Ph.D. Requirements
Ph.D. Degree Requirements/General Examination Procedures
Program in Environmental Engineering and Water Resources
1. Qualifying Requirements
As described in the Graduate Announcement, the requirements for the degree of doctor of philosophy include the passing of a general examination, presentation of an acceptable thesis and the passing of the final public oral examination (thesis defense). The general examination ascertains the student's knowledge and preparation for advanced research and scholarly work, aptitude for research and independent work, and ability to organize and present research results.
The Program has three qualifying requirements that must be satisfied prior to sitting for the general examination. These are the successful completion of: (i) CEE 501 and 502, (ii) CEE 509 and 510, and (iii) two courses in mathematics or computational methods. The CEE 501/502 requirement is intended for preparation in the fundamental chemical and physical processes underlying atmospheric, surface, and subsurface processes relevant in EEWR. The CEE 509/510 requirement is meant to demonstrate the requisite abilities to carry out advanced independent research. The mathematics/computational methods requirement is meant to provide a strong foundational education. The mathematics/computational methods requirement may be fulfilled by courses in calculus, probability, statistics, numerical methods. These courses should be at the 500-level, but under special circumstances an upper class undergraduate course may be used. Selections of the mathematics/computational methods courses are subject to the approval of the Program. CEE 501 and 502 are to be completed in the first year, and CEE 509, CEE 510, and at least one of the mathematics/computational methods courses must be completed by the end of the semester preceding the general examination. Both mathematics/computational methods requirements must be completed by the end of the semester in which the general examination is taken.
Students need to develop a program of study to prepare them for the general examination. Students will be examined in one major and one minor area of concentration. Although there are no specific course requirements, the major area is defined to include the intellectual content of three graduate-level courses, and the minor area corresponds to one graduate-level course.
2. General Examination
The general examination is administered by a committee consisting of at least six faculty members, who are assigned by the EEWR Program. A majority of the committee must be faculty members from the EEWR Program. The committee is normally chaired by the student's advisor.
Students must sit for the general examination within the first two years of their Ph.D. studies. Students who have not sustained the general examination within this period will not be admitted to a third year (fifth term) of graduate study without approval of the Program and the Graduate School.
The General Examination consists of a written and an oral part:
b. Oral Part: The oral examination is approximately three hours in duration and consists of two parts. The first part is a research presentation based on research conducted as part of CEE 509/CEE 510, and includes questions by the examining faculty on this material. The student is required to write an extended abstract summarizing the results of his/her research. This abstract is due at 9 a.m. on the first day of the written examination, and should be no longer than five pages including figures and references (single spaced, 12 pt. font). The second part consists of a comprehensive oral examination.
3. Dissertation and Post-Generals Courses
As described in detail in the Departmental Policies for the CEE graduate program, after successful completion of the General Examination, each student must form a PhD Thesis Research Committee, which serves to oversee the student's research progress. The committee must have at least three members, one of which is the student's thesis advisor, and another of which must be a faculty member from the EEWR program. This committee must meet at least once per academic year, in accordance with the rules of the CEE Department.
For EEWR students, the first meeting of this committee must be held within six months of the General Examination. At this initial meeting of the committee, the student must present a detailed proposal for research that will lead to the PhD dissertation. A detailed written proposal must be presented to all members of the committee at least one week prior to the committee meeting. The research proposal must then be presented at the committee meeting. Successful completion of this requirement is prerequisite for readmission to the PhD program. The student should provide the advisor with the Phd Dissertation Research Committee Meeting Record, which will be filled out and signed by the advisor after the committee meeting.
Program in Mechanics, Materials and Structures
1. Qualifying Requirements
The Program has three qualifying requirements that must be satisfied prior to the general examination. These are: (i) the successful completion of CEE 509 and CEE 510, (ii) the successful completion of two courses in applied mathematics, and (iii) the presentation of a pre-general research seminar.
Students are expected to sustain the general examination within the first two years of their Ph.D. studies. Students are not normally readmitted to a third year (fifth term) of graduate study unless the have sustained the general examination. In any case, students will not be readmitted to a forth year (seventh term) of graduate study, unless they have passed the general examination.
The student must submit his/her General Examination Request Form to sit for the general examination to the Graduate Student Administrator before the end of the 10th week of classes of the semester preceding the general examination. The selection of topics and committee members must be done in consultation with the student's advisor and must be approved by the Program.
| AE501 | Mathematical Methods of Engineering Analysis I |
| MAE502/CHE502 | Mathematical Methods of Engineering Analysis II |
| CEE505 | Introduction to Probability Modeling in Civil Engineering & Environmental Science |
| CEE525 | Applied Numerical Methods |
| ORF526 | Stochastic Modeling |
Structures
| CEE507 | Special Topics in Structures I |
| CEE508 | Special Topics in Structures II |
| CEE511 | Design of Large Scale Structures: Buildings |
| CEE512 | Design of Large Scale Structures: Bridges |
| CEE513 | Intro to Finite Element Methods |
| CEE514 | Structural Dynamics & Earthquake Engineering |
| CEE522 | Random Vibrations |
| CEE523 | Mechanics of Dissipative Media |
| CEE532 | Advanced Finite Element Methods |
| CEE539 | Special Topics in MMS: Structural Health Monitoring |
| CEE548 | Risk Assessment & Management |
| CEE567 | Adv Design & Behavior of Steel Structures |
| MAE542 | Advanced Dynamics |
| MAE551 or CHE501 | Fluid Mechanics |
| CEE514 | Structural Dynamics & Earthquake Engineering |
| CEE521 | Introduction to Continuum Mechanics |
| CEE522 | Random Vibration Theory and Applications to Earthquake & Wind Engineering |
| CEE523 | Mechanics of Dissipative Media |
| CEE525 | Applied Numerical Methods |
| CEE532 | Advanced Finite Element Methods |
| CEE548 | Risk Assessment and Management |
| CEE558 | Random Fields and Random Media |
| CHE501 | Fluid Mechanics |
| CHE560 | Hydrodynamics of Multi-phase Systems: Flow of Granular Materials & Fluidized Suspensions |
| MAE551 | Fluid Mechanics |
| MAE553 | Turbulent Flow |
| MAE557 | Simulation and Modeling of Fluid Flows |
| MAE558 | Simulation and Modeling of Turbulent Fluid Flows |
Materials
| CHE503 | Advanced Thermodynamics |
| CHE522 | Colloidal Dispersions I |
| CHE523 | Colloidal Dispersions II |
| CHE524 | Introduction to Statistical Mechanics |
| CHE531 | Synthesis and Processing of Ceramic Matrix Composites |
| CHE532 | Interfacial Science and Engineering |
| CHE536 | Glasses and Supercooled Liquids |
| CHE544 | Solid-state properties of polymers |
| GEO501 | Physics and Chemistry of Minerals and Materials |
| MAE559 | Advanced Topics in Fluid Mechanics I - Capillarity: Phenomena Involving Surface Tension |
| MAE562 | Fracture Mechanics |
| MAE564 | Structural Materials |
| MSE501 | Introduction to Materials Science |
| MSE502 | Thermodynamics and Kinetics in Materials Science |
| MSE503 | Structure of Materials |
| MSE504 | Modeling and Simulation in Materials Science |
| MSE505 | Microscopy Methods in Materials Science |
| MSE515 | Random Heterogeneous Materials |
3. Dissertation and Post-Generals Courses

