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Research Directory
Use the A-Z Research Directory below to browse active research groups, activities and facilities in the College of Engineering and Computing. Use a filter to see groups in specific departments or search by keyword to get started.
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| Tags | Name | Director | Area | Area | Keywords |
|---|---|---|---|---|---|
| Computer Science and Engineering, | AI for Society | Biplav Srivastava | Chatbots, Trusted AI, Neuro-symbolic computing, Sustainability, | ||
| Computer Science and Engineering, | Laboratory for Integrative Neuroscience Analysis (LINA) | Christian O'Reilly | neuroscience, neuroimaging, modeling, artificial intelligence, deep learning, EEG, autism, neurodevelopmental disorders, MRI, biosignal, | ||
| Biomedical Engineering, | The Evans Laboratory | Colin Evans | , | ||
| , | Laboratory for Materials Properties and Structures (LMaPS) | Golareh Jalilvand | Energy Storage; Batteries; Materials; Structures, | ||
| Computer Science and Engineering, | Autonomous Field Robotics Lab (AFRL) | Ioannis Rekleitis | Marine Robotics, Visual/Inertial Localization and Mapping; Trajectory/Path Planning; Coverage; Exploration; Autonomy, | ||
| Mechanical Engineering, | neXt | Future Factories | Ramy Harik | Intelligent Manufacturing, Composites Manufacturing, Pharmaceutical Manufacturing, Automated Fiber Placement, Process Planning, | ||
| Mechanical Engineering,Aerospace Engineering, | Laboratory for Fuels, Energy Conversion, and Propulsion Technology | Sang Hee Won | Combustion, fuels, plasma, flame dynamics, chemical kinetics, propulsion, laser diagnostics, | ||
| Computer Science and Engineering, | SyReX (Systems Research on X) | Sanjib Sur | Wireless; Millimeter-Wave; 5G; 6G; Mobile Computing; Mobile Sensing; Machine Learning, | ||
| Biomedical Engineering, | Wei Research Laboratory | Tao Wei | functional materials and biotechnologies using the combination of multiscale simulations, experiments and machine learning, | ||
| Aerospace Engineering,Mechanical Engineering, | Additive Manufacturing of Composites and Design Engineering Laboratory (AMCODE) | Wout De Baker | Thermoplastic Composites, Thermoset Composites, Continuous Fiber Additive Manufacturing, Polymer Additive Manufacturing, Extrusion Additive Manufacturing, Fiber Impregnation, Industrial Automation, Industrial Robotics, | ||
| Civil and Environmental Engineering, | Transportation Geotechnics Research Laboratory | Yu Qian | Transportation, Infrastructure, Artificial Intelligence, Image Processing, Edge Computing, Geotechnics, Railroad, Highway, Pavement, Airport, | ||
| Mechanical Engineering,Aerospace Engineering, | Computational Thermo-Fluid Laboratory | Yue (Stanley) Ling | Multiphase flows, Atomization, Sprays, Droplets, Phase change, Compressible flows, High-fidelity simulation, High-Performance computing, Data-driven modeling, | ||
| Computer Science and Engineering, | Computer Vision Lab | Wang, Song | Computer vision; Machine learning; Deep learning; Image processing; Artificial intelligence | Computer vision; Machine learning; Deep learning; Image processing; Artificial intelligence | computer science, cse, |
| Intelligent Infrastructure,Mechanical Engineering,Advanced Manufacturing, | Paul Ziehl Research Group | Ziehl, Paul | Aerospace composites; High pressure vessels; Autonomous evaluation; Machine learning; Edge analytics; Sustainable materials; Infrastructure | Aerospace composites; High pressure vessels; Autonomous evaluation; Machine learning; Edge analytics; Sustainable materials; Infrastructure | civil, environmental, |
| Advanced Manufacturing,Nuclear Engineering,Aerospace Engineering,Intelligent Infrastructure,Mechanical Engineering, | SmartState™ Center for Multifunctional Materials and Structures | Ziehl, Paul | Aerospace composites; Multi-functional materials; Remote sensing; Digital twin; Artificial intelligence; Edge analytics; Data-informed decision making | Aerospace composites; Multi-functional materials; Remote sensing; Digital twin; Artificial intelligence; Edge analytics; Data-informed decision making | aerospace, civil, environmental, mechanical, nuclear, AI, |
