Marine Engineering Course 1

Course Overview

The Marine Engineering 1 Course provides aspiring yacht engineers and technically minded crew with a comprehensive introduction to the systems that power and support modern motor yachts.

Developed by experienced marine engineers and aligned with the knowledge requirements of the Approved Engine Course (AEC), this self-paced online programme explores the theory behind marine diesel engines and the essential mechanical, electrical, cooling, lubrication, fuel, and propulsion systems found onboard. Students will also gain an understanding of engineering safety, legislation, and preventative maintenance practices that form the foundation of professional engine room operations.

Whether you’re preparing for your first engineering position or building knowledge before practical engineering qualifications, this course provides the theoretical understanding needed to begin a career in the yacht engineering department.

What You Will Learn

By the end of the course you will understand:

• The operating principles of marine diesel engines
• Two-stroke and four-stroke engine cycles
• Marine fuel systems and fuel injection technology
• Air intake, turbocharging and combustion systems
• Engine cooling and lubrication systems
• Marine electrical systems, batteries and starting systems
• Power transmission, gearboxes and propulsion components
• Hull fittings, seacocks and corrosion protection systems
• Safe engineering practices and engine room procedures
• Marine legislation, pollution prevention and environmental responsibilities

Price:
€112

Course Features
Fully online and self-paced
Approximately 28.5 hours of learning
Interactive lessons and knowledge checks
Module assessments
Final course examination
Accessible on desktop, tablet and mobile
12 months of access
Certificate of Completion upon successful completion

Syllabus

Module 1

Compression Ignition Engines

Build a solid engineering foundation by learning the operating principles of diesel and petrol engines, understanding how combustion occurs, and exploring the key differences between compression and spark ignition systems.

Module 2

Engine Operating Cycles and Construction

Develop an understanding of two-stroke and four-stroke engines, engine configurations, performance terminology, and the major components that work together to produce reliable marine propulsion.

Module 3

The Fuel System

Learn how marine diesel fuel systems operate, from fuel storage and filtration to injection systems and common rail technology, while understanding safe operating procedures and routine maintenance practices.

Module 4

The Role of Air in Combustion

Explore the critical role of air in efficient engine performance by examining intake systems, turbochargers, intercoolers, exhaust systems, and the relationship between air supply and combustion.

Module 5

The Cooling System

Gain an understanding of raw water and freshwater cooling systems, operating temperatures, cooling circuits, pumps, and the maintenance practices that protect marine engines from overheating.

Module 6

The Lubrication System

Learn how lubrication systems reduce engine wear by understanding oil circulation, filtration, cooling, and the maintenance procedures that ensure reliable engine performance.

Module 7

Engine Electrical Systems

Develop an understanding of the electrical systems that support engine operation, including batteries, charging systems, starter motors, circuit diagrams, and essential electrical safety principles.

Module 8

Power Transmission

Explore how engine power is transferred to propulsion through gearboxes, shafts, couplings, stern tubes, and propellers while learning the principles of efficient and reliable power transmission.

Module 9

Hull Fittings

Learn the purpose, operation, and maintenance of critical hull fittings, including seacocks, through-hull systems, sacrificial anodes, and corrosion protection methods that keep vessels safe and seaworthy.

Module 10

Legislation and Safety

Develop an understanding of engineering safety through safe working practices, fire prevention, pollution control, MARPOL regulations, and the environmental responsibilities of modern marine engineers.

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