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Research explores the behavior of complex and multiphase fluids through experimental studies, theoretical modeling, and computational simulations. These findings positively influence diverse industries, innovative products, and cutting-edge technologies.
The chemical engineering graduate programs (Ph.D., M.E., and M.S.) mandate coursework across three fundamental domains: The foundational chemical engineering component includes three core classes covering mathematical, molecular, and continuum principles. The chemical engineering systems segment offers courses in specialized topics like transport phenomena, electrochemical processes, thermodynamics, reaction kinetics, process optimization, separation techniques, and thermal/fluid dynamics. The specialization track allows students to develop expertise through elective courses, which may include interdisciplinary subjects or advanced chemical engineering topics such as colloidal systems, material degradation, macromolecular science, novel materials, and bioprocess engineering.