纽约大学土木工程硕士专业 让你成为建筑行业的主力军!
近些年，随着国内人口的迅速增长，致使建筑环境十分紧张，很多基础设施已接近饱和状态，比如：桥梁、水坝、机场、高速公路……这时就需要一大批的土木工程师来利用现有的系统和设计项目来应对现代社会所面临的问题，为了顺应时代的发展，美国纽约大学就开设了土木工程硕士专业，下面，就随小编来看看吧，希望对大家有所帮助：
Civil Engineering, M.S.
我们的土木工程硕士项目训练您加入他们的行列。你可以专攻以下任何一个专业:
施工管理与工程
结构工程
岩土工程
环境与水资源工程
城市基础设施系统
公路交通工程
我们的课程是灵活的，你可以选择一个更普通的课程学习，通过学习3个领域的2门课程。
课程设置：
核心课程
无论你选择哪个专业(单一专业或普通专业)，你必须完成以下6门核心课程中的至少4门。
Materials for Civil Engineers CE-GY6023
Instrumentation, Monitoring and Condition Assessment of Civil Infrastructure CE-GY6073
Environmental Impact Assessment CE-GY7673
Urban Infrastructure Systems Management CE-GY7843
Project Management for Construction CE-GY8253
Risk Analysis CE-GY8283
重点领域课程
Geotechnical Engineering
Ground Improvement CE-GY8423
Advanced Foundation Design CE-GY8663
Excavation Support Systems CE-GY8673
Geotechnics & Geomaterials CE-GY8403
Urban Geotechnology CE-GY8433
Environmental Geotechnology CE-GY8493
Selected Topics in Geotechnical Engineering CE-GY8603
Structural Engineering
Theory of Structural Analysis and Design CE-GY6013
Finite Element Methods CE-GY6163
Bridge Engineering CE-GY6063
Stability of Structures CE-GY6133
Steel Structures CE-GY6143
Concrete Structures CE-GY6183
Wind and Earthquake Engineering CE-GY6193
Construction Management and Engineering
Project Management CE-GY8203
Construction Modeling Techniques CE-GY8243
Project Management for Construction CE-GY8253
Construction Cost Estimating CE-GY8263
Contracts and Specifications CE-GY8273
Risk Analysis CE-GY8283
Construction Operations Analysis CE-GY8293
Information Systems in Project Management CE-GY8303
Engineering for Construction I: Methods and Technologies CE-GY8313
Engineering for Construction Ii: Design CE-GY8323
Marketing for Construction Management and Engineering Services CE-GY8333
Construction Site Safety CE-GY8343
Construction Scheduling CE-GY8353
Building Information Modeling Project Controls CE-GY8363
Construction Accounting and Finance CE-GY8373
Exec 21 Courses
Managing and Leading in the 21st Century CE-GY8703
Construction and the Law CE-GY8713
How to Succeed in Construction CE-GY8723
Infrastructure Financing: Structuring of A Deal CE-GY8733
Employer Focused Residency CE-GY875X
Capital Program Management / Program Development CE-GY8763
Dispute Avoidance and Resolution CE-GY8773
Construction Management and Planning CE-GY8783
Infrastructure Planning for Public Works CE-GY8803
Environmental/Water Resources Engineering
Hydrology CE-GY7223
Groundwater Hydrology and Pollution CE-GY7233
Environmental Chemistry & Microbiology CE-GY7373
Water & Wastewater Treatment CE-GY7423
Selected Topics in Water Resources and Hydraulic Engineering I CE-GY7353
Modeling Fate and Transport of Surface Water Pollution CE-GY7473
Solid Waste Management CE-GY7703
Environmental Systems Management CE-GY7753
Environmental Impact Assessment CE-GY7673
Highway and Traffic Engineering
Fundamental Concepts in Transportation TR-GY6011
Quantitative Analysis in Transportation TR-GY6021
Forecasting Urban Travel Demand TR-GY6113
Economic Analysis of Transportation Alternatives TR-GY6211
Intelligent Transportation Systems and Their Applications TR-GY6223
Transportation Planning Principles & Practice TR-GY6231
Transportation & Traffic Concepts, Characteristics & Studies TR-GY6333
Traffic Operations & Control TR-GY6343
Transportation & Traffic Project TR-GY6403
Multimodal Transportation Safety TR-GY7033
Management of Urban Traffic Congestion TR-GY7123
Urban Public Transportation Systems TR-GY7133
Transportation Management TR-GY7213
Transportation Economics and Finance Fundamentals TR-GY6053
Intelligent Transportation Systems: Deployments and Technologies TR-GY7243
Design of Parking & Terminal Facilities TR-GY7323
Data-driven Mobility Modeling & Simulation TR-GY7353
Special Topics in Transp A TR-GY8011
Selected Topics in Transportation I TR-GY8013
Special Topics in Transportation B TR-GY8021
Selected Topics in Transportation II TR-GY8023
Readings in Transportation TR-GY900X
MS Thesis in Transportation TR-GY997X
Urban Infrastructure Systems
Infrastructure Planning, Engineering and Economics CE-GY7813
Urban Infrastructure Systems Management CE-GY7843
Infrastructure Asset Management CE-GY7853
Instrumentation, Monitoring and Condition Assessment of Civil Infrastructure CE-GY6073
Environmental Systems Management CE-GY7753
入学要求：
该项目要求你持有工程与技术认证委员会(ABET)认可的土木工程学士学位。你还需要有3.0或更高的GPA。不具备abet认证的土木工程专业学士学位的申请人(包括其他工程学科、工程科学、工程技术和建筑本科学位的申请人，或来自外国大学的申请人)将由研究生导师审查其资格。录取可能会被批准，并可能包括额外的本科课程的要求，以纠正不足之处。这些额外的课程不计入理科硕士学位，也不包括在计算研究生平均绩点的本科课程。
语言要求：托福不低于100或雅思不低于7.0，或者多邻国不低于120。
综上所述，以上讲的就是关于纽约大学土木工程硕士专业的相关问题介绍，希望能给各位赴美留学的学子们指点迷津。近年来，赴美留学一直是广大学生最热门的话题，同时，很多学生对于签证的办理、院校的选择、就业的前景、学习的费用等诸多问题困扰不断，别担心，IDP留学专家可以为你排忧解难，同时，更多关于赴美留学的相关资讯在等着你，绝对让你“浏览”忘返。在此，衷心祝愿各位学子们能够顺利奔赴自己心目中理想的学校并且学业有成!
