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The PhD in chemical engineering is a doctoral program focused on research, structured to give students a solid foundation in core chemical engineering concepts along with hands-on experience in original research. Candidates can explore diverse research areas including advanced materials, catalysis, batteries, biomedical systems, computational fluid dynamics, functional interfaces, optical materials, and AI-driven simulations within well-supported departmental research groups.
The Chemical Engineering Department provides both PhD and MS degree programs, fostering an environment where students engage in pioneering, interdisciplinary research and education. By joining one of our renowned research teams, students gain direct mentorship from faculty while working on innovative courses and high-impact research initiatives.
Our faculty emphasize cross-disciplinary collaboration, enabling students to work alongside experts in chemistry, optics, biomedical engineering, and materials science. The department and university provide cutting-edge research tools and computational resources to support transformative research.
Interfaces between materials are pivotal in processes like adhesion, friction, separation, light scattering, and molecular interactions. Mastering these interfacial properties could drive breakthroughs in sensing, catalysis, polymer science, filtration, nanomanufacturing, and molecular electronics. At the University of Rochester, chemical engineers pioneer molecular-level innovations at interfaces, particularly in thin-film coatings, nanofabrication, soft material processing, and molecular transport. Researchers benefit from extensive preparation and characterization facilities, as well as advanced computational resources provided by the department and university.