At the Department of Materials Science Engineering, we stay on the leading edge of technology through the development of new materials and the improvement of existing materials for applications in all engineering fields. As an interdisciplinary field, MSE is at the forefront of modern technological advances, offering students a stepping stone to solving tomorrow’s grand challenges as they take their next steps toward their future in engineering.
Future Students
Academics
Degree Programs
Our department offers a variety of degree programs designed to prepare students for their future in materials science, including BS, MS, and PhD programs, as well as a five-year BS/MS program for qualified students.
Undergraduate
Studies
Accredited by the ABET Engineering Accreditation program, our undergraduate program features a low student to faculty ratio designed to equip students to successfully perform the work of materials scientists and engineers in industry, academia, and government beyond graduation.
Graduate
Studies
Our graduate program offers MS and PhD degrees with a variety of concentrations in different fields. A number of nationally respected corporations regard UT as a “target university” for hiring engineers, offering our graduates the opportunity to rise to top positions in industry and academia.
Helpful Links
Get to Know Us
Looking to learn more about our department, financial aid opportunities, and research opportunities? Use the links below to learn more about us.
News
RISE Internship Expanded Jocelyn Hess’ Research and Cultural Horizons
On a prestigious DAAD RISE internship, junior Jocelyn Hess spent the summer in Germany studying whether moon bases could be made with lunar regolith.
Gilmer Builds Bridge Between MSE, ORNL, UTSI
Dustin Gilmer has joined the UT faculty as an assistant professor for the University of Tennessee Space Institute with a home in the Department of Materials Science Engineering.
Wang Investigates Dynamic Electron Spins in Correlated Magnets
To understand the unconventional features of correlated magnets, Yishu Wang will develop new tools that add time resolution to neutron scattering experiments.
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