| Mechanical Engineering, | Gross Materials Lab | Gross, Andrew | Architected materials; Model calibration; Material characterization | Architected materials; Model calibration; Material characterization | mechanical engineering,, |
| Computer Science and Engineering,Artificial Intelligence,Transforming Health Care, | Artificial Intelligence Institute | Sheth, Amit | Artificial Intelligence | Artificial Intelligence | Artificial Intelligence, computer science, AI, cse, |
| Computer Science and Engineering,Artificial Intelligence, | Artificial Intelligence and Systems Laboratory (AISys) | Jamshidi, Pooyan | Autonomous Systems; Transfer Learning; Deep Learning; Robust Optimization; Causal AI; Reinforcement Learning; Robotics; ML Security; Hardware for ML; Program Synthesis | Autonomous Systems; Transfer Learning; Deep Learning; Robust Optimization; Causal AI; Reinforcement Learning; Robotics; ML Security; Hardware for ML; Program Synthesis | computer science, cse, |
| Biomedical Engineering, | Biomaterials and Tissue Engineering Lab | Jabbari, Esmaiel | Biomaterials; Targeted drug delivery; Tissue engineering; Regenerative engineering; Bionanocomposites; Biomaterials with hierarchical structure; Environmentally sustainable biomaterials | Biomaterials; Targeted drug delivery; Tissue engineering; Regenerative engineering; Bionanocomposites; Biomaterials with hierarchical structure; Environmentally sustainable biomaterials | Biomaterials, Targeted drug delivery, Tissue engineering, Regenerative engineering, Bionanocomposites, Biomaterials with hierarchical structure, Environmentally sustainable biomaterials, uofsc, university of south carolina, engineering , |
| Biomedical Engineering, | Cardiovascular Mechanics and Materials Lab | Shazly, Tarek | Biomechanics; Biomaterials; Devices | Biomechanics; Biomaterials; Devices | Biomechanics, Biomaterials, Devices, uofsc, university of south Carolina, engineering , |
| Biomedical Engineering, | Vascular Biomechanics and Failure Lab | Lessner, Susan | Biomechanics; Digital image correlation; Aneurysm; Peripheral arterial disease; Plaque rupture | Biomechanics; Digital image correlation; Aneurysm; Peripheral arterial disease; Plaque rupture | Biomechanics, Digital Image Correlation, Aneurysm, Peripheral Arterial Disease, Plaque Rupture, uofsc, University of South Carolina, engineering, |
| Chemical Engineering,Biomedical Engineering, | Uline Research Group | Uline, Mark | Biophysics; Soft matter; Biomaterials; Statistical mechanics; Thermodynamics; Nucleation | Biophysics; Soft matter; Biomaterials; Statistical mechanics; Thermodynamics; Nucleation | , |
| Chemical Engineering,Transforming Health Care,Biomedical Engineering, | Biosensing and Biomarker Research Laboratory | Liu, Chang | Biosensors; Biomarkers; Nanotechnology; Personalized Diagnostics; Sequencing | Biosensors; Biomarkers; Nanotechnology; Personalized Diagnostics; Sequencing | biomedical engineering, chemical engineering, |
| Biomedical Engineering, | Translational Immunology Laboratory | Fan, Daping | Cancer immunology; Innate immunity; Breast cancer; Atherosclerosis | Cancer immunology; Innate immunity; Breast cancer; Atherosclerosis | Cancer immunology, Innate immunity, Breast cancer, Atherosclerosis, uofsc, university of south Carolina, engineering, |
| Chemical Engineering, | Strategic Approaches to the Generation of Electricity (SAGE) | Lauterbach, Jochen | Catalysis; Machine learning; Artificial intelligence; Combinatorial catalysis; CO2 utilization; Biomass torrefaction; NH3 synthesis and decomposition; Energy; High-throughput screening; Waste plastic utilization | Catalysis; Machine learning; Artificial intelligence; Combinatorial catalysis; CO2 utilization; Biomass torrefaction; NH3 synthesis and decomposition; Energy; High-throughput screening; Waste plastic utilization | Spectroscopy, electron microscopy, nanomaterials synthesis, biomass utilization, spectral imaging, chemical engineering , |
| Chemical Engineering, | Center for Rational Catalyst Synthesis (CERCAS) | Regalbuto, John | Catalysis; Metal deposition; Thermodynamics; Kinetics; Solid-solid bonding; Precision site synthesis | Catalysis; Metal deposition; Thermodynamics; Kinetics; Solid-solid bonding; Precision site synthesis | chemical engineering, |
| Aerospace Engineering,Mechanical Engineering,Advanced Manufacturing, | Center for Predictive Maintenance | Bayoumi, Abdel | Component testing; Predictive analytics; Digital transformation; Sensor signal processing; Virtual and augmented reality; Health monitoring systems; Physics-based data modeling | Component testing; Predictive analytics; Digital transformation; Sensor signal processing; Virtual and augmented reality; Health monitoring systems; Physics-based data modeling | Aerospace Engineering, VR, Mcnair, mechanical, |
| Advanced Manufacturing,Mechanical Engineering,Aerospace Engineering,Civil and Environmental Engineering, | Multiscale Manufacturing & Mechanics of Materials and Structures Group (MSMOMS) | Sockalingam, Subramani | Composites; Fibers; Automated tow placement; Process-Structure-Property; Computational/experimental mechanics; Materials-by-Design; Dynamic composite behavior | Composites; Fibers; Automated tow placement; Process-Structure-Property; Computational/experimental mechanics; Materials-by-Design; Dynamic composite behavior | Aerospace, armor, ballistic impact, mechanical, civil, environmental, |
| Aerospace Engineering,Mechanical Engineering, | McNAIR Center | Paul Ziehl | Composites; Predictive maintenance; Digital transformation; 3D printing of composites and metal; Drones; Unmanned vehicles; Combustion; Automated fiber placement | Composites; Predictive maintenance; Digital transformation; 3D printing of composites and metal; Drones; Unmanned vehicles; Combustion; Automated fiber placement | Aerospace engineering, mechanical, UAV, AFP, |
| Chemical Engineering, | Heyden Lab | Heyden, Andreas | Computational catalysis; Multiscale modeling; Data science; Solid-liquid interfaces | Computational catalysis; Multiscale modeling; Data science; Solid-liquid interfaces | chemical engineering, |
| Chemical Engineering, | Center for Electrochemical Engineering | Popov, Branko | Corrosion and protection; Advanced batteries; Electric vehicles; Electroplating; Stable alloys; Hydrogen embrittlement; Fuel cells | Corrosion and protection; Advanced batteries; Electric vehicles; Electroplating; Stable alloys; Hydrogen embrittlement; Fuel cells | electrolyzers, capacitors, performance models, electrochemistry, chemical engineering, |
| Computer Science and Engineering,Transforming Health Care,Mechanical Engineering,Artificial Intelligence, | Machine Learning and Evolution Laboratory | Hu, Jianjun | Deep learning; Machine learning; Materials discovery; Bioinformatics, Health informatics; Inverse design; Protein design | Deep learning; Machine learning; Materials discovery; Bioinformatics, Health informatics; Inverse design; Protein design | computer science, mechanical engineering, cse, |
| Electrical Engineering,Energy Storage and Distribution,Intelligent Infrastructure, | Power Flow Design Tools | Dougal, Roger | Design tools; Power and energy; Thermal fluids; Power electronics; Ship systems; S3D, VTB, AC and DC microgrids, digital twins for management of power and energy | Design tools; Power and energy; Thermal fluids; Power electronics; Ship systems; S3D, VTB, AC and DC microgrids, digital twins for management of power and energy | Simulation, electronics, design, thermal, mechanical, flow, concept, electrical engineering, |
| Nuclear Energy,Mechanical Engineering,Intelligent Infrastructure, | Center for Mechanics, Materials and Non-Destructive Evaluation | Sutton, Michael | Digital image correlation (DIC); Computational mechanics; | Digital image correlation (DIC); Computational mechanics; | , |
| Biomedical Engineering,Chemical Engineering, | Protein Aggregation and Neuroinflammation Laboratory | Moss, Melissa | Disease detection; Amyloid