All Topics

This course introduces the legislation and methods of Passage Planning. You will learn how to use an ECDIS effectively to plan voyages on digital systems.

In this course, you'll be on an exciting journey to unlock the potential of Microsoft Copilot, an innovative AI-powered assistant.

Do you know how many different chemicals are used in the engine room of the ships? There are various chemicals supplied to be used on ships. Being useful, the majority of these chemicals onboard have hazards!

This course introduces the inclining experiment and the way of calculating the lightship displacement. Learners will understand how to set up and conduct the experiment as well as calculate the lightship displacement from the results.

The climate is changing faster than expected, making it the most severe issue our generation confronts. But, according to the UN Secretary-General António Guterres, we are not helpless in the face of this global threat. In September 2019, he said that “the fight against the climate emergency is a race we are losing, but it is a race we can win”.

This course introduces Mercator Sailings which is a common navigational calculation for determining courses and distances for passage planning and rendezvous. These are for long-distance calculations, i.e. for passages greater than 600 Nautical Miles.

Continuous improvement tools are a powerful resource in the manufacturing journey. Leveraging the right one can lead to improved productivity, reduced errors and greater profitability overall. There are many different continuous improvement models that can help a business reach their 'lean' ideals.

This course introduces the emergency response documentation and responses that are used on chemical tankers. It covers the legislative requirements for procedures as well as common actions and control measures found on chemical tankers.

Learn the fundamentals of visual signaling including flashing light!

This course explains what Distress Signals are, when and how to send them.

Background knowledge of mathematics and trigonometry will assist you when learning the mathematical derivatives as they apply to electrical functions. The learner will gain knowledge on limits, useful Trig Identities and the Squeeze Theorem.

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