Course Objectives

Participants will be able to:

• Assess structural condition of bridges using advanced inspection methods
• Identify deterioration mechanisms and structural deficiencies
• Develop preventive and corrective maintenance strategies
• Plan rehabilitation and strengthening interventions
• Optimize bridge lifecycle performance and safety

Course Outline (5 Training Days)

Day 1: Bridge Systems and Deterioration Mechanisms

• Types of bridge structures and components
• Load paths and structural behavior
• Common deterioration mechanisms
• Environmental and traffic impacts
• Risk identification in bridge systems

Day 2: Advanced Inspection Techniques

• Visual and detailed inspection methods
• Non-destructive testing technologies
• Structural health monitoring basics
• Inspection documentation and reporting
• Condition rating systems

Day 3: Maintenance Planning and Prioritization

• Preventive vs corrective maintenance
• Critical bridge identification
• Risk-based prioritization
• Budget allocation strategies
• Case studies

Day 4: Rehabilitation and Strengthening Techniques

• Structural retrofitting methods
• Load capacity upgrades
• Repair materials and technologies
• Managing construction under traffic
• Quality control during rehabilitation

Day 5: Lifecycle Optimization and Governance

• Lifecycle cost analysis
• Asset performance indicators
• Safety compliance and standards
• Contractor management
• Best practices and lessons learned