Course Catalogue.

After participating in this course, you will be able to:

• Conduct thorough condition inspections of marine structures, identifying key deterioration issues.
• Implement effective repair strategies for concrete, steel, and timber marine structures.
• Develop and execute rehabilitation plans that extend the lifespan of marine structures.
• Apply preventative measures and life cycle management practices to improve durability.
• Incorporate environmental considerations and climate impacts into repair and maintenance decisions.

Description
Marine structures, such as piers, docks, seawalls, and breakwaters, are critical for supporting global industries like shipping, fishing, and tourism. Over time, these structures experience wear and tear due to environmental exposure, physical damage, and normal aging. Early detection of these issues through regular inspection is essential for preserving their functionality. Engineers must take proactive measures to ensure that existing marine structures meet operational demands while mitigating the risk of structural failure.

Regular condition assessments allow engineers to identify necessary repairs and rehabilitation steps. Whether addressing corrosion in steel structures, timber decay, or the impacts of weather and environmental factors, professionals must design appropriate solutions to extend the life of these facilities. Effective life cycle management and timely interventions are vital for maintaining safety and minimizing costly repairs.

In this course, participants will comprehensively understand repair techniques, preventative maintenance strategies, and inspection methods. You'll learn how to effectively manage and rehabilitate marine structures to optimize their performance and longevity through case studies, real-world examples, and interactive discussions.

Who Should Attend
This course is designed for engineers, managers, and professionals involved in the maintenance and management of marine structures. Marine facility engineers, harbour masters, and public infrastructure managers will benefit from learning the latest inspection, repair, and rehabilitation techniques. Civil and structural engineers, project managers, and construction professionals who work on marine-related projects will also find this course highly beneficial. Additionally, maritime insurance professionals and facility owners seeking to mitigate risks and extend the life of their assets are encouraged to attend.

Professionals responsible for overseeing the safety and longevity of marine structures and those involved in rehabilitation planning will gain practical insights into the most effective approaches for maintaining structural integrity. Whether you are dealing with new structures or aging facilities, this course will equip you with the knowledge to manage the repair and rehabilitation process confidently.

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