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The department provides Master of Science and Doctor of Philosophy programs in mechanical engineering, with no language prerequisites for the Ph.D. Both degree paths feature customized coursework and research plans designed around each student's academic background, objectives, and specialization interests.
Ongoing research focuses on:
Intelligent and adaptive materials: sensor and actuator technologies, shape-changing smart materials, bio-inspired robotic systems, soft robotics
Cutting-edge fabrication techniques: additive manufacturing and biological printing, precision laser applications, composite material engineering, surface interaction studies, micro/nano-scale production methods, energy transfer at small scales
Computational modeling approaches: microscopic material behavior analysis, multi-physics simulations of material properties across scales, macroscopic mechanical theories
Applied mechanical testing: microscopic deformation analysis, durability studies of high-performance lightweight metals
Structural analysis and regulation: fluid-solid coupling phenomena, nanoscale surface imaging techniques
Machine learning control systems, biologically inspired perception systems, next-generation turbine technologies
Specialized thermal dynamics: low-density gas flows, combustion phenomena, enhanced thermal exchange, porous material transport processes
Nuclear material containment solutions
Our curriculum equips dedicated students with professional expertise and independent research capabilities across mechanical engineering specialties, spanning structural mechanics, advanced materials, manufacturing technologies, fluid dynamics, thermal sciences, energy systems, motion control, and robotic applications.
Applicants must have
Deadline for applications and fellowship consideration is:
January 15 for fall semester enrollment
September 1 for spring semester enrollment