Engineering

Learn about the different types of Inert Gas systems, inerting operations, the types of ships they are applicable to, and their advantages and limitations.

This course provides general guidance and practical advice to marine engineers and ship owners on blackouts and main engine failures, addressing the risks associated with propulsion loss and the precautions needed to manage these risks.

Enhance your understanding of engine room safety and maintenance with this essential learning path. Covering hand tools safety, workshop safety, handling chemicals in the engine room, and planned maintenance systems, each course provides critical knowledge and best practices for maintaining a safe and efficient engine room environment. Ideal for marine engineers and engine room personnel seeking to improve their safety protocols and maintenance procedures on board.

Dive into this learning path focused on engine room operations. From engine room watchkeeping to resource management and operations procedures, each course equips you with essential knowledge and skills to ensure the smooth and efficient functioning of the engine room. Ideal for marine engineers and engineering personnel seeking to enhance their expertise and proficiency in maintaining and operating shipboard machinery.

Delve into essential maritime engineering systems with this comprehensive learning path. Covering sewage treatment, water generation, power generation, incineration, oil-water separation, fuel purification, and cooling systems, each course provides detailed insights into the principles, operation, safety, and maintenance of key onboard systems. Perfect for maritime engineers and crew members seeking to enhance their understanding and proficiency in maintaining critical vessel infrastructure.

Embark on a comprehensive learning path with our four-course series designed to enhance your expertise in marine environmental management and sustainability. Start with "Environmental Management in Marine Engineering", where you'll gain essential insights into sustainable practices and regulatory compliance. Progress to "Environment and Energy Efficiency Training" to deepen your understanding of energy conservation and operational efficiency. Expand your knowledge with "Ballast Water Management Awareness", focusing on the environmental implications and best practices for ballast water treatment. Conclude with "Bilge Water Management", a concise course that covers practical methods and regulatory guidelines for effective bilge water management. This learning path equips you with the skills and knowledge to minimise environmental impact and promote sustainability in marine operations.

The goal of this course is to equip marine ship engineers and engine department personnel with the knowledge and skills necessary to operate safely in the engine room; to minimise the risk of accidents and injuries; and to promote a culture of safety in the maritime industry.

Control valves are integral components within the maritime control systems of ships, contributing significantly to the safe and efficient operation of various marine systems. These valves, including Globe Valves, Butterfly Valves and Ball Valves, play a crucial role in regulating fluid flow, pressure and temperature. Their precise control capabilities are vital for maintaining optimal conditions, enhancing operational efficiency and ensuring the safety of both the vessel and its crew.

In the maritime industry, pumps are vital for diverse ship functions, ensuring fluid circulation and system efficiency. Centrifugal pumps, widely used for their reliability, play key roles in cooling, ballast transfer and bilge pumping. The merchant navy relies on these pumps for propulsion, power generation and auxiliary machinery, ensuring overall vessel safety and functionality. Understanding centrifugal pump types, applications and maintenance principles is essential for maintaining optimal performance and safeguarding the complex systems of maritime operations.

Plate Heat Exchangers (PHEs) play a pivotal role in maintaining thermal equilibrium in diverse applications, particularly within marine engineering. This essential component ensures efficient heat transfer, impacting engine cooling, HVAC systems and overall equipment reliability on ships. By exploring the operational principles, advantages, challenges and maintenance aspects of PHEs, this overview illuminates their critical role in optimising performance and adhering to stringent safety and marine engineering standards in the dynamic maritime environment.

Planned Maintenance Systems (PMS) are vital for efficient maintenance management onboard merchant ships. This introduction provides an overview of the key aspects of PMS, including equipment identification, maintenance task planning, scheduling, work order generation, execution, and performance monitoring. Implementing a well-designed PMS ensures increased reliability, enhanced safety, regulatory compliance, and cost-effective asset management.

Fuel purifiers play a crucial role in the merchant navy, where ships rely on diesel or heavy fuel oil (HFO) for propulsion and power generation. These fuels, although essential, can contain impurities that can lead to engine damage, reduced efficiency, and increased maintenance costs. Fuel purifiers are designed to remove these impurities and ensure the smooth and efficient operation of marine engines.