HNDMarine Electrical and Electronic Engineering

Core modules

Introduction to Engineering Mathematics

This module will provide you with the underpinning mathematical knowledge that will be further developed during your cadetship and applied to ship related modules such as marine electrics, applied mechanics, applied heat and ship stability.

Introduction to Marine Engineering Systems and Legislation

This module is designed to provide new marine engineering and marine electrotechnical cadets with a mechanical awareness of the marine engineering systems they'll be working with on board merchant navy vessels, and of the international legislation governing their safe operation.

Introduction to Marine Electro-Technology

This module will introduce you to fundamental electrical theory and provides the necessary knowledge for progression on to related units later in your cadetship. During the module, you'll cover the basic principles of electricity and magnetism, as well as the performance of a range of electrical and electronic components and devices used in the production and control of electricity in the marine environment.

Introduction to Engineering Science

This module will provide you with the underpinning mechanics and thermodynamics knowledge required to progress through your cadetship and beyond. You'll learn about the mechanics, thermodynamics and hydrostatics subjects that will provide you with the fundamental concepts and principles associated with the engineering science discipline.

Maritime Electrical Machines

Electrical machines are critical to the operation and maintenance of systems aboard ships. This module will introduce you to the working principles of common electrical machines found on board ship, such as motors, generators, and transformers, as well as the operation of electronic devices in power circuits.

Maritime Mathematics for Engineers

Mathematical analytical skills are critical to your future career as an engineer. This module will allow you to develop your mathematical abilities to solve engineering problems in a maritime context and underpins the mathematical requirement to prepare you for future numerical based modules within the course.

Maritime Thermodynamics and Mechanics

Thermodynamics and mechanics are critical in the understanding of the design, operation and maintenance of marine engineering plant systems. During this module you'll learn about property changes and energy transfer processes in closed and open thermodynamic systems, develop the knowledge and understanding to describe heat transfer processes and perform simple calculations involving such processes. You'll also have an opportunity to investigate energy transfers in an open system such as internal combustion engines, basic steam power cycles, and refrigerators.

Operational Electrical and Electronic Control Systems

The safe operation of modern merchant vessels relies on electrical and electronic control systems to accurately and efficiently monitor ship systems. This module will introduce you to the fundamentals of control systems engineering and electrical engineering, with a focus on electrical distribution on board ship.

Operational Marine Engineering Knowledge

This module gives you the opportunity to learn about the construction and operation of ships' systems in the engine room and the critical safety considerations which must be taken into account when they are being operated. You'll be exposed to different types of marine propulsion systems and their associated auxiliary systems and will be asked to look at various aspects of operation and maintenance of these systems to evaluate both commonality and difference between ship types.

Operational Maritime Law and Project Management

This module will familiarise you with the relationship between laws, codes, and various forms of guidance related to ship and crew safety, as well as operational procedures. You'll gain an understanding of the laws governing the shipping industry, both nationally and internationally, and an insight into the organisational structures used by your company, both ashore and onboard. Additionally, you'll explore the factors that can influence decision-making, such as stress, fatigue, culture, and situational awareness, and learn techniques to mitigate these influences.

Operational Naval Architecture and Stability (Engineering)

This module will familiarise you a typical ship’s structure and the salient features of a range of ship vessel types, in addition to applying the principles of ship stability to box- and ship-shaped vessels in routine situations.