土木工程(含基础设施规划)

该MSc旨在使学生具备作为专业土木工程师就业所需的分析和设计技能,并为他们成为特许工程师提供坚实的学术背景。基础设施规划路线是为那些想要进一步专注于这一主题的学生提供的,但也希望提高他们在其他土木工程学科的一般背景。该计划为学生提供了广泛的土木工程主题的强大学术背景和解决问题的高级技能,这是该行业成功职业所必需的。这条路线还将为您提供在您选择的基础设施规划领域获得专业知识的机会,并为土木工程专业职业提供清晰的道路。

Civil Engineering (with Infrastructure Planning)

专业介绍

该MSc旨在使学生具备作为专业土木工程师就业所需的分析和设计技能,并为他们成为特许工程师提供坚实的学术背景。基础设施规划路线是为那些想要进一步专注于这一主题的学生提供的,但也希望提高他们在其他土木工程学科的一般背景。该计划为学生提供了广泛的土木工程主题的强大学术背景和解决问题的高级技能,这是该行业成功职业所必需的。这条路线还将为您提供在您选择的基础设施规划领域获得专业知识的机会,并为土木工程专业职业提供清晰的道路。

Program Introduction

This MSc aims to equip students with the skills of analysis and design necessary for employment as professional civil engineers and give them a solid academic background for becoming chartered engineers. The Infrastructure Planning route is for those students who want to further specialise in this subject, but also wish to improve their general background in other civil engineering disciplines.The programme provides students with a strong academic background in a broad range of civil engineering topics and advanced skills in problem-solving necessary for a successful career in the sector. This route will also offer you the opportunity to gain specialist knowledge in your chosen area of infrastructure planning, and provide a clear path to a professional career in civil engineering.

所属大学 伦敦大学学院
开学时间 9月
学制 1 年
学费 39,800 GBP
申请费 90
项目网址 https://www.ucl.ac.uk/prospective-students/graduate/taught-degrees/civil-engineering-infrastructure-planning-msc

申请要求

专业领域:土木工程,结构工程或其他相关专业+含设计,结构,岩土和流体科目

语言要求

IELTS

总分要求: 6.5
分项要求: 听力: 6 | 阅读: 6 | 写作: 6 | 口语: 6

TOEFL

总分要求: 92
分项要求: 听力: 30 | 阅读: 24 | 写作: 30 | 口语: 20

课程设置

中文课程名 英文课程名
必修模块 Compulsory modules
基础设施业务案例 Business Cases for Infrastructure
决策中的风险不确定性和复杂性 Risk Uncertainty and Complexity in Decision Making
基础设施政策规划和同意 Infrastructure Policy Planning and Consent
研究项目 Research Project
项目工程的财务方面 Financial Aspects of Project Engineering
可选模块 Optional modules
基础设施数字化 Digitalisation in Infrastructure
环境系统 Environmental Systems
道路和地下基础设施设计施工和维护 Roads and Underground Infrastructure Design Construction and Maintenance
高级土力学 Advanced Soil Mechanics
结构抗震设计简介 Introduction to Seismic Design of Structures
地震风险评估 Seismic Risk Assessment
可靠性风险和回弹工程 Reliability Risk and Resilience Engineering
有限元建模和数值方法 Finite Element Modelling and Numerical Methods
城市洪水和排水 Urban Flooding and Drainage
应用建筑信息建模 Applied Building Information Modelling
环境建模 Environmental Modelling
高级土木工程材料 Advanced Civil Engineering Materials
生命周期评估 Life Cycle Assessment
环境流体力学 Environmental Fluid Mechanics
城市铁路规划与分析 Urban Railway Planning and Analysis
建筑能效 Building Energy Efficiency
复杂基础设施系统简介 Introduction to Complex Infrastructure Systems
现有结构的自适应再利用 Adaptive Reuse of Existing Structures
巨灾风险建模 Catastrophe Risk Modelling
浪费和资源效率 Waste and Resource Efficiency
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