Graduate Program Overview
About the Program
The Materials Science and Engineering graduate program focuses on understanding the structure, modification and properties of materials and the development of new or improved processing methods. Consistent with the multi-disciplinary nature of the field, a substantial number of our graduate students majored in fields other than materials science, and the department has a significant number of associated graduate faculty from other departments supervising thesis and dissertation research.
The Materials Science and Engineering Department offers degree programs leading to non-thesis and thesis Masters degrees and the Doctorate (PhD) degree. MS and PhD candidates undertake thesis research in faculty research programs as an integral part of their degree requirements.
Master of Materials Science and Engineering (MMSE)
Requires a total of 30 credit hours. This is a non-thesis, course-only masters degree. No final oral exam is required. Engineering Online (EOL) students pursuing a masters degree via distance education should enroll in this program. Further information is given here.
Master of Nanoengineering (MNAE)
Requires 30 total credit hours: 12 credit hours in core courses, a minimum of 12 credit hours in an area(s) of specialization and 6 technical elective credit hours. Program offers concentrations in Materials Science, Nanoelectronics and Nanophotonics, and Biomedical Sciences in Nanoengineering. There is no thesis requirement, nor is there a final oral exam. This program is appropriate for the distance-education Masters degree and is also offered to on campus students.
You can view the MNAE Information page, with more on courses and program logistics here.
Master of Science (MS)
Requires 30 total credit hours: 15 credit hours will be from MSE graduate-level (500 and above) courses, 9 credit hours will be from non-MSE graduate-level courses, and 6 credit hours will be MSE 695 Thesis Research. A final oral thesis defense exam and submission of an approved MS thesis is required.
Doctorate Degree (PhD)
Requires 72 total credit hours. Students must pass a qualifying exam and an oral comprehensive preliminary exam. A final doctoral oral exam and submission of an approved PhD dissertation is required.
Technology, Education and Commercialization Program (TEC)
The TEC Program involves teams of engineering and business students who learn to identify and commercialize new technologies. Materials engineering graduate students team with business students from the College of Management to learn about technology transfer and marketability. The team spends 12 months working through four phases of technology transfer - identifying marketable technologies, evaluating the potential products and markets, developing a business plan, and developing a commercialization strategy. For more information on the TEC program, please contact Roger Debo at email@example.com.