Faculty
| Tenure/Tenure-Stream Faculty | Research Interest |
|---|---|
| Anna Balazs | theory; computational modeling; polymers; composites |
| Ipsita Banerjee | bioengineering; systems biology; regenerative medicine |
| Eric Beckman | sustainability; polymers |
| Andrew Bunger | hydraulic fracturing; geological engineering |
| Robert Enick, Vice Chair for Research | petroleum engineering; CO2 solubility; carbon capture; high pressure phase behavior |
| Susan Fullerton | polymer, electrolyte, nanoelectronics, transition metal dichalcogenide, graphene, memory |
| Gerald Holder | phase behavior of natural gases & petroleum with emphasis on natural gas hydrates |
| J Karl Johnson | computational modeling; nanoporous materials, CO2 capture and reduction; energy storage |
| John Keith | catalysis; computational chemistry; materials; renewable energy |
| Prashant Kumta | energy storage; biomaterials |
| Lei Li | surface science; ionic liquids; wetting; tribology |
| Steven Little, Chairman | drug delivery; biomaterials; immuno-engineering; regenerative medicine |
| Mohammad Masnadi Shirazinejad | data-driven life-cycle assessment, sustainable processes, applied catalysis, and process integration and intensification |
| Joseph McCarthy, Vice Provost for Undergraduate Studies | particulates; cohesive materials; heat transfer; transport |
| James McKone |
electrochemistry, catalysis, energy, sustainability, materials |
| Badie Morsi | petroleum engineering; reactors, processes, carbon capture and sequestration |
| Giannis Mpourmpakis (Ioannis Bourmpakis) | catalytic processes on metals and metal oxides; hydrogen storage; nanoparticle growth, computational modeling, catalysis, nanoscience, rlectrochemistry, materials growth, machine learning |
| Tagbo Niepa |
electrochemical technologies, biointerfaces & oil remediation, soft biomaterials for microbiome study |
| Bob Parker, Vice Chair for Graduate Education | process control; systems medicine; nonlinear dynamical modeling |
| Jason Shoemaker | disease modeling, therapy optimization, Al-guided drug discovery, computational modeling, systems immunology, machine learning, systems biology |
| Sachin Velankar | hydrogels; interfacial phenomena; polymers; rheology |
| Goetz Veser | catalysis; process intensification; nanomaterials; nanotoxicity |
| Christopher Wilmer | computational materials discovery; energy; hypothetical materials; molecular modeling |
| Judith Yang | surface science; catalysis; nanomaterials; materials characterization |
Research/Teaching/Visiting/Adjunct
| Research/Teaching/Visiting/Adjunct Faculty | Department | Research Interest |
|---|---|---|
| Hseen Baled | Chemical and Petroleum Engineering | |
| Taryn Bayles, Vice Chair for Undergraduate Education | Chemical and Petroleum Engineering | Engineering Education and Outreach to increase awareness of and interest in pursuing engineering as a career |
| Harvey Borovetz | Bioengineering | Cardiovascular organ replacements for adult and pediatric patients |
| Gilles Clermont | Critical Care Medicine |
|
| Shrikant Dhodapkar | Chemical and Petroleum Engineering | |
| William Federspiel | Bioengineering |
Advanced application of fluid mechanics and mass transport principles; Combining microfabrication and fiber technology with cellular and biomolecular components to create biohybrid artificial alveolar capillary units and bioactive hollow fibers with improved gas exchange efficiency and capacity; Design and development of membrane and particle based blood purification devices for the selective or semi-selective and patterned removal of pathogenic antibodies, inflammatory mediators, and other blood borne solutes; Design and development of novel artificial lung devices for near term clinical use in the treatment of respiratory failure in patients with acute or acute on chronic lung insufficiencies; Developing improved transport models and understanding of polymer degradation and drug delivery from nanoparticles and microparticles; Development of mathematical and computer simulation models related to respiratory and cardiovascular fluid mechanics and mass transport; Development of oxygen depletion devices for blood storage systems that will extend the shelf life of red cell units and deliver red cells of higher efficacy and lower toxicity for transfusion therapy; Modeling and optimizing artificial lungs and other membrane-based medical devices where functional performance depends on underlying transport or separation principles that dictate the device characteristics; Respiratory support catheters and paracorporeal assist lungs |
| Morgan Dileo | Chemical and Petroleum Engineering | |
| Peyman Givi | Mechanical Engineering and Materials Science | |
| Evan Granite | U.S. DOE National Energy Technology Laboratory | |
| Andrew Iezzi | Chemical and Petroleum Engineering | |
| Kenneth Jordan | Chemistry | |
| Cliff Kowall | Lubrizol Corporation | |
| Krzysztof Matyjaszewski | Carnegie Mellon University | |
| Michael McMahon, Unit Operations Lab Instructor | Chemical and Petroleum Engineering | |
| Bryan Morreale | U.S. DOE National Energy Technology Laboratory | |
| John Murphy | Chemical and Petroleum Engineering | |
| Jack Patzer | Bioengineering | Clinical evaluation of liver assist devices; Development of platinized-titanium electrocatalyst/reactor system for organic oxidations; Development of portable, electrochemical-based hemodialysis system; Encapsulation technology for islets and hepatocytes; Hepatocyte tissue culture and detoxification kinetics; Implantable glucose sensor for an artificial pancreas; Liver assist device system development; Novel methods of ammonia removal from physiologic buffers |
| Jaoquin Rodriguez | Chemical and Petroleum Engineering | |
| Nathaniel Rosi | Chemistry | |
| Wei Shi | Chemical and Petroleum Engineering | |
| Dan Sorescu | Chemical and Petroleum Engineering | |
| Schohn Shannon | Chemical and Petroleum Engineering | |
| Radisav Vidic | Civil and Environmental Engineering | |
| William Wagner | McGowan Institute for Regenerative Medicine | |
| X. Steve Xiao | Savannah River National Laboratory |
|
| Victor Yashin | Chemical and Petroleum Engineering | |
| William Yim | Institute of High Performance Computing, Singapore |