Graduate Field of Chemical Engineering
Degrees offered: M.Eng., M.S., Ph.D.
The field of chemical engineering offers advanced degree programs to prepare its students for research and technical careers in industry, academia, and government. The program strikes a balance between the science of chemical engineering and its implemention through synthesis -- a blend that provides a strong base in the discipline's fundamentals while developing in its students the skills to apply these fundamentals to significant engineering problems.
Apply Now Deadline: Fall, Ph.D.: Jan. 15 (with financial aid) or March 1 (with no financial aid); no Spring admission; M.Eng.: No specific deadline; check with field.
Meet the Faculty
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Anton, Alan Brad
Associate Professor
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Archer, Lynden A.
Marjorie L. Hart Professor
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Clancy, Paulette
Professor and William C. Hooey Director
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Cohen, Claude
Fred H. Rhodes Professor of Engineering
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Collins, Lance
Professor, S.C. Thomas Sze Dir
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Daniel, Susan
Assistant Professor
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Delisa, Matthew
Associate Professor
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Duncan, Thomas Michael
Associate Professor
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Engstrom, James R
Professor
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Escobedo, Fernando
Associate Professor
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Giannelis, Emmanuel P
Walter R. Read Professor of En
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Hanrath, Tobias
Assistant Professor
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Joo, Yong L.
Associate Professor
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Kirby, Brian
Assistant Professor
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Koch, Donald L
Professor
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Lion, Leonard William
Professor
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Ober, Christopher Kemper
Francis Bard Professor of Materials Science and Engineering
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Olbricht, William Lee
Professor
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Putnam, David A.
Associate Professor
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Shuler, Michael Louis
Professor
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Steen, Paul Herman
Maxwell M. Upson Professor
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Stroock, Abraham Duncan
Associate Professor
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Varner, Jeffrey D.
Assistant Professor
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Walker, Larry P
Professor
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Wiesner, Ulrich B.
Spencer T. Olin Professor
Research Areas
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- advanced materials
- agricultural biotechnology
- agricultural engineering
- biochemistry
- biological and environmental engineering
- biological control
- biomaterials
- biomaterials and drug delivery
- biomedical instrumentation and diagnostics
- biomedical mechanics and biomechanics
- biomolecular engineering
- biotechnology
- ceramics
- colloids
- community development
- complex fluids and polymers
- composites
- compost
- computational fluid dynamics
- drug delivery, design, production, and metabolism
- dynamics and nonlinear systems
- electronic materials and microchemical systems
- energy
- energy and sustainable development
- energy, environment, and sustainable development
- environmental engineering
- environmental sciences
- fluid mechanics and granular flows
- mathematics
- microbiology
- microfluidics
- multiphase and granular flows
- nano- and microscale engineering
- nanomaterials
- nanomaterials, nanodevices, and nanoscience
- optoelectronics
- pest management
- polymers
- sustainable development
- systems biology
- systems biology and biomedical engineering
- thin films
- turbulence
