Melis Duyar
Associate Professor of Chemical Engineering, with research interests including heterogeneous catalysis, rational catalyst design, carbon capture and utilisation, plastics upcycling
Associate Professor of Chemical Engineering, with research interests including heterogeneous catalysis, rational catalyst design, carbon capture and utilisation, plastics upcycling
Undergraduate Program Director and Associate Professor of Chemical Engineering, with research interests including process modeling, control, and optimization, with applications involving particulate processing, bio-processes, and large scale systems.
MCEC Distinguished Professor and Graduate Program Director of Chemical Engineering with research interests including nanomaterials, catalysis, computational chemistry, and multiscale modeling.
Assistant Professor of Chemical Engineering with research interests focused on the chemical, physical, and mechanical evolution of materials under electrochemical operation, advancing fundamental insights into next-generation lithium-ion batteries and beyond.
Assistant Professor of Chemical Engineering, with research interests in machine learning, multiscale simulation, and computational design of soft materials for energy and sustainability.
SmartState Endowed Chair for Strategic Approaches to the Generation of Electricity (SAGE) and Professor of Chemical Engineering, with research interests including catalysis, storage and reduction technology, and hydrogen storage.
Associate Vice President for Research of USC, Senior Associate Dean for Research and Graduate Programs of the Molinaroli College of Engineering and Computing, and Professor of Chemical Engineering and Biomedical Engineering, with research interests in the broad field of thermodynamics, including supercritical fluids, ionic liquids, green chemical engineering, and carbon dioxide technology for sterilization, disinfection, modification of tissue scaffolds, and deactivation of allergenic proteins and asthma triggers.
Director of the Carolina Institute for Battery Innovation (CIBI), and Professor of Chemical Engineering, with research interests including electrochemistry, catalysis, materials design, surface chemistry, energy conversion and storage, and electrochemical synthesis.
Instructor of Chemical Engineering, with background involving the study of heterogeneous catalytic systems under reaction conditions.
Professor of Chemical Engineering, with research interests including electrochemical hydrogen generation/storage/utilization, new approaches for electrical energy storage, C1 chemicals conversion, electrochemical engineering for desalination and separation applications.
SmartState Endowed Chair in Renewable Fuels and Professor of Chemical Engineering, with research interests including catalysis preparation and characterization, adsorption theory, and reaction kinetics.
Assistant Professor of Chemical Engineering, with research interests including the structure, dynamics, and self-assembly of soft materials, with an emphasis on anisotropic components capable of leading to new, tunable macroscopic properties.
Westinghouse Distinguished Scientist and Professor of Chemical Engineering, with research interests including fuel cells, batteries, electrodeposition, corrosion, and numerical methods.
Professor and Chair of Chemical Engineering, with research interests including heterogeneous catalysis, surface science, catalyst design, and in-situ vibrational spectroscopy.
Assistant Professor of Chemical Engineering, with research interests including materials design, electrochemical energy storage, sustainability/photocatalysis/CO2 capture and utilization, and charge transfer mechanisms and kinetics.