Study modes: Distance with attendance
Course description: This programme aims to meet the needs of graduates and their employers; students can choose to study on the following streams: Classification and survey; conversion and repair; defence; general stream; marine engineering; naval architecture; offshore engineering; and small craft design.(read more)
Study modes: Full time
Course description: Students who are graduate engineers in a related discipline, have the opportunity to acquire advanced knowledge in subsea engineering, including overall subsea systems, their conceptions, design and installation.(read more)
Study modes: Full time | Part time evening
Course description: Students come into contact with those in other branches of naval architecture and marine engineering; develop multidisciplinary interests and skills; the main objectives are: In-depth knowledge in ship operations; make significant contributions to the industry as technical superintendents; provide deeper understanding of the shipping industry and ship operations; acquire advanced knowledge in ship operations.(read more)
Study modes: Distance with attendance
Course description: This programme aims to meet the needs of graduates and their employers; students can choose to study on the following streams: Classification and survey; conversion and repair; defence; general stream; marine engineering; naval architecture; offshore engineering; and small craft design.(read more)
Study modes: Full time
Course description: Interests cover a wide range from wave and tidal energy to extreme waves and wave groups; and from dynamic and structural response at the sea-surface to the reliability of subsea systems and the through-life behaviour of pipelines; future research will focus on marine renewables including wave, wind and tidal energy extraction.(read more)
Study modes: Full time
Course description: This course is designed to give graduates an opportunity to expand their knowledge and research skills in Marine Engineering which deals with on-board machinery and equipment such as engines, propulsion equipment, generators, electrical systems, cargo handling gear and control systems.(read more)
Study modes: Distance with attendance
Course description: This programme aims to meet the needs of graduates and their employers; students can choose to study on the following streams: Classification and survey; conversion and repair; defence; general stream; marine engineering; naval architecture; offshore engineering; and small craft design.(read more)
Study modes: Full time | Part time evening
Course description: Students undertake an integrated programme of both generic and specialist taught modules along with industry-relevant projects; the specialist modules in marine technology, of which students take 4, are: shipbuilding technology; advanced offshore technology; specialist topics in marine structures; waterborne transportation systems; aero-hydrodynamics of high-speed craft; theory and practice of marine CFD; computational free-surface hdrodynamics.(read more)
Study modes: Full time | Part time evening
Course description: Students come into contact with those in other branches of naval architecture and marine engineering; develop multidisciplinary interests and skills; the main objectives are: In-depth knowledge in ship operations; make significant contributions to the industry as technical superintendents; provide deeper understanding of the shipping industry and ship operations; acquire advanced knowledge in ship operations.(read more)
Study modes: Full time
Course description: This course is designed for experienced or newly qualified engineers in naval architecture, marine engineering, mechanical engineering, civil engineering or other related disciplines; its main objectives are: to produce high-calibre graduates with in-depth knowledge in offshore floating systems capable of making significant contributions to the offshore oil and gas industry.(read more)
Study modes: Full time
Course description: Current subjects of research in Department include: stability and safety of passenger ships and ferries; design of high-speed ships for improved performance and reduced environmental impact; structural reliability of ships and offshore structures; environment-friendly marine engineering systems; new techniques for performance prediction for racing yachts; new materials and methods for construction of lightweight ships.(read more)
Study modes: Full time
Course description: Students who are graduate engineers in a related discipline, have the opportunity to acquire advanced knowledge in subsea engineering, including overall subsea systems, their conceptions, design and installation.(read more)
Study modes: Full time | Part time evening
Course description: This course is designed to give graduates an opportunity to expand their knowledge and research skills in Marine Engineering which deals with on-board machinery and equipment such as engines, propulsion equipment, generators, electrical systems, cargo handling gear and control systems.(read more)
Study modes: Distance with attendance | Full time
Course description: Contact provider for further course (read more)
Study modes: Full time
Course description: Current subjects of research in Department include: stability and safety of passenger ships and ferries; design of high-speed ships for improved performance and reduced environmental impact; structural reliability of ships and offshore structures; environment-friendly marine engineering systems; new techniques for performance prediction for racing yachts; new materials and methods for construction of lightweight ships.(read more)
Study modes: Full time
Course description: Students undertake an integrated programme of both generic and specialist taught modules along with industry-relevant projects; specialist modules in offshore renewable energy are: Energy resources and policy; electrical power systems; marine renewable energy systems; finite element analysis of marine structures; postgraduate training programme in sustainable engineering cont.(read more)
Study modes: Full time | Part time evening
Course description: Students undertake an integrated programme of both generic and specialist taught modules along with industry-relevant projects; the specialist modules in marine technology, of which students take 4, are: shipbuilding technology; advanced offshore technology; specialist topics in marine structures; waterborne transportation systems; aero-hydrodynamics of high-speed craft; theory and practice of marine CFD; computational free-surface hdrodynamics.(read more)
Study modes: Full time
Course description: Interests cover a wide range from wave and tidal energy to extreme waves and wave groups; and from dynamic and structural response at the sea-surface to the reliability of subsea systems and the through-life behaviour of pipelines; future research will focus on marine renewables including wave, wind and tidal energy extraction.(read more)
Study modes: Distance with attendance
Course description: Contact provider for further course (read more)
Study modes: Full time
Course description: The course focuses on the key techniques used in the offshore industry; it addresses both qualitative and quantitative methodologies, and covers which techniques are appropriate to different applications; risk management is now the bedrock of many industries; a risk-based approach has been almost universally adopted in the offshore industry with the aim of providing better safety and improved protection for the environment.(read more)
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