约翰霍普金斯大学土木工程硕士专业 一门提高生活质量的学科!
土木工程在提高人类社会质量方面起着举足轻重的作用，比如：自然灾害的减轻、安全公共空间的构建都离不开土木人才，为了顺应时代的发展，美国很多大学都开设了土木工程专业，约翰霍普金斯大学是比较出色的一所，下面，小编就带大家深入了解约翰霍普金斯大学土木工程硕士专业，希望对大家有所帮助：
Civil Engineering, Master of Civil Engineering
土木工程课程提供了结构工程，岩土工程，海岸工程和保护工程领域的研究生指导。该项目的学生可以选择集中研究结构工程或继续攻读一般土木工程课程。
课程设置：
PROGRAM OPTIONS
General Civil Engineering Program
Focus Areas
Structural Engineering
Geotechnical Engineering
Ocean and Coastal Engineering
Courses
GENERAL CIVIL ENGINEERING
Three core courses are required:
EN.535.641 Mathematical Methods For Engineers
EN.565.604 Structural Mechanics
EN.565.606 Geotechnical Engineering Principles
Electives
Select at least four elective courses from the following:
EN.565.608 BIM Applications in Civil Engineering
EN.565.616 Applied Finite Element Methods
EN.565.619 Advanced Structural Analysis
EN.565.620 Advanced Steel Design
EN.565.622 Advanced Reinforced Concrete Design
EN.565.623 Bridge Design and Evaluation
EN.565.626 Design of Wood Structures
EN.565.628 Preservation Engineering I: Theory and Practice
EN.565.630 Prestressed Concrete Design
EN.565.631 Preservation Engineering II: Theory & Practice
EN.565.633 Investigation, Diagnosis, and Rehabilitation
EN.565.636 Lateral Forces: Analysis and Design of Building Structures
EN.565.637 Preservation Engineering in the Urban Context
EN.565.658 Natural Disaster Risk Modeling
EN.565.664 Advanced Foundation Design
EN.565.680 Marine Geotechnical Engineering
EN.565.682 Design of Ocean Structures
EN.565.684 Port & Harbor Engineering
EN.565.686 Sustainable Coastal Engineering
EN.565.731 Structural Dynamics
EN.565.732 Earthquake Engineering
EN.565.734 Wind Engineering
EN.565.762 Ground Improvement Methods
EN.565.764 Retaining Structures and Slope Stability
EN.565.800 Independent Study in Civil Engineering
EN.565.801 Independent Study in Civil Engineering
STRUCTURAL ENGINEERING FOCUS AREA
Two core courses are required:
EN.565.604 Structural Mechanics
EN.535.641 Mathematical Methods For Engineers
Electives
Select at least four elective courses from the following:
EN.565.608 BIM Applications in Civil Engineering
EN.565.616 Applied Finite Element Methods
EN.565.619 Advanced Structural Analysis
EN.565.620 Advanced Steel Design
EN.565.622 Advanced Reinforced Concrete Design
EN.565.623 Bridge Design and Evaluation
EN.565.626 Design of Wood Structures
EN.565.628 Preservation Engineering I: Theory and Practice
EN.565.630 Prestressed Concrete Design
EN.565.631 Preservation Engineering II: Theory & Practice
EN.565.633 Investigation, Diagnosis, and Rehabilitation
EN.565.636 Lateral Forces: Analysis and Design of Building Structures
EN.565.637 Preservation Engineering in the Urban Context
EN.565.682 Design of Ocean Structures
EN.565.731 Structural Dynamics
EN.565.732 Earthquake Engineering
EN.565.734 Wind Engineering
GEOTECHNICAL ENGINEERING FOCUS AREA
Two core courses are required:
EN.565.606 Geotechnical Engineering Principles
EN.535.641 Mathematical Methods For Engineers
Electives
Select at least four elective courses from the following:
EN.565.664 Advanced Foundation Design
EN.565.680 Marine Geotechnical Engineering
EN.565.762 Ground Improvement Methods
EN.565.764 Retaining Structures and Slope Stability
EN.575.626 Hydrogeology
EN.575.629 Modeling Contaminant Migration through Multimedia Systems
EN.575.640 Geographic Information Systems (GIS) and Remote Sensing for Environmental Applications
EN.575.703 Environmental Biotechnology
OCEAN AND COASTAL ENGINEERING FOCUS AREA
Two core courses are required:
EN.565.682 Design of Ocean Structures
EN.535.641 Mathematical Methods For Engineers
Electives
Select at least four elective courses from the following:
EN.535.621 Intermediate Fluid Dynamics
EN.565.658 Natural Disaster Risk Modeling
EN.565.680 Marine Geotechnical Engineering
EN.565.684 Port & Harbor Engineering
EN.565.686 Sustainable Coastal Engineering
EN.575.708 Open Channel Hydraulics
EN.575.717 Hydrology
EN.575.728 Sediment Transport and River Mechanics
EN.565.734 Wind Engineering
入学要求：
申请人(学位寻求和特殊学生)必须满足招生要求中列出的研究生入学的一般要求。申请人之前的教育必须包括土木工程或相关技术学科的学位。申请人在本科后半部分的学习中，平均成绩至少为3.0(满分为4.0)(B级或以上)。必须提交所有大学学习的成绩单。在审查申请时，申请人的学术和专业背景将被考虑。
没有土木工程学位的申请人可以被该项目接受，前提是他们证明成功完成了地区认可机构的课程，包括:微积分I、微积分II、线性代数与微分方程、物理I、静力学、材料力学、结构理论、土力学。申请人之前的教育不包括所列的先决条件，仍然可以在临时状态下注册，然后一旦他们完成了缺失的先决条件，完全录取状态。此外，这些申请人被建议在钢结构设计和钢筋混凝土结构设计的第一门课程是许多结构工程选修课程的先决条件。
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