Course Catalogue.

By the end of this course, you will be able to:

• Conduct structured inspections of bridge and culvert components to identify defects and deterioration
• Differentiate material defects from performance deficiencies to support accurate condition assessments
• Apply standardized inspection procedures and condition rating methods aligned with regulatory requirements
• Determine when additional investigation, testing, or specialized studies are required
• Evaluate inspection findings to support maintenance, rehabilitation, or replacement decisions

Description

Ensuring the safety, reliability, and longevity of bridge and culvert infrastructure requires consistent, well-executed inspection practices. In many cases, variability in inspection methods, incomplete assessments, or delayed identification of deterioration can lead to increased risk, higher lifecycle costs, and compromised network performance.

This course addresses these challenges by strengthening the practical skills required to plan, perform, and interpret bridge and culvert inspections. It provides a structured approach to identifying defects, assessing conditions, and applying standard inspection procedures in alignment with regulatory frameworks. The course also introduces non-destructive testing methods and outlines when further investigation is required.

Through applied examples and inspection scenarios, the course supports the development of sound, defensible inspection practices. Participants will leave with the ability to evaluate structural conditions, prioritize maintenance actions, and contribute to effective asset management decisions.

Who Should Attend

This course is designed for:

• Civil and municipal engineers
• Structural designers and bridge practitioners
• Engineers in training
• Project managers involved in infrastructure projects
• Public works and transportation personnel
• Consultants supporting inspection and maintenance programs

Course Syllabus

• Introduction – Bridge Engineering Overview
• Description & Main Components of Bridges and Culverts
• Bridge Inspection Overview
• The rationale for an Inspection Strategy
• Inspector Duties, Responsibilities, and Basis for Bridge Inspection
• Steel, Concrete & Timber Inspection, Structural Distress and Properties/Strengths/Weaknesses
• Bridge Bearings
• Expansion Joints
• The durability of Concrete Bridge Decks - Inspection & Evaluation of Deterioration for Highway and Railway Bridges
• Foundation Inspection
• Underwater Inspection of Bridges
• Inspector Responsibilities and Inspection Procedure
• Inspection and Maintenance Equipment
• Non-destructive Testing (NDT)
• Structure Maintenance, Repair & Rehabilitation Strategies for Steel And Concrete Bridges
• Bridge Management System (BMS) for Bridges
• OSIM Manual Tables: Categorize Structures & Components
• Material Defects – Definitions
• Steel Bridge Redundancy
• Fracture Control and Fatigue
• Inspection Frequency of Steel Bridges and Concrete Bridges. Annual, Routine and Detailed Inspection
• Various Case studies - Accelerated Bridge Construction Techniques (ABC)
• Bridge Rehabilitation vs Replacement
• Questions and Answers and Feedback to Participants on Achievement of Learning Outcomes
• Concluding Remarks and Final Adjournment