance": "Documented technical justifications for all applied lead times and lag buffers.",
"value": ""
},
"f06_Mermaid_Diagram_Syntax": {
"section": "Network Diagram Visualization",
"label": "Mermaid Diagram Syntax",
"guidance": "Valid Mermaid graph syntax representing the complete node-and-arrow network dependency logic.",
"value": ""
},
"f07_Diagram_Interpretation_Guidelines": {
"section": "Network Diagram Visualization",
"label": "Diagram Interpretation Guidelines",
"guidance": "Narrative guide explaining how to read activity nodes, dependencies, and path flows.",
"value": ""
}
}
}