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We explore the behavior of complex systems through experimentation, theoretical modeling, and computational simulations. Our research focuses on optimizing the management and manipulation of these systems, which have applications across diverse industries, products, and cutting-edge technologies.
The chemical engineering graduate programs (Ph.D., M.E., and M.S.) involve coursework in three fundamental domains: The foundational chemical engineering area, comprising three core courses covering mathematical, molecular, and continuum principles. The chemical engineering systems and science domain, offering courses in transport phenomena, electrochemical engineering, thermodynamics, reaction kinetics, process control, separation techniques, and heat/mass transfer. The specialized research track, featuring courses to develop expertise in a chosen field, which may include interdisciplinary subjects or advanced chemical engineering topics like colloid science, corrosion studies, polymer technology, novel materials, and bioprocess engineering.