Master of Science in Civil Engineering
The Department of Civil and Environmental Engineering offers the Master of Science in Civil Engineering with three options to earn the degree: (1) research option, (2) professional practice option, and (3) technical and management development option.
Admission Requirements
Students entering the Master of Science in Civil Engineering (MSCE) program are expected to have a background equivalent to that of students graduating from the Bachelor of Science in Civil Engineering (BSCE) program offered at The University of Texas at Tyler, or to obtain such background through specified prerequisite coursework.
In addition to the general requirements for admission to graduate study at The University of Texas at Tyler, to be admitted to the MSCE program a student must meet the following admission requirements.
1. Satisfactory score on the General Test (verbal and quantitative) of the Graduate Record Examination (GRE)
2. Satisfactory grade point average on the student’s last four semesters of academic study and last 60 semester credit hours of upper division undergraduate or graduate courses
3. A bachelor’s degree in a Civil Engineering program accredited by the ABET Engineering Accreditation Commission. Students who have not earned such a degree will be required to complete prerequisite coursework before starting the MSCE program.
4. A demonstrated proficiency in the use of the English language, both spoken and written
5. Approval of the MSCE Program Administrator and the Chair, Department of Civil and Environmental Engineering
Consideration for admission to the Master of Science in Civil Engineering program will also be given to one or more of the following: the applicant’s demonstrated commitment to his or her chosen field of study, socioeconomic background, first generation college graduate, multilingual proficiency, geographic region of residence, and level of responsibility in other matters including extracurricular activities, employment, community service, and family responsibilities.
| Course |
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ABET Syllabus |
CENG 5109 |
Civil Engineering Seminar |
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CENG 5150 |
Advanced Topics in Civil Engineering |
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CENG 5199 |
Independent Study |
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CENG 5250 |
Advanced Topics in Civil Engineering |
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CENG 5299 |
Independent Study |
|
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CENG 5312 |
Advanced Concrete Design |
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CENG 5313 |
Prestressed Concrete Design |
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CENG 5314 |
Advanced Structural Analysis |
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CENG 5316 |
Advanced Steel Design |
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CENG 5318 |
Design Timber Structures |
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CENG 5322 |
Structural Masonry Design |
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CENG 5324 |
Advanced Mechanics of Materials |
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CENG 5326 |
Structural Dynamics and Seismic Design |
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CENG 5328 |
Structural Fire Behavior |
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CENG 5330 |
Water Resources Planning and Management |
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CENG 5333 |
Computer Modeling in Water Resources and
Environmental Engineering |
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CENG 5334 |
Storm Water Pollution Control |
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CENG 5337 |
GPS and GIS Applications in Water Resources and Environmental Engineering |
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CENG 5342 |
Analysis of Urban Water Systems |
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CENG 5344 |
Water Engineering for International Development |
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CENG 5347 |
Irrigation Water Control and Management |
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CENG 5350 |
Advanced Topics in Civil Engineering |
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CENG 5353 |
Operations Research and Advanced Mathematics |
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CENG 5354 |
Urban Transportation Planning |
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CENG 5355 |
Transportation Systems Management and
Operations |
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CENG 5357 |
Public Transportation Engineering |
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CENG 5361 |
Traffic Flow Theory |
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CENG 5363 |
Transportation Network Analysis |
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CENG 5365 |
Dynamic Transportation Network Modeling |
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CENG 5370 |
Environmental Pollution Sources and Control |
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CENG 5373 |
Environmental Management |
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CENG 5376 |
Indoor Environmental Quality |
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CENG 5387 |
Air Pollution Control Design |
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CENG 5395 |
Thesis |
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CENG 5396 |
Thesis |
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CENG 5399 |
Independent Study |
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