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Through this course we shall briefly cover: Deck, Bridge and Engine Room Operations as well as Crew Involvement. You shall discover the role of regulatory frameworks such as the International Maritime Organization (IMO) in shaping energy efficiency standards.

Environment and Sustainability
21 minutes
Avg. rating 4.6

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.

Engineering
21 minutes
Avg. rating 4.3

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.

Engineering
37 minutes
Avg. rating 4.8

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.

Engineering
30 minutes
Avg. rating 4.2

As vessels continue to increase in size, the power demand rises too, so more powerful engines and other equipment items must also be installed. The increased size and demand on power requires the use of higher voltages on board, enabling the efficient and effective transfer of energy throughout the vessel.

Engineering
46 minutes
Avg. rating 4.4

The maritime industry is witnessing a growing reliance on electrical propulsion systems, emphasising the role of induction motors in various applications. Induction motors, key for converting electrical energy into mechanical work, contribute to efficiency, reliability and flexibility in power distribution across diverse maritime functions. The integration of induction motors marks a technological advancement in maritime engineering, aligning with the industry's pursuit of sustainability and enhanced operational capabilities.

Engineering
54 minutes
Avg. rating 4.4

Discover the critical role of batteries in maritime engineering, where Lead-Acid and Lithium-Ion technologies are pivotal for optimising power on vessels. These batteries, with distinct advantages and applications, ensure efficient energy usage and support various onboard systems. Explore the central importance of Battery Management Systems (BMS) in monitoring, balancing, and securing safe battery operation. Delve into the integration of batteries in maritime systems, addressing maintenance practices and adherence to international regulations.

Electrics and Power Systems
1 hour and 0 minutes
Avg. rating 4.0

Alternative-fueled vehicles (AFV) represent different types of hazards compared with vehicles with traditional fuel such as gasoline and diesel with internal combustion engines. Do our usual methods, equipment, and training work, or do we need to do something more to be safe?

Firefighting
42 minutes
Avg. rating 4.6

To get the most from this course a basic understanding of the fundamentals of electricity and DC circuit analysis needs to be known.

Engineering
3 hours and 13 minutes
Avg. rating 4.4

A transformers basic job is to increase or decrease power. There are critical pieces of equipment that need to be protected and maintained to a high level to ensure maximum productivity is available throughout its life span. This course will give you a greater understanding of the standard type three-phase power transformer used within the industry today.

Basic requirements Electrical; Mathematics; Trigonometry.

Engineering
5 hours and 48 minutes
Avg. rating 4.2

In this course, you will learn about the switchboard and how it, in most cases, is constructed. We will look at different types, and you will learn how they work. You will get to know the idea behind the many wires and why they are needed, and you will gain knowledge about wire dimensioning and how they are connected correctly.

Engineering
1 hour and 34 minutes
Avg. rating 4.7

This course takes you from the fundamentals of trigonometry to the more sophisticated requirements in electrical engineering. As you work and study electrical engineering you are going to run into proofs and equations that are based on trigonometry. Base knowledge of intermediate mathematics, equations and binomials will be advantageous.

Engineering
22 minutes
Avg. rating 4.7