Ph.D. in Civil Engineering

Educational Objectives
- Students will demonstrate an ability to apply advanced science and engineering concepts to the solution of complex engineering problems
- Students will demonstrate an ability to communicate effectively orally and in written form
- Students will demonstrate an ability to research, analyze, and/or design complex engineering systems to meet a desired need
Graduates from the program will have the technical background to contribute to improvements in the reliability, maintenance, and management of infrastructure systems. Graduates will be able to undertake integrated programs of research, education, and technology transfer to produce new knowledge that will enhance the performance of transportation, environmental, and urban infrastructures.
Admission Requirements
Applicants must have completed a bachelor’s or master’s degree in Civil Engineering or a closely related discipline. The admissions committee evaluates the preparation of non-Civil Engineering applicants and recommends leveling courses as appropriate. These courses are not part of the PhD degree plan. Applicants from countries where English is not the first language are required to demonstrate English proficiency. Please consult the graduate school website for required scores.
Recommendations for admission are made on the basis of the following:
- Grade point average in upper-division or graduate work as appropriate
- Scores on the verbal and quantitative sections of the GRE
- Research and professional commitment and interest as demonstrated by a personal statement, and other materials as available
- Two letters of recommendation
- Research needs of the faculty
Students admitted at the bachelor’s level can elect to complete a master’s degree in Civil Engineering, but will be required to complete all of the requirements of the degree as indicated in this catalog.
Students admitted with a master’s degree or master’s coursework can request to the admissions committee that up to 24 semester credit hours (taken at the graduate level with a grade of B or better) be applied toward the PhD degree plan. Credit hours earned in research, thesis, and independent study courses cannot be applied.
Degree Requirements
Each student must complete at least 72 credit hours beyond the bachelor’s degree or at least 48 hours beyond the master’s degree. Each student is expected to have a core of knowledge in the key areas in the field. The program is designed so that degree plans will be developed individually beyond that core to reflect a student’s background and research interests.
Code | Title | Hours |
---|---|---|
Required Courses: | ||
Students in the program are required to complete four (4) core courses (12 hours): | ||
CE 6301 | Infrastructure Management | 3 |
CE 6303 | Engineering Analysis (3-0) | 3 |
CE 6306 | Infrastructure Engineering | 3 |
CE 6332 | Mod Methods/Engr Computation | 3 |
Prescribed Electives | ||
Students are required to complete prescribed electives in three categories | ||
General electives * | ||
Four (4) courses (12 hours) chosen from the following: | 12 | |
Finite Element Method (3-0) | ||
Risk/Reliability Anal-Engr Sys | ||
Construction Management | ||
Special Topics Civil Engr | ||
Geophysical Inverse Theory | ||
Seismology | ||
Geop App-Digital Signal Proces | ||
Topics in Applied Mathematics | ||
Numer Solution Part Diff Equat | ||
Solid Mechanics II | ||
Analytical Dynamics | ||
Management elective ** | ||
One (1) course (3 hours) chosen from the following: | 3 | |
Strategic Information Systems | ||
Environmental Law and Policy | ||
Financial Management | ||
Seminar-Public Policy Analysis | ||
Technical electives | ||
Five (5) courses (15 hours) chosen from the Civil Engineering graduate course inventory. Students develop their specific degree plans with the advice and approval of the advisor and program director, and they can take other Engineering, Science, or Business courses as appropriate. | 15 | |
Total Hours | 42 |
- *
Other appropriate courses can be selected with the approval of the advisor and program director.
- **
Other courses can be elected to fulfill this requirement as recommended by the advisor and program director.
Civil Engineering Doctoral Seminar
Students in the program are expected to participate in the Civil Engineering doctoral seminar (CE 6195), a one-credit-hour course that meets every semester. Three (3) semester credit hours of the seminar are required for the degree.
Examinations
During the first year, new students will take an assessment test (set by three members of the doctoral program committee appointed by the director) to assess the student’s technical background and her or his ability to integrate and apply that background to the solution of engineering problems. Based on the results of the test, the committee might recommend specific coursework for students to undertake. This coursework might or might not be applied to the degree plan, depending on the area and level of the courses proposed.
Students in the PhD program must be admitted to candidacy prior to the start of work on their doctoral dissertation. To be admitted to candidacy, a student will be required to take a comprehensive examination administered by his or her Doctoral Advisory Committee. The Program Director, in consultation with the student, will appoint a Preliminary Dissertation Committee of five members of the Doctoral Program Committee. The student will not be allowed to register in dissertation courses until this requirement is satisfied. The comprehensive exam will examine both the candidate’s breadth of knowledge and her or his understanding of basic principles related to the field of research and knowledge and understanding of the topic that the candidate intends to develop into a dissertation.
Doctoral Research
Students must complete 21 hours of independent research (CE 6396) under the direction of a faculty mentor. The work will involve research on topics in Civil and Infrastructure Engineering related to the dissertation or conducted as a component of the student’s overall graduate program.
Dissertation
Students must complete a dissertation in some area of Infrastructure Engineering Systems that is an original work of scholarship of a quality that provides the basis for one or more technical publications. It should demonstrate both the ability to conduct original independent research and competence in scholarly exposition (6 semester credit hours, CE 6398 and CE 6399).
Final Oral Examination
Upon completion of the dissertation, as approved by the dissertation committee, the student must defend, in public, his or her dissertation research. The dissertation committee will be responsible for administering the final oral defense, which will be open to the public.
Degree Plan
Required Credits: 72
Code | Title | Hours |
---|---|---|
PhD in Civil Engineering Program (All courses require a grade of C or better) | ||
Required Courses: | ||
CE 6301 | Infrastructure Management | 3 |
CE 6303 | Engineering Analysis (3-0) | 3 |
CE 6306 | Infrastructure Engineering | 3 |
CE 6332 | Mod Methods/Engr Computation | 3 |
Doctoral Seminar: | ||
CE 6195 | Civil Engineering Seminar (Complete three semesters) | 3 |
Doctoral Research: | ||
CE 6396 | Doctoral Research | 21 |
General Electives: | ||
Select four courses of the following: | 12 | |
Finite Element Method (3-0) | ||
Risk/Reliability Anal-Engr Sys | ||
Construction Management | ||
Special Topics Civil Engr | ||
Geophysical Inverse Theory | ||
Seismology | ||
Geop App-Digital Signal Proces | ||
Topics in Applied Mathematics | ||
Numer Solution Part Diff Equat | ||
Solid Mechanics II | ||
Analytical Dynamics | ||
Management Elective: | ||
Select one of the following: | 3 | |
Strategic Information Systems | ||
Environmental Law and Policy | ||
Financial Management | ||
Seminar-Public Policy Analysis | ||
Technical Electives: | ||
Select fifteen hours of the following: | 15 | |
Civil Engineering Seminar | ||
Doctoral Research | ||
Grndwtr Hydro & Polltn | ||
Adv Design of Struct Systms | ||
Advanced Structural Analysis | ||
Finite Element Method (3-0) | ||
Risk/Reliability Anal-Engr Sys | ||
Environmental Processes | ||
Water Resources Mgmt | ||
Stats Methods for Civil Eng | ||
Bridge Engineering | ||
Advanced Geotechnical Eng. | ||
Prestressed Concrete | ||
Construction Management | ||
Design for Dynamic Loads | ||
Air Pollution Control | ||
Mod Methods/Engr Computation | ||
Surface Water Hydrology | ||
Hydraulic Computer Application | ||
Biol Unit Operations/Processes | ||
Adv Phy-Chem Water Treat | ||
Design-Filtrat'n/Membrane Proc | ||
Mech Pavement Design/Analysis | ||
Foundation Design II | ||
Geotech. Site Investigation | ||
Advanced Civil Eng. Materials | ||
Sustainable Engr Design | ||
Structural Loads Models | ||
Traffic Engineering | ||
Foundation Design I | ||
Highway Geometric Design | ||
Traffic Flow/Simulat Modeling | ||
Urban Transportation Planning | ||
Infrastrct Syst Design & Eval | ||
Construction Dispute Resolutn | ||
Adv Constr Cost Analysis & Bid | ||
Construction Internship | ||
Adv Construction Law & Ethics | ||
Adv Construction Scheduling | ||
Advanced Construction Safety | ||
Adv Constr Methods & Materials | ||
Special Topics Civil Engr | ||
Individual Studies | ||
Earth Construction | ||
Graduate Research | ||
Construction Claims | ||
Doctoral Research | ||
Graduate Projects | ||
Environmental Eng Chemistry | ||
Graduate Research | ||
Dissertation: | ||
CE 6398 & CE 6399 | Dissertation and Dissertation | 6 |
Total Hours | 72 |