11357 modules
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SESS3025 2029-30
Marine Engineering
Marine power and auxiliary systems are at the heart of modern ships, providing the energy needed for propulsion, onboard services and safe operation. Understanding how these systems function is essential for engineers involved in vessel design, operation and maintenance.
In this module, you will develop the engineering knowledge required to understand and evaluate marine power plants, drive trains and supporting ship systems. You will explore the principles underlying machinery operation, thermodynamic performance, energy conversion and vibration behaviour, while developing the analytical skills needed to assess system efficiency and performance. Throughout the module, theory will be linked to practical engineering applications encountered across the maritime industry.
By the end of the module, you will be able to analyse and compare marine engineering systems, assess their performance characteristics and understand the factors that influence their design. This knowledge provides a strong foundation for advanced study in ship systems, energy technologies and maritime engineering practice. -
SESS3025 2026-27
Marine Engineering
Marine power and auxiliary systems are at the heart of modern ships, providing the energy needed for propulsion, onboard services and safe operation. Understanding how these systems function is essential for engineers involved in vessel design, operation and maintenance.
In this module, you will develop the engineering knowledge required to understand and evaluate marine power plants, drive trains and supporting ship systems. You will explore the principles underlying machinery operation, thermodynamic performance, energy conversion and vibration behaviour, while developing the analytical skills needed to assess system efficiency and performance. Throughout the module, theory will be linked to practical engineering applications encountered across the maritime industry.
By the end of the module, you will be able to analyse and compare marine engineering systems, assess their performance characteristics and understand the factors that influence their design. This knowledge provides a strong foundation for advanced study in ship systems, energy technologies and maritime engineering practice. -
SESS3025 2027-28
Marine Engineering
Marine power and auxiliary systems are at the heart of modern ships, providing the energy needed for propulsion, onboard services and safe operation. Understanding how these systems function is essential for engineers involved in vessel design, operation and maintenance.
In this module, you will develop the engineering knowledge required to understand and evaluate marine power plants, drive trains and supporting ship systems. You will explore the principles underlying machinery operation, thermodynamic performance, energy conversion and vibration behaviour, while developing the analytical skills needed to assess system efficiency and performance. Throughout the module, theory will be linked to practical engineering applications encountered across the maritime industry.
By the end of the module, you will be able to analyse and compare marine engineering systems, assess their performance characteristics and understand the factors that influence their design. This knowledge provides a strong foundation for advanced study in ship systems, energy technologies and maritime engineering practice. -
SESS3025 2028-29
Marine Engineering
Marine power and auxiliary systems are at the heart of modern ships, providing the energy needed for propulsion, onboard services and safe operation. Understanding how these systems function is essential for engineers involved in vessel design, operation and maintenance.
In this module, you will develop the engineering knowledge required to understand and evaluate marine power plants, drive trains and supporting ship systems. You will explore the principles underlying machinery operation, thermodynamic performance, energy conversion and vibration behaviour, while developing the analytical skills needed to assess system efficiency and performance. Throughout the module, theory will be linked to practical engineering applications encountered across the maritime industry.
By the end of the module, you will be able to analyse and compare marine engineering systems, assess their performance characteristics and understand the factors that influence their design. This knowledge provides a strong foundation for advanced study in ship systems, energy technologies and maritime engineering practice. -
SESS3025 2025-26
Marine Engineering
This module introduces the fundamental principles, design and analysis of ship power plants, drive trains and auxiliary systems found on-board marine vehicles.
Students will be introduced to the operational principles, machinery configurations, performance characteristics, efficiency measures, thermodynamic cycles and vibration analysis required in the design and analysis of marine engineering systems. -
LAWS6180 2028-29
Marine Environmental Law
This module studies the international regulatory framework for the marine environment, its achievements, shortcomings and future challenges. The law of the marine environment has taken shape over several decades, responding to challenges caused by shipping incidents as well as other sources of pollution, and has become a complex framework of international conventions, developed through international consensus, and reinforced through technical developments in the committees of the International Maritime Organisation and other regional organisations. As regulation through conventions is a long and slow process and consensus-dependant, the framework is often insufficient to tackle immediate challenges such as climate change and ocean plastic pollution. In addition, compliance and enforcement are hampered by a variety of factors. We look at the international regulatory framework for shipping and the environment as well as factors preventing enforcement. -
LAWS6180 2026-27
Marine Environmental Law
This module studies the international regulatory framework for the marine environment, its achievements, shortcomings and future challenges. The law of the marine environment has taken shape over several decades, responding to challenges caused by shipping incidents as well as other sources of pollution, and has become a complex framework of international conventions, developed through international consensus, and reinforced through technical developments in the committees of the International Maritime Organisation and other regional organisations. As regulation through conventions is a long and slow process and consensus-dependant, the framework is often insufficient to tackle immediate challenges such as climate change and ocean plastic pollution. In addition, compliance and enforcement are hampered by a variety of factors. We look at the international regulatory framework for shipping and the environment as well as factors preventing enforcement. -
LAWS6180 2025-26
Marine Environmental Law
This module studies the international regulatory framework for the marine environment, its achievements, shortcomings and future challenges. The law of the marine environment has taken shape over several decades, responding to challenges caused by shipping incidents as well as other sources of pollution, and has become a complex framework of international conventions, developed through international consensus, and reinforced through technical developments in the committees of the International Maritime Organisation and other regional organisations. As regulation through conventions is a long and slow process and consensus-dependant, the framework is often insufficient to tackle immediate challenges such as climate change and ocean plastic pollution. In addition, compliance and enforcement are hampered by a variety of factors. We look at the international regulatory framework for shipping and the environment as well as factors preventing enforcement. -
LAWS6180 2027-28
Marine Environmental Law
This module studies the international regulatory framework for the marine environment, its achievements, shortcomings and future challenges. The law of the marine environment has taken shape over several decades, responding to challenges caused by shipping incidents as well as other sources of pollution, and has become a complex framework of international conventions, developed through international consensus, and reinforced through technical developments in the committees of the International Maritime Organisation and other regional organisations. As regulation through conventions is a long and slow process and consensus-dependant, the framework is often insufficient to tackle immediate challenges such as climate change and ocean plastic pollution. In addition, compliance and enforcement are hampered by a variety of factors. We look at the international regulatory framework for shipping and the environment as well as factors preventing enforcement. -
SOES3017 2028-29
Marine Fisheries Ecology