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The University of Rochester's Department of Chemical Engineering pioneers advancements in clean energy, sustainable processes, nanotechnology, and healthcare through innovative technologies and materials. Founded in 1915 among the nation's earliest chemical engineering programs, our department boasts a rich legacy of globally influential work by faculty, students, and alumni. We uniquely integrate chemical engineering with materials science and AI to address 21st-century challenges.
Our exceptional engineering curriculum teaches students to apply core scientific principles in designing systems for energy, chemical, and material production and distribution. Through training in emerging technologies and programming, we prepare future leaders to solve critical global issues while fostering strong industry and academic partnerships to cultivate tomorrow's workforce.
Graduate students pursue PhD or MS degrees while engaging in transformative, interdisciplinary research within our well-supported research groups. Our program features close faculty mentorship through specialized courses and innovative research projects.
Emphasizing cross-disciplinary collaboration, we encourage partnerships with chemistry, optics, biomedical engineering, and materials science departments. Students access cutting-edge research facilities and computational resources to conduct impactful studies.
Earning an MS in Chemical Engineering from Rochester creates pathways to advanced professional roles or PhD programs.
The MS program typically takes 1-2 years to complete through coursework with optional research components. The curriculum balances core chemical engineering principles with customizable electives to build foundational expertise.
Thesis-track MS candidates complete 30 credits, including 18+ coursework credits and 6-12 research credits, culminating in a successfully defended thesis. Most students finish this two-year Plan A program within the expected timeframe.