Course Catalogue.

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

• Plan and carry out condition inspections of marine structures to identify deterioration and remaining service life
• Assess common failure mechanisms in concrete, steel, and timber marine infrastructure and determine appropriate repair strategies
• Develop rehabilitation and preventative maintenance plans that extend service life and support safe, reliable operation
• Apply life cycle management principles to prioritize repairs, manage risk, and optimize long‑term performance
• Integrate environmental exposure and climate change considerations into inspection, repair, and rehabilitation decisions

Description

Marine structures operate in some of the most demanding environments, where ongoing exposure to water, weather, loading, and operational use accelerates deterioration. Over time, issues such as corrosion, material degradation, and physical damage can compromise performance, safety, and service life if they are not identified and addressed early.

This course focuses on the practical challenges of assessing the condition of existing marine structures and making informed decisions about repair, protection, and rehabilitation. You will explore how inspection findings translate into actionable engineering judgments, balancing durability, constructability, risk, and life cycle cost.

Through applied examples and real‑world case studies, this course provides structured methods and practical insights that you can apply directly when planning inspections, selecting repair strategies, and managing the long‑term performance of marine facilities.

Who Should Attend

This course is designed for:

• Civil and structural engineers working with marine or waterfront infrastructure
• Engineers and technologists responsible for inspection, maintenance, or rehabilitation planning
• Marine facility engineers, harbour authorities, and public infrastructure managers
• Project managers and construction professionals involved in marine repair or rehabilitation projects
• Professionals responsible for managing risk, safety, and asset longevity in marine environments

Course Syllabus

Day I

• Welcome, Introduction, Course Preview, Learning Outcomes
• An overview of marine structures and the basic principles and causes of deterioration and damage to various types of marine structures
• Planning an inspection program for marine structures
• The use of inspection methods and techniques to assess the condition of an existing marine structure and estimate the remaining service life

Day II

• An overview of common repair practices and preventative protection measures used to prolong the service life of an existing marine structure
• Basics of life cycle management and the benefits of regular inspection and maintenance programs for existing marine structures
• Climate change considerations
• Design considerations and construction techniques that will minimize deterioration

Case studies to illustrate repair and rehabilitation strategies used to meet operational requirements and extend the service life of existing marine structures

Questions and Answers

Feedback to Participants on the Achievement of Learning Outcomes

Concluding Remarks and Final Adjournment