The Doctor of Philosophy in Chemical Engineering (PhD in Chemical Engineering) provides students with a unique opportunity to demonstrate innovation in a wide range of chemical engineering research areas. The PhD in Chemical Engineering degree is awarded to candidates who successfully complete a program of advanced courses, qualification and research requirements and dissertation defense. Students are expected to carry out an independent investigation in a chemical engineering research area under supervision of experienced researchers. Graduates of the program are anticipated to meet the challenges in the chemical engineering discipline and provide innovative solutions based on the most recent developments in chemical engineering.
Upon successful completion of this program, students will be able to:
Required Courses (6 hours) | Credit Hours | |
---|---|---|
GENG701 | PhD Research Seminar | 1 |
GENG702 | Research Methods | 2 |
GENG710 | Optimization Methods for Engineering | 3 |
Students should take four (4) courses from the following electives as approved by the Advisory Committee (12 hours) | Credit Hours | |
---|---|---|
CHME710 | Advanced Modeling and Mathematics for Chemical and Petroleum Engineering | 3 |
CHME720 | Rheology and Rheometry | 3 |
CHME731 | Nanoscience and Nanotechnology | 3 |
CHME742 | Advanced Catalysis | 3 |
CHME750 | Enzyme Technology | 3 |
CHME760 | Advanced Membrane Technology | 3 |
Required Courses (0 hours) | Credit Hours | |
---|---|---|
CHME800 | Comprehensive Exam | 0 |
CHME810 | Prospectus Exam | 0 |
Required Courses (30 hours) | Credit Hours | |
---|---|---|
CHME900 | Dissertation Doctoral Research | 30 |
CHME910 | Dissertation Defense | 0 |
Any two (2) 700-level courses offered by the University, as approved by the Advisory Committee (6 hours) | Credit Hours |
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