Chemical Engineering

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Office of Graduate Admissions
Bendetson Hall
Medford, MA 02155
(617) 627-3395
gradadmissions@tufts.edu

Chemical Engineering (Ph.D.)

The research programs underlying the Chemical and Biological Engineering doctoral programs fall into three broad categories. Materials for Energy and Sustainability; Cell and Biomolecular Engineering; and Systems and Process Modeling. Graduate students will gain advanced study in mathematical methods in chemical engineering, chemical and catalytic reaction engineering, thermodynamics and transport phenomena.

Biotechnology (Ph.D.)

The Biotechnology Engineering doctoral program is designed for students with undergraduate backgrounds in chemical, biochemical, or related engineering disciplines who are looking for additional expertise in molecular biology, cellular metabolism, catalytic reaction engineering, protein purification, and cell and microbe cultivation.

Soft Material Robotics (Ph.D.)

The Soft Material Robotics NSF | IGERT Ph.D. program is rooted in biomimetics. To produce new materials, structures, and controls based on discoveries in biology, students will be educated in a depth and breadth of knowledge in a range of fields, including biology, chemistry, engineering, mathematics, and computer science. Students must be comfortable working in a highly collaborative manner on high-innovation, high-risk projects.

Visit the Soft Material Robotics NSF | IGERT program to learn more.

Chemical and Biological Engineering (M.S.)

Graduate students enrolled in the Chemical and Biological Engineering master’s programs have the option of a master of science degree with or without a thesis. Those students enrolled in the M.S. program have the option to complete thesis research work in addition to the yearlong course work required for a master's degree without a thesis.

Bioengineering (M.S.)

The Cell and Bioprocess Engineering track in the Bioengineering Master’s program looks at bioprocess design and optimization with emphasis on molecular and cellular processes. The core subject areas integrate applied biology, chemical reaction engineering and systems analysis. Topics include enzyme and pathway engineering; fermentation and bioreactors; and cellular systems modeling and analysis.

Faculty

Kyongbum Lee
Department Chair and Professor
Ph.D. , Massachusetts Institute of Technology
Metabolic Engineering
Ayse Asatekin
Assistant Professor
Ph.D. , Massachusetts Institute of Technology
Clean water, membranes, polymer science, separations, surface chemistry
Maria Flytzani-Stephanopoulos
Robert and Marcy Haber Endowed Professor in Energy Sustainability
Ph.D. , University of Minnesota
Catalysis, Clean Energy Technologies
Jerry H. Meldon
Associate Professor
Ph.D. , Massachusetts Institute of Technology
Mathematical Modeling, Membrane Transport
Professor Derek Mess, headshot
Derek Mess
Professor of the Practice
Ph.D. , Massachusetts Institute of Technology
Thermal Barrier Coating (TBC); Solid Oxide Fuel Cell (SOFC) Ceramics
Professor William Moomaw, headshot
William Moomaw
Research Professor
Ph.D. , Massachusetts Institute of Technology
Nikhil U. Nair
Assistant Professor
Ph.D. , University of Illinois, Urbana-Champaign, IL, Chemical and Biomolecular Engineering
Synthetic Biology, Systems Bioengineering, Protein Engineering, Metabolic Engineering, Biofuels, Biocatalysis
Matthew J. Panzer
Associate Professor
Ph.D. , University of Minnesota
Sustainable Energy, Soft Electronics, Green Technologies
Daniel F. Ryder
Associate Professor
Ph.D. , Worcester Polytechnic Institute
Process Control
James Van Deventer, headshot
James Van Deventer
Assistant Professor
Ph.D. , California Institute of Technology
Protein engineering, non-canonical amino acids, cancer, directed evolution, yeast display
Darryl Williams, headshot
Darryl Williams
Research Associate Professor and Associate Dean for Recruitment, Retention, and Community Engagement
Ph.D. , University of Maryland
Nanobiotechnology, STEM education
Hyunmin Yi
Associate Professor
Ph.D. , University of Maryland
Nanobiofabrication, Smart Biopolymers, BioMEMS

Applicants to the graduate program are expected to have a degree at the level of Bachelor or Master in chemical engineering. Applicants with a Bachelor of Science in chemistry and a strong foundation in physics and math are also encouraged to apply. Requirements include a basic knowledge of physics and calculus, particularly differential equations. Some exposure to transport phenomena (for example, fluid mechanics) is strongly recommended. Students who do not meet all requirements may be admitted into the program pending the successful completion of courses aimed at the fulfillment of the requirements.

Application deadlines:

Spring: September 15
Fall: December 15
GRE General Test scores required.

For more information, visit the Department of Chemical and Biological Engineering.

For questions about this program, including scholarships and assistantships, please contact the graduate program director.
 
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