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Carnegie Mellon University


Carnegie Institute of Technology
Civil and Environmental Engineering
Department of Civil and Environmental Engineering, Carnegie Mellon University 5000 Forbes Avenue
Pittsburgh, PA 15213 US
 
Phone: 1-412-268-2940
Fax: 1-412-268-7813
 

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Degrees: Program Format:
Master's
M.S.-Civil and Environmental Engineering; M.S.-Civil Engineering; M.S.-Computational Science and Engineering; M.S.-Advanced Infrastructure Systems; M.S.-Computational Mechanics; M.S. Environmental Engineering; M.S. Environmental Management and Science
Doctoral
Ph.D.-Civil and Environmental Engineering; Ph.D.-Civil Engineering; Ph.D.-Computational Mechanics; Ph.D.-Computational Science and Engineering; Ph.D.-Advanced Infrastructure Systems; Ph.D. Environmental Engineering; Ph.D. Environmental Management and Science; Ph.D. Civil and Environmental Engineering and Engineering and Public Policy (dual degree)
On Campus
 
Graduate programs in the Department of Civil and Environmental Engineering prepare students for leadership roles in engineering practice, development and research. Although students typically focus their studies in one the areas of specialization within the department, interdisciplinary work is strongly encouraged. Joint programs with the Carnegie Mellon Schools of Architecture and Business exist. Specialization Areas: Advanced Infrastructure Systems: (global sustainable construction, planning, design, construction, and operation of built infrastructure, with emphasis on: 1) sensing and informatics for the construction, operation and maintenance phases of infrastructure systems; 2) new models, methods and tools for planning, design and project management; and 3) developing more sustainable processes and components used in the built infrastructure) Environmental Engineering, Science, and Management: (air quality, environmental management, green design, water quality and environmental informatics) Mechanics, Materials, and Computing: (modeling and large-scale computer simulation; with emphasis on mechanics of crystalline, granular, and amorphous materials; dislocation mechanics; phase transformations; atomistic simulation; electromechanics of 'smart' materials; engineering seismology, computational science and engineering and earthquake engineering)
   
Accreditation Information:  
# Of Credits Required:  
Time To Degree: M.S. nine months; Ph.D. four years 
 
 
 
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