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Pursuing a degree in chemical and biomolecular engineering at the School of Engineering immerses you in a discipline that shapes nearly every material in contemporary society. Professionals in this field play crucial roles in manufacturing plastics, medications, agricultural products, food items, synthetic rubber, and rocket fuels. Emerging innovations, from sensor technologies to large-scale chemical production using sustainable biological sources, demand the specialized expertise of chemical and biomolecular engineers.
Our ABET-accredited Chemical and Biomolecular Engineering program delivers comprehensive training in fundamental sciences and engineering principles. The curriculum covers advanced chemistry, thermodynamics, fluid mechanics, heat transfer, separation processes, and related subjects. Students collaborate with faculty members who are distinguished researchers in their respective specialties.
Career paths for graduates span diverse areas such as scientific investigation, product innovation, industrial plant design and management, technical consulting, corporate leadership, and academia. The field of chemical and biomolecular engineering offers nearly boundless professional possibilities.