Graduate programs
MS in Mechanical Engineering
UT’s MS in Mechanical Engineering offers advanced training in the design, analysis, and optimization of mechanical systems. Whether you’re focused on energy, robotics, or smart manufacturing, the MS program equips you with the tools to solve complex engineering problems and lead in high-tech industries.
Program Overview
This flexible program allows students to specialize in areas like thermal-fluids, solid mechanics, dynamics and controls, computational mechanics, and advanced materials. With both thesis and non-thesis options, students can tailor their experience to prepare for doctoral study or immediate entry into industry. The program includes access to research centers and laboratories with strong ties to Oak Ridge National Laboratory and industry partners.
Why Study at UT?
UT’s mechanical engineering program combines deep technical rigor with real-world relevance. Students engage in research that addresses challenges in clean energy, advanced manufacturing, mechanics, and more. With mentorship from expert faculty and collaboration across disciplines, graduates leave prepared for high-impact careers in research, product design, system optimization, and more.
Five-Year BS/MS Program
Undergrad students at UT seeking to accelerate their MS degree can apply for the Five-Year MS/BS program which allows for students to take up to nine credit hours which apply to both their graduate and undergradate degrees.
Dual MS/MBA Program
The Haslam College of Business and the Tickle College of Engineering offer an integrated program leading to the conferral of both a Master of Business Administration degree with a major in Business Administration and a Master of Science degree in mechanical engineering.
Our Curriculum
The mechanical engineering, MS program offers two flexible paths to fit your academic and professional goals. Both paths are designed to provide a strong foundation for careers in mechanical engineering or continued study at the doctoral level.
Thesis Option
The thesis option is ideal for students who want to dive deep into research and contribute original work to the field. This path includes a written thesis and a final comprehensive exam, which focuses primarily on the student’s research but may also cover relevant coursework.
Non-Thesis Option
For those seeking a more coursework-focused experience, the non-thesis option allows students—especially working professionals or off-campus participants—to tailor their studies through advanced classes and a final project. This option includes a comprehensive written exam covering all coursework, as well as a project report with both written and oral components.
Coursework Requirements
The chart below demonstrates the course requirements for both the Thesis and Non-Thesis options. For more information about required coursework, use the link below.
| Coursework | Thesis Option | Non-Thesis Option |
|---|---|---|
| Thesis | ≥6 credit hours | 0 credit hours |
| Courses in Major (500 or above) | ≥12 credit hours | ≥18 credit hours |
| Mathematics (400 or above) | ≥6 credit hours | ≥6 credit hours |
| Engineering courses below 500 | ≥3 credit hours | ≥3 credit hours |
| Total | ≥30 credit hours | ≥30 credit hours |
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