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The department provides Master of Science and Doctor of Philosophy programs in mechanical engineering, with no language prerequisite for the Ph.D. Both degree programs feature customized coursework and research plans designed around each student's academic background, objectives, and research interests.
Ongoing research focuses on:
Smart and adaptive materials: sensor and actuator development, shape-changing programmable materials, bio-inspired robotics, synthetic muscle systems
Cutting-edge manufacturing techniques: additive manufacturing and biological printing, laser-based fabrication, composite material engineering, surface science and friction studies, precision micro/nanofabrication, Energy transfer at micro/nano scales
Computational and theoretical mechanics: microstructure analysis, multi-scale modeling of material properties, continuum-based mechanical theories
Mechanical testing methodologies: microscopic material evaluation, durability studies of high-performance lightweight metals
Structural analysis and regulation: fluid-structure dynamics, scanning probe microscopy techniques
Intelligent control systems: nonlinear control algorithms, biologically inspired sensory processing
Specialized thermal systems: high-performance turbomachinery, rarefied gas dynamics, combustion and enhanced thermal transfer, porous media transport phenomena
Nuclear containment security
Applicants must have
Deadline for applications and fellowship consideration is:
January 15 for fall semester enrollment
September 1 for spring semester enrollment