|
Name
|
Title
|
Areas
of Research Interest and Expertise
|
|
|
GTI Professor (ChE) &
Associate Chair, Undergraduate Affairs
|
High-temperature gas cleaning
Pollution control and solid
waste management
Gas separation and purification
Process design and development
|
|
|
Max McGraw Professor (ChE) & Dean,
Armour College of Engineering
|
Multiphase flow and
fluidization
Flow in porous media
Material processing and
particle technology
|
|
|
Professor (ChE & Math)
|
Computational fluid
mechanics
Materials properties
Polymer rheology
|
|
|
Assistant Professor (ChE)
|
Advanced Process Control
Fuel Cell System
Design and Control
|
|
|
Professor (ChE),
Vice Provost for Research and Dean of the Graduate
College
|
Hierarchical multi-agent
systems for modeling, supervision, and control of
distributed complex adaptive systems
Techniques for supervision
of manufacturing process operations: Multivariable
process monitoring, performance assessment, fault
diagnosis, and fault-tolerant control
Development of metabolic
pathways and dynamic models of insulin secretion and
utilization and simulation of biomedical systems
|
|
|
Assistant Professor (ChE)
|
Membrane biophysics
Biomaterials
Drug delivery
Biosensors and biomimetic
thin films
Polymer films
|
|
|
Distinguished Professor (ChE)
|
Hydrodynamics of
fluidization using kinetic theory
Gas-solid transport
Hydrodynamic models for
slurry bubble column reactors
|
|
|
Philip
Danforth Armour Professor of Engineering (ChE), Provost
& Senior Vice President
|
Crystallization from
solution
Nucleation
Molecular modeling
|
|
|
Professor (ChE)
|
Biochemical engineering
Chemical reaction
engineering
|
|
|
Assistant Professor (ChE)
|
Surface analysis and
modification
Biomaterials and biosensors
Tissue engineering
|
|
|
Associate Professor (ChE) &
Director, Center for Electrochemical Science and
Engineering
|
Electrochemistry
Materials development
Batteries and fuel cells
|
|
|
Assistant Professor (ChE)
|
Hybrid materials for
sustainable chemical and electrochemical energy
conversion
Hydrogen and liquid fueled
polymer electrolyte fuel cells (PEFCs)
Degradation mitigation
strategies in PEFCs
Development of educational
modules to demonstrate sustainable energy economy
concepts
|
|
|
Associate Professor (ChE)
|
Kinetic theory
Polymer rheology predictions
Thermal conductivity
measurements |
|
|
Johnson Polymer Professor (ChE)
& Chair
|
Polymer reaction engineering
Mathematical modeling
Nonlinear dynamics |
|
|
Professor (ChE) & Associate
Chair, Graduate Affairs
|
Transport phenomena in complex
materials
Forced rayleigh scattering
Polymer rheology
Polymer foam processing
|
|
|
Professor (ChE), Vice
President for International Affairs, & Motorola Chair
|
Thin liquid films, foams,
emulsions and nano-particle suspensions
Film rheology and its
applications
Wetting, spreading and adhesion
of nano-fluids on solid surfaces
Environmental technologies
Food colloids |
| |
|
Research and Teaching Faculty
|
|
Name |
Title |
Areas
of Research Interest and Expertise
|
|
|
Senior Lecturer and Director of
Laboratories
|
Interfacial mass transfer
Rheological properties
|
|
|
Research Associate Professor
& Coordinator, Renewable Energy Programs
|
Hydrogen Storage and
Production
Renewable Energy Systems
Water Desalination
Advanced Batteries and Fuel
Cell Systems for Hybrid/Electric Vehicles
Electrochemical Engineering
and Technology
Distributed Power Generation
Systems, Energy, Environment and Economics and Renewable
Energy
Heat & Mass Transfer, and
Thermodynamics of Chemical Processes
Thermal Modeling and
Scale-Up Design, Unit Operation and System Integration
Calorimetric Measurements:
extensive experience in
Accelerated Rate
Calorimetry (ARC)
Modeling and Simulation;
numerical methods; finite difference, finite element,
and programming
|
|
|
Research Professor &
Director, Particle Technology and Crystalization Center
|
Drug Delivery
Fluid and thermal sciences
Molecular Simulations
Pharmaceutical technology
|
|
|
Adjunct Professor
|
Process design
Environmental engineering
Computer applications
|
|
|
Max McGraw Professor of
Energy and Power Engineering and Management & Director,
IIT Energy + Power Center
|
Fossil fuel technologies
Energy and resource economics
Energy and environmental policy
Electrification and distributed
generation
Global climate change
Industrial ecology |
|
Nagy, Zoltan |
Research
Professor |
Electrochemistry |
|
|
Research Professor
|
|
|
|
Research Professor
|
Fuel Cells and
supercapacitors
|
|
|
Distinguished Research
Professor
|
Fuel cell and battery design and
operation
High-temperature fuel cells
Lithium battery design and
thermal management |
|
|
