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Chemical Engineering Education 276 UNIVERSITY OF PITTSBURGH The Swanson School’s Department of Chemical and Petroleum Engineering challenges graduate students through our interdisciplinary curriculum and award- winning research. T he graduate program offers MS and PhD students the opportunity to pursue independent research in five research focus areas where the department has developed national and international reputations: Biotechnology, Catalysis, Environment and Energy, Materials and Multi-scale Modeling. Students and faculty collaborate with our University centers of excellence, including the Center for Energy, the Mascaro Center for Sustainable Innovation, and the Center for Simulation and Modeling. Other opportunities include the Department of Energy National Energy Technology Laboratory and the University of Pittsburgh Medical Center. Chemical and Petroleum Engineering contributes greatly to the Swanson School’s research productivity, which is approaching $90 million per year. One of our distinctive strengths in interdisciplinary research is our relationship with the University’s biotechnology programs. From the Swanson School’s own Department of Bioengineering to the McGowan Institute for Regenerative Medicine and the Fox Center for Vision Restoration, our researchers are at the forefront of chemical engineering applications in biotech. Drug delivery systems, therapeutic strategies, surgical adhesives and bio-ceramics are just a few of the research examples generated by our faculty and students. Most importantly for our graduate students, Pitt is an urban campus in one of the most livable cities. Its world-class research institutions, corporate headquarters, public amenities, healthcare, low cost of living and relative safety have earned Pittsburgh accolades from Forbes, Kiplingers, National Geographic, The Economist, and US News & World Report. Both the University and the City provide the perfect match for an outstanding graduate school environment. FOR MORE INFORMATION Director of Graduate Recruitment Swanson School of Engineering Department of Chemical and Petroleum Engineering 1249 Benedum Hall Pittsburgh PA 15261 [email protected] engineering.pitt.edu/chemical Financial assistance is available to those who qualify. FACULTY Mohammad Ataai PhD, Chemical Engineering, Cornell University Anna Christina Balazs PhD, Materials Science, MIT Ipsita Banerjee PhD, Chemical Engineering, Rutgers University Eric J. Beckman PhD, Polymer Science and Engineering, University of Massachusetts Cheryl Bodnar PhD, Chemical Engineering, University of Calgary Julie L. d’Itri PhD, Chemical Engineering, Northwestern University Robert M. Enick PhD, Chemical Engineering, University of Pittsburgh Di Gao PhD, Chemical Engineering, University of California at Berkeley Gerald D. Holder PhD, Chemical Engineering, University of Michigan J. Karl Johnson PhD, Chemical Engineering, Cornell University John A. Keith PhD, Chemistry, California Institute of Technology George E. Klinzing PhD, Chemical Engineering, Carnegie Institute of Technology Prashant Kumta PhD, Materials Science, University of Arizona Lei Li PhD, Macromolecular Science and Engineering, University of Michigan Steven Little PhD, Chemical Engineering, MIT Joseph J. McCarthy PhD, Chemical Engineering, Northwestern University Badie I. Morsi PhD, DSc, Chemical Engineering, Institut National Polytechnique de Lorraine Giannis Mpourmpakis PhD, Theoretical and Computational Chemistry, University of Crete, Greece Robert S. Parker Phd, Chemical Engineering, University of Delaware Sachin Velankar PhD, Chemical Engineering, University of Delaware Götz Veser PhD (Phys. Chem.), Fritz-Haber- Institute, Berlin, Germany Christopher Wilmer PhD, Chemical and Biological Engineering, Northwestern University Judith C. Yang PhD, Physics, Cornell

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Page 1: university T of pittsburgh - University of Floridaww2.che.ufl.edu/cee/Journals/Fall 2013 v47.4/CEE WEB-Fall 2013... · de Lorraine Giannis mpourmpakis PhD, Theoretical and Computational

Chemical Engineering Education276

university of pittsburgh

The Swanson School’s Department of Chemical

and Petroleum Engineering challenges graduate students

through our interdisciplinary curriculum and award-

winning research.

T he graduate program offers MS and PhD students the opportunity to pursue independent research in five research focus areas where the department has

developed national and international reputations: Biotechnology, Catalysis, Environment and Energy, Materials and Multi-scale Modeling.

Students and faculty collaborate with our University centers of excellence, including the Center for Energy, the Mascaro Center for Sustainable Innovation, and the Center for Simulation and Modeling. Other opportunities include the Department of Energy National Energy Technology Laboratory and the University of Pittsburgh Medical Center. Chemical and Petroleum Engineering contributes greatly to the Swanson School’s research productivity, which is approaching $90 million per year.

One of our distinctive strengths in interdisciplinary research is our relationship with the University’s biotechnology programs. From the Swanson School’s own Department of Bioengineering to the McGowan Institute for Regenerative Medicine and the Fox Center for Vision Restoration, our researchers are at the forefront of chemical engineering applications in biotech. Drug delivery systems, therapeutic strategies, surgical adhesives and bio-ceramics are just a few of the research examples generated by our faculty and students.

Most importantly for our graduate students, Pitt is an urban campus in one of the most livable cities. Its world-class research institutions, corporate headquarters, public amenities, healthcare, low cost of living and relative safety have earned Pittsburgh

accolades from Forbes, Kiplingers, National Geographic, The Economist, and US News & World Report. Both the University and the City provide

the perfect match for an outstanding graduate school environment.

For morE inFormaTion

Director of Graduate recruitment

Swanson School of Engineering Department of Chemical and

Petroleum Engineering

1249 Benedum Hall Pittsburgh PA 15261

[email protected]

engineering.pitt.edu/chemical

Financial assistance is available to those who qualify.

FaCulTymohammad ataaiPhD, Chemical Engineering, Cornell University

anna Christina BalazsPhD, Materials Science, MIT

ipsita BanerjeePhD, Chemical Engineering, Rutgers University

Eric J. BeckmanPhD, Polymer Science and Engineering, University of Massachusetts

Cheryl BodnarPhD, Chemical Engineering, University of Calgary

Julie l. d’itriPhD, Chemical Engineering, Northwestern University

robert m. EnickPhD, Chemical Engineering, University of Pittsburgh

Di GaoPhD, Chemical Engineering, University of California at Berkeley

Gerald D. HolderPhD, Chemical Engineering, University of Michigan

J. Karl JohnsonPhD, Chemical Engineering, Cornell University

John a. KeithPhD, Chemistry, California Institute of Technology

George E. KlinzingPhD, Chemical Engineering, Carnegie Institute of Technology

Prashant KumtaPhD, Materials Science, University of Arizona

lei liPhD, Macromolecular Science and Engineering, University of Michigan

Steven littlePhD, Chemical Engineering, MIT

Joseph J. mcCarthyPhD, Chemical Engineering, Northwestern University

Badie i. morsiPhD, DSc, Chemical Engineering, Institut National Polytechnique de Lorraine

Giannis mpourmpakisPhD, Theoretical and Computational Chemistry, University of Crete, Greece

robert S. ParkerPhd, Chemical Engineering, University of Delaware

Sachin VelankarPhD, Chemical Engineering, University of Delaware

Götz VeserPhD (Phys. Chem.), Fritz-Haber-Institute, Berlin, Germany

Christopher WilmerPhD, Chemical and Biological Engineering, Northwestern University

Judith C. yangPhD, Physics, Cornell