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Master of Engineering in Structural Engineering

General Description

The program focuses on the applied aspects of structural engineering and is intended to prepare students for professional practice. To better achieve this emphasis on design, two of the leading civil engineering design companies in the world are actively involved in the program. Specifically, Leslie E. Robertson Associates, a New York based structural engineering company specializing in design of tall buildings and stadiums is teaching CEE511: Design of Large Scale Structures: Buildings; and Ted Zoli, a Vice President from HNTB, another New York based structural engineering company specializing in design of bridges is teaching CEE512: Design of Large Scale Structures: Bridges. In addition, students can work with senior engineers from either of the above two companies on a specific design/research project, as part of CEE507: Graduate Project I and/or CEE508: Graduate Project II (students can always select to have Princeton University faculty members advising their CEE507/CEE508 courses).

Program Requirements


TA candidate fulfills the requirements of the program by successful completion of eight one-term courses. The program is usually completed in one academic year of full-time study.

Course Selections


Students must choose at least eight courses from the following list, after consultation with their academic advisor. At least four courses must be selected from the Department of Civil and Environmental Engineering. It should be pointed out that the following list of courses is not exhaustive. Additional courses can be added after consultation with the academic advisor. For students without any previous design experience, it is strongly recommended to enroll in CEE511, CEE512, CEE507 and/or CEE508.
CEE507 Masters Project I
CEE508 Masters Project II
CEE511 Design of Large Scale Structures: Buildings
CEE512 Design of Large Scale Structures: Bridges
CEE513 Introduction to Finite Element Methods
CEE514 Structural Dynamics/Earthquake Engineering
CEE515 Geotechnical/Foundation Engineering (course under development)
CEE521 Introduction to Continuum Mechanics
CEE522 Random Vibrations with Applications to Earthquake and Wind Engineering
CEE525 Applied Numerical Methods
CEE532 Advanced Finite Element Methods
CEE548 Risk Assessment and Management
CEE567 Advanced Design & Behavior of Steel Structures
MSE501 Introduction to Materials Science and Engineering
ARC574 Computing and Imaging in Architecture
ARC596 Advanced Topics in Animation and Rendering
MAE501 Mathematical Methods of Engineering Analysis
MAE542 Advanced Dynamics
MAE562 Fracture Mechanics
GEO324 Introductory Seismology
WWS304 Science, Technology and Public Policy
WWS308 Process and Methods in Science and Technology Policy
WWS535 Planning Methods
ORF565 Financial Engineering
ECO318 Corporate Finance
ECO331 Public Finance
ECO333
The Development and Use of Accounting Data