Active research areas include computational fluid dynamics (CFD), including both large-scale computing and turbulence modeling, experimental fluids, bioheat transfer and biopreservation, race car aerodynamics, bio-fluid dynamics, combustion, stochastic flow and thermal processes, applied math and modeling and heat transfer.
At the Master's level, the program is broad based, allowing students to develop expertise in a number of areas including metrology, manufacturing, bioengineering, motorsports and automotive engineering, energy engineering, thermal and fluid sciences, solid mechanics, materials engineering and science, and mechanical control and instrumentation. The MSME program requires successful completion of 30 credits at the graduate level. Both thesis and non-thesis options are available.
The Master of Science in Mechanical Engineering is broad based, allowing students to develop expertise in a number of areas including metrology, precision engineering, bioengineering, motorsports and automotive engineering, energy engineering, manufacturing, thermal and fluid sciences, solid mechanics, instrument design, materials engineering and science and mechanical control and instrumentation.