Doctor of Philosophy in Civil Engineering - Hydrosystems and Water Resources (HW) Doctor of Philosophy in Civil Engineering - Hydrosystems and Water Resources (HW) 休斯頓大學 University of Houston

課程：

Doctor of Philosophy in Civil Engineering - Hydrosystems and Water Resources (HW)

授予學位：

博士學位 (Doctoral)

授予機構：

University Of Houston

學院：

Cullen College of Engineering, Department of Civil and Environmental Engineering

可選課程類型：

課程介紹：

This program research focuses on the study of natural environmental flows and includes such areas as, coastal and river hydrodynamics, contaminant transport in surface and subsurface flows, hydrology and computational hydrosciences, sediment transport, urban water resources and planning, water quality, and wave mechanics. Research teams of students and faculty engage in fundamental and applied interdisciplinary research, and use a combination of numerical, laboratory, and field experiments in their investigations. Course work in this program covers a broad range of topics that are aimed at giving students the fundamental tools needed for conducting scientific research and practical engineering. This program requires a minimum of 24 credit hours of approved graduate study beyond the master's degree, plus at least 30 credit hours of research and dissertation. Three exams must be completed successfully before graduation.

國際學生入學要求:

Students must have earned a four-year baccalaureate degree or higher degree from an accredited college or university, equivalent of a U.S. Bachelor’s degree with a minimum acceptable GPA is 3.0/4.0 ("B") on last 60 hours attempted. Students should have secured a minimum score of 550 (paper-based) or 79 (internet-based) on the test of English as a Foreign Language (TOEFL) or overall band score of 6.5 on the International English Language Testing System (IELTS).

休斯頓大學 University of Houston accept IELTS *

* Please check with your chosen school for the exact entry requirements for your programme

課程安排：

The modules are CIVE 6111: Graduate Seminar Cr 1, CIVE 6320: Constitutive Modeling of Materials Cr 3, CIVE 6321: Experimental Soil Mechanics Cr 3, CIVE 6322: Storm Water Management Cr 3, CIVE 6323: Advanced Foundation Design Cr 3, CIVE 6325: Geotechnical Engineering Investigations Cr 3, CIVE 6331: Hydraulics of Open Channel Flow Cr 3, CIVE 6332: Ground Improvement, Grouting and Geosynthetics Cr 3, CIVE 6333: Stress-Deformation Behavior of Soil Cr 3, CIVE 6334: Geotechnical Stability Cr 3, CIVE 6335: Advanced Concrete Design Cr 3, CIVE 6336: Computer Methods in Structural Analysis Cr 3, CIVE 6337: Matrix Analysis of Structures (formerly CIVE 7337) Cr 3, CIVE 6338: Advanced Steel Design Cr 3, CIVE 6341: Bridge Design Cr 3, CIVE 6343: Retaining Structures and Slope Stability Cr 3, CIVE 6345: Intermediate Soil Mechanics Cr 3, CIVE 6346: Soil-Structure Interaction Cr 3, CIVE 6347: Soil Dynamics Cr 3, CIVE 6348: Wave-Structure Interaction Cr 3, CIVE 6349: Reliability and Safety of Structures Cr 3, CIVE 6350: Advanced Mechanics of Materials Cr 3, CIVE 6351: Advanced Concrete Behavior Cr 3, CIVE 6353: Behavior and Design of Prestressed Concrete Cr 3, CIVE 6355: Introduction to Dynamics of Structures (formerly CIVE 5334) Cr 3, CIVE 6361: Engineering Hydrology Cr 3, CIVE 6362: Hydraulic Structures Cr 3, CIVE 6363: Evaluation of Water Quality in Natural Waters Cr 3, CIVE 6364: Project Control for Construction Cr 3, CIVE 6365: Claims Management Cr 3, CIVE 6366: Construction Project Management Cr 3, CIVE 6368: Human Resources Management in Construction Cr 3, CIVE 6377: Environmental Chemistry Cr 3, CIVE 6378: Principles of Environmental Modeling Cr 3, CIVE 6379: Stochastic Hydrology Cr 3, CIVE 6381: Biological Processes for Wastewater Treatment Cr 3, CIVE 6383: Advanced Planning and Design of Water Resource Systems Cr 3, CIVE 6385: Stability of Structures Cr 3, CIVE 6387: Physicochemical Treatment Processes Cr 3, CIVE 6388: Solid and Hazardous Waste Treatment Processes Cr 3, CIVE 6389: Civil Engineering Design Cr 3, CIVE 6390: Municipal Drinking Water Treatment Cr 3, CIVE 6391: Environmental Engineering Microbiology Cr 3, CIVE 6392: Mass Transfer in Environmental Systems Cr 3, CIVE 7332: Ground Water Contaminant Transport Cr 3, CIVE 7335: Coastal Hydrodynamics Cr 3, CIVE 7336: Finite Element Methods Cr 3, CIVE 7340: Earthquake Engineering Cr 3, CIVE 7342: Engineering Geographic Information Systems Cr 3, CIVE 7352: Unified Theory of Reinforced Concrete Cr 3, CIVE 7365: Design of Offshore Structures Cr 3, CIVE 7397: Selected Topics Cr 3, CIVE 8198:8298:8398:8498:8598: Doctoral Research Cr 1-5, CIVE 8311: Organized Graduate Research Discussions (also ECE, INDE, MECE) Cr 3, CIVE 8399:8699:8999: Doctoral Dissertation Cr 3, CIVE 6, or 9 hours.

學校名稱：

University of Houston

學校別名：

UNIVERSITY OF HOUSTON

學生人數：

37000

國際學生人數：

3169

國際學生諮詢聯絡地址：

4800 Calhoun Road HOUSTON Texas 77004

學校電話：

+1 713 743 2255

國際學生聯絡電話：

+1 713 743 1010

英語課程聯絡電郵：

lcc@uh.edu

英語課程聯絡電話：

+1 713 743 3030

教學地點信息：

Cullen College of Engineering, Department of Civil and Environmental Engineering

地址：

University of Houston N107 Engineering Building 1 HOUSTON Texas 77204

教學地點介紹：

The mission of the Department of Civil and Environmental Engineering of the University of Houston is to educate its students to be productive engineers and responsible citizens in the changing environment of the 21st century. This mission is achieved by upholding traditions of high academic standards in the classroom and in non-classroom educational activities, and encouraging students with non-traditional and diverse ethnic backgrounds; creating, discovering and disseminating new knowledge through research and scholarly activity; and serving as a resource for the constituencies of the University of Houston and the profession of civil and environmental engineering.

住宿是否在此地點？

YES

住宿信息：

The University has on campus housing which is maintained by Residential Life and Housing. The residential halls include Moody Towers, Quadrangle, Cougar Place and some privately owned halls are Cullen Oaks and Bayou Oaks. The student housing ranges from traditional single or double dorm rooms to suite-style halls to fully furnished on-campus apartments. All facilities are equipped with up-to-date amenities including cable TV and Ethernet connectivity. Apartment options also have kitchens. Meal plans are flexible and students can choose a weekly or semester meal allowance. The university offers world-class exercise equipment and facilities for an assortment of recreational activities. It is a great place to indulge the senses with a performance or an art exhibit. Stages on campus host dance, musical, and theatrical performances throughout the year. Students have a variety of options for parking on campus. In addition, several METRO bus routes serve the campus. METRO Van Pool services are also available for students who would like to get to know other commuters on the way to school.