• Andrew Zydney,   Department Head

• Antonios Armaou
  Process Dynamics and Control; Computational Modeling and Applied Mathematics; Process Design and Analysis.

• Aziz Ben-Jebria
  Inhalation Toxicology; Experimental Allergic Asthma.

• Ali Borhan
  The research in my group has been aimed at understanding the dynamics of multiphase systems through a combination of theory and experiments.

• Patrick Cirino
  Biomolecular Engineering; Metabolic Engineering; Directed Evolution; Biocatalysis and Fermentation.

• Wayne Curtis
  My laboratory is developing commercial applications of plant cell and tissue culture.

• Ronald Danner
  Professor Emeritus of Chemical Engineering.

• J. Larry Duda
  May 11, 1936 - September 24, 2006
  View Dr. Duda's Obituary

• Kristen Fichthorn
  The primary focus of my research is on applying atomistic simulation techniques, such as Monte Carlo methods and molecular dynamics, quantum mechanics, and condensed-matter theory to study materials interfaces.

• Henry Foley
  Use of nanoporous carbon in separations of small molecule mixtures and for shape selective catalysis.

• Jong-in Hahm
  Synthesis of Nanomaterials; Fabrication of Nantotools; Biosensors; Bioprobes: Nanoscale Protein Assembly; Biomedical and clinical detection.

• Mechteld Hillsley
  Senior Level Instructor.

• Michael Janik
  Fuel cells and electrochemical systems for renewable energy sources.

• Seong Kim
  Surface Chemistry; Nanomaterials; Nanotribology; Catalysis.

• Costas Maranas
  The common thread of the research in The Pennsylvania State University Chemical and Biological Systems Optimization Lab is the development of algorithmic and, in particular, optimization techniques to support the chemical process/molecular product design effort at different scales.

• Janna Maranas
  "mobility of polymers, glasses and biological systems on picosecond -nanosecond time scales and angstrom - nanometer spatial scales using molecular simulation and quasielastic neutron scattering".

• Themis Matsoukas
  Colloid Chemistry of Sol-Gel Nanoparticles; Plasma Colloids; Population Balances by Monte Carlo.

• Scott T. Milner
  Joyce Chair Professor

• Robert Nedwick
  Senior Level Instructor.

• Joseph Perez
  Senior Research Scientist

• Robert Rioux
  Assistant Professor

• Darrell Velegol
  Fabrication of colloidal devices, nanocolloidal forces and dispersion, nanoscale charge nonuniformity on particles.

• James Vrentas
  Theoretical studies in transport phenomena, applied mathematics, fluid mechanics, diffusion, polymer science.

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