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/ 南安普顿大学海事工程科学/游艇和小型工艺硕士专业
项目背景
`更新时间:2019-12-04
专业介绍
该硕士课程将适合希望专攻海事工程科学领域的工程，数学和物理科学毕业生。核心模块，包括“游艇和高性能工艺”，以及“帆船游艇和动力设计”，与本课程的游艇和小型工艺主题特别相关。
海事工程科学是一门硕士课程，专为具有工程，科学或数学背景的毕业生或具有类似资格的毕业生而设计，他们希望从事海事领域的职业。一开始就提供了一个介绍性模块，为学生提供他们在课程中取得成功所必需的基础知识。来自世界着名的沃尔夫森海洋技术和工业空气动力学部门的工程师为海洋工程科学/游艇和小型工艺课程的独特硕士学位做出了贡献，该课程涵盖了游艇，小型船舶和其他高性能船舶的分析，设计和性能。
在这两个学期中，您将充分发挥您的实践技能，并获得详细的游艇和高性能工艺和帆船游艇和动力设计的见解，包括船体设计，帆板计划和钻机开发。您还将学习应用最新的设计工具和方法。
夏季的几个月将专注于项目工作。您将进入我们的南安普敦海洋和海事研究所研究网络，并使用我们世界一流的海事工程设施进行最终研究项目。该项目将涉及实验和实践研究以及完成论文。
推荐顾问
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Pan
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Edison
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Harriet
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Cheryl
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Beverly
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Cassie
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世界排名
2020年
51
2019年
51
2018年
101
2017年
101
语言要求
类型
雅思
托福
PTE
Listen
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Speak
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Read
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Write
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总分
6.5
92
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学术要求
学术要求，认可国内336所大学，等同于国内均分75-78-80，具体根据本科大学层次而定。
背景专业要求：海洋工程，造船，船舶科学，航空航天工程，机械工程，通用工程，电气工程，物理或数学
课程设置
Year 1
The first 8 months are normally spent mainly on the taught component, with lectures divided into two 12-week periods (Semesters 1 and 2), and with exams at the end of each semester. The final 4 months are spent full-time on a research project.
Semester One
You normally take modules worth 60 credit points (CP) in Semester 1, consisting of compulsory modules and optional modules.
COMPULSORY
SESS3027Credit[?]: 15
Yacht and High Performance Craft
SESS6065Credit[?]: 15
Fundamentals of Ship Science
SESS6069Credit[?]: 15
Marine Law and Management
OPTIONAL
FEEG3001Credit[?]: 15
Finite Element Analysis in Solid Mechanics
SESG3024Credit[?]: 15
Manufacturing and Materials
FEEG6005Credit[?]: 15
Applications of CFD
SESG6035Credit[?]: 15
Advanced Sensors and Condition Monitoring
SESG6039Credit[?]: 15
Composites Engineering Design and Mechanics
SESS6063Credit[?]: 15
Advances in Ship Resistance and Propulsion
Semester Two
You normally take modules worth 60 credit points (CP) in Semester 2, consisting of 3 compulsory modules and optional modules.
COMPULSORY
SESS6066Credit[?]: 15
Sailing Yacht and Powercraft Design
SESS6068Credit[?]: 15
Marine Safety and Environmental Engineering
SESS6069Credit[?]: 15
Marine Law and Management
OPTIONAL
SESS3022Credit[?]: 15
Ship Manoeuvring and Control
SESS3023Credit[?]: 15
Marine Hydrodynamics
SESS3026Credit[?]: 15
Marine Structures
FEEG6009Credit[?]: 15
Design Search and Optimisation (DSO) - Principles, Methods, Parameterizations and Case Studies
SESG6040Credit[?]: 15
Failure of Materials and Components
SESS6067Credit[?]: 15
Renewable energy from environmental flows
The first 8 months are normally spent mainly on the taught component, with lectures divided into two 12-week periods (Semesters 1 and 2), and with exams at the end of each semester. The final 4 months are spent full-time on a research project.
Semester One
You normally take modules worth 60 credit points (CP) in Semester 1, consisting of compulsory modules and optional modules.
COMPULSORY
SESS3027Credit[?]: 15
Yacht and High Performance Craft
SESS6065Credit[?]: 15
Fundamentals of Ship Science
SESS6069Credit[?]: 15
Marine Law and Management
OPTIONAL
FEEG3001Credit[?]: 15
Finite Element Analysis in Solid Mechanics
SESG3024Credit[?]: 15
Manufacturing and Materials
FEEG6005Credit[?]: 15
Applications of CFD
SESG6035Credit[?]: 15
Advanced Sensors and Condition Monitoring
SESG6039Credit[?]: 15
Composites Engineering Design and Mechanics
SESS6063Credit[?]: 15
Advances in Ship Resistance and Propulsion
Semester Two
You normally take modules worth 60 credit points (CP) in Semester 2, consisting of 3 compulsory modules and optional modules.
COMPULSORY
SESS6066Credit[?]: 15
Sailing Yacht and Powercraft Design
SESS6068Credit[?]: 15
Marine Safety and Environmental Engineering
SESS6069Credit[?]: 15
Marine Law and Management
OPTIONAL
SESS3022Credit[?]: 15
Ship Manoeuvring and Control
SESS3023Credit[?]: 15
Marine Hydrodynamics
SESS3026Credit[?]: 15
Marine Structures
FEEG6009Credit[?]: 15
Design Search and Optimisation (DSO) - Principles, Methods, Parameterizations and Case Studies
SESG6040Credit[?]: 15
Failure of Materials and Components
SESS6067Credit[?]: 15
Renewable energy from environmental flows
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