Engineering (M.S.) Coastal Engineering Emphasis
Mission
To provide engineers with graduate education in the specialized field of coastal engineering, including knowledge, skills and abilities to address coastal engineering challenges arising from coastal natural disasters.
Program Objectives
- Provide students an understanding of the fundamental coastal engineering knowledge and principles necessary to address engineering challenges in a coastal environment, especially those arising from coastal natural disasters.
- Provide graduate course work and research programs in coastal engineering.
- Enable students to achieve enhanced professional development and to appreciate the technical and societal challenges existing in the practice of coastal engineering.
Program Requirements
Thirty(30), or thirty-six (36), semester hours are required for the Master of Science Degree in Engineering depending upon which of the following three options the student selects with approval of his or her department chairperson and/or advisor:
Option 1 Twenty-four (24) semester hours of coursework plus a six-hour thesis
Option 2 Twenty-seven (27) semester hours of coursework plus a three-hour project
Option 3 Thirty-six (36) semester hours of coursework
Option 1 Requires a formal written thesis, formal presentation and oral exam.
Option 2 Requires a written project report, formal presentation and oral exam.
Option 3 Requires an oral exam.
To remain in “good standing,” students must maintain a minimum cumulative grade point average (GPA) of 3.0 (“B average).
Core Courses
The students are required to select four courses among the list of seven core courses and one of the four must be CIV 520 ADVANCED ENGINEERING ANAYLS I. The other three core courses must be approved by the Department prior to selection. The remaining courses may be chosen from the list of electives or from the other core courses with approval of the student’s advisor.
Code | Title | Hours |
---|---|---|
CIV 520 | ADVANCED ENGINEERING ANAYLS I | 3 |
CIV 538 | COASTAL STRUCTURES | 3 |
CIV 539 | ADVANCED COASTAL ENGNRG DESIGN | 3 |
CIV 631 | LINEAR THEORY OF OCEAN WAVES | 3 |
CIV 632 | TIDES AND LONG WAVES | 3 |
CIV 636 | SPECTRAL WAVE ANALSIS | 3 |
CIV 637 | ADVD DESIGN FOR BRKWATER REHAB | 3 |
Elective Courses
Code | Title | Hours |
---|---|---|
CIV 521 | ADVD ENGINEERING ANALYSIS II | 3 |
CIV 531 | TRAFFIC ENGINEERING | 3 |
CIV 542 | ADVND DESIGN OF CONCRETE STRUC | 3 |
CIV 550 | ENGINEERING HYDROLOGY | 3 |
CIV 562 | HAZARDOUS WASTE ENGINEERING | 3 |
CIV 564 | SURFACE WATER | 3 |
CIV 632 | TIDES AND LONG WAVES | 3 |
CIV 640 | FINITE ELEMENT METHODS | 3 |
CIV 650 | SMALL WATERSHED HYDROLOGY | 3 |
CIV 670 | ROCK MECHANICS | 3 |
CIV 680 | UNSATURATED SOIL MECHANICS | 3 |
CIV 681 | EXCAVATION SUPPORT SYSMS & R S | 3 |
CIV 682 | COMPUTATIONAL GEOTECHNICS | 3 |
CIV 683 | SOIL STRUCTURE INTERACTION | 3 |
CIV 684 | ADVND SITE CHARACTER & INSTRUM | 3 |
CIV 696 | SEMINAR | 1 |
CIV 697 | INTERNSHIP | 1-3 |
CIV 698 | INDEPENDENT STUDY | 1-4 |
CIV 699 | THESIS RESEARCH | 1-3 |