Course Introduction

Utility conflicts within road corridors are among the most common causes of delays, cost overruns, and operational risks in infrastructure projects. Public works authorities managing complex road networks must coordinate multiple service providers, contractors, and regulatory bodies to ensure smooth project execution.

This course provides structured methodologies for identifying, preventing, and managing underground utility conflicts while strengthening coordination mechanisms across stakeholders.

Course Objectives

Participants will be able to:

• Identify and assess underground utility conflicts
• Apply structured subsurface utility engineering methodologies
• Improve coordination between stakeholders and contractors
• Reduce project delays caused by utility clashes
• Strengthen governance and compliance frameworks

Course Outline (5 Training Days)

Day 1: Utility Infrastructure in Road Corridors

• Types of utilities in road corridors
• Common conflict scenarios
• Regulatory approval processes
• Risk exposure analysis
• Stakeholder roles and responsibilities

Day 2: Subsurface Utility Engineering & Mapping

• Ground penetrating radar applications
• Utility detection technologies
• GIS-based underground mapping
• Data validation techniques
• Case studies

Day 3: Conflict Identification & Resolution

• Clash detection methodologies
• Risk-based prioritization models
• Design coordination workshops
• Mitigation planning
• Contractual risk considerations

Day 4: Construction-Stage Utility Coordination

• Utility relocation planning
• Contractor communication frameworks
• Inspection and verification processes
• Dispute prevention strategies
• Monitoring and reporting systems

Day 5: Governance & Best Practices

• Utility coordination governance models
• Documentation standards
• Performance monitoring indicators
• Lessons learned from major projects
• Implementation roadmap