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The field of Chemical and Biomolecular Engineering tackles humanity's most pressing challenges, ranging from developing sustainable fuel and chemical production methods to advancing medical treatments through innovative drug delivery systems and novel biomaterials. Doctoral candidates participate in cutting-edge, cross-disciplinary research within top-tier facilities while joining a vibrant, multicultural academic community. During the initial two years of the Ph.D. program, students generally complete approximately eight courses, followed by teaching assistant responsibilities in years two and three. All enrolled graduate students receive full financial support throughout their doctoral studies, contingent upon maintaining satisfactory academic progress. While pursuing their Ph.D., students may choose to earn either a non-thesis or thesis-based Master's degree as an intermediate step. The Department exclusively admits students for doctoral studies, though those fulfilling the necessary criteria can obtain a Master's degree as part of their Ph.D. trajectory.
Our researchers address critical global issues, including optimizing industrial processes for fuel and chemical manufacturing and enhancing healthcare through breakthrough medical technologies.
Doctoral candidates typically enroll in eight courses during their first two years while assuming teaching assistant roles in subsequent years. Comprehensive financial assistance is provided to all graduate students throughout their Ph.D. studies.