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The biomedical engineering Bachelor's program offers three primary specializations: Cell & Bioprocess Engineering, Biomaterials & Biopolymers Engineering, and Image & Signal Process Engineering. While each major shares a core curriculum covering liberal arts, mathematics, foundational sciences, computer science, advanced chemistry, general engineering principles, chemical engineering, and biomedical engineering concepts, students must also complete history/social science and humanities/fine arts electives to meet FSU's liberal studies or FAMU's general education requirements.
At the Department of Chemical and Biomedical Engineering, we dedicate ourselves to delivering an exceptional, contemporary education in chemical and biomedical engineering fundamentals. Chemical engineering's core focus examines multicomponent, multiphase systems across molecular and macroscopic scales, especially processes involving chemical reactions. Our biomedical engineering program expands upon this chemical engineering foundation, concentrating on cellular and biochemical processes in both natural and artificial systems. A key component of our educational approach involves faculty and students collaborating on pioneering research addressing society's pressing challenges. Through classroom learning, hands-on laboratory work, and research utilizing cutting-edge experimental, mathematical, and computational methods, we equip students for success in both academic and professional settings.