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During a Doctor of Philosophy (PhD) program in mechanical engineering, students complete advanced coursework and collaborate with faculty advisors on research projects, observing how these academic pursuits drive significant engineering advancements and societal benefits within the field. The Mechanical Engineering Department maintains cutting-edge computational and experimental resources, supporting active research initiatives across three key disciplines: Dynamic Systems & Control (DSC), ThermoFluids Science (TFS), and Materials Processing & Manufacturing (MPM). Faculty members instruct graduate courses and pursue interdisciplinary research in areas such as automotive technologies, robotics and human-machine systems, automation and mechatronics, energy efficiency and sustainable buildings, combustion engines, advanced manufacturing techniques, additive manufacturing, and materials science. Specialized graduate coursework in these domains, combined with foundational core classes, establishes the academic framework for obtaining a PhD in mechanical engineering. Candidates must prove their expertise in their chosen specialization by successfully completing qualifying examinations, proposing original research topics, and defending dissertation work. Beyond research activities, students also acquire teaching experience through structured practicum opportunities.