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The PhD in chemical engineering is a doctoral program focused on research, structured to equip students with a solid foundation in core chemical engineering concepts and hands-on experience in pioneering research. Candidates can explore diverse research areas such as advanced materials, catalysis, energy storage, biomedical applications, computational modeling, smart interfaces, photonic materials, and AI-driven simulations within well-supported departmental research teams.
The Chemical Engineering Department provides both PhD and MS degree programs, where students engage in transformative, cross-disciplinary research and learning within a dynamic academic setting. By joining one of our renowned research groups, students gain from direct mentorship by faculty members, structured coursework, and participation in innovative research initiatives.
Our faculty actively promote interdisciplinary collaboration, enabling students to work alongside experts from fields like chemistry, optics, biomedical engineering, and materials science. The department and university provide access to cutting-edge research instrumentation and computational resources to support high-level scientific investigations.
There's growing demand for advanced materials to drive innovation in fields like photonics, sustainable engineering, catalysis, clean energy, aerospace, and medical technologies. The synergy between engineering and materials science presents rich opportunities for discovery, a defining feature of Chemical Engineering at the University of Rochester. Researchers expertly leverage thermodynamics, reaction kinetics, and transport phenomena to engineer novel materials with exceptional performance characteristics. Notable innovations include liquid crystal glasses, polymer thin films, electroactive liquid crystal particles, bioactive coatings for bone regeneration, and shape-changing polymers. Both faculty and students benefit from well-equipped labs, high-performance computing, and advanced analytical instrumentation.