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We establish foundational knowledge and mastery of diverse advanced materials for a wide range of device and nanotechnology uses, spanning from nanoparticle catalysts and magnetic nanoparticles to impedance-based glucose sensors, next-gen power switches, supramolecular structures, and nanomaterial interface engineering.
The Ph.D., M.E., and M.S. programs in chemical engineering mandate coursework across three key domains: The chemical engineering fundamentals segment, comprising three core classes covering mathematical, molecular, and continuum principles of chemical engineering. The chemical engineering systems and sciences component, offering courses in transport phenomena, electrochemical engineering, thermodynamics, kinetics, reaction engineering, process control, separation techniques, and heat/mass transfer. The specialized research concentration, featuring tailored courses to develop expertise in a chosen field, which may include offerings from other departments or chemical engineering subjects like colloid science, corrosion studies, polymer science, advanced materials, and biochemical engineering.