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Our work focuses on pioneering research and technological advancements to enhance human health. Current investigations explore nanoparticle-biological interactions, cellular biomechanics, protease and CRISPR-Cas system engineering, innovative sensor development, and novel biomedical materials.
The chemical engineering graduate programs (Ph.D., M.E., and M.S.) mandate coursework across three foundational domains: The chemical engineering fundamentals, comprising three core courses covering mathematical, molecular, and continuum principles. The chemical engineering systems domain, offering courses in transport phenomena, electrochemical processes, thermodynamics, reaction kinetics, process optimization, separation techniques, and thermal/mass transfer. The specialization track, featuring tailored courses to develop expertise in chosen fields, which may include interdisciplinary options or chemical engineering subjects like colloid chemistry, material degradation, polymer technology, nanomaterials, and bioprocess engineering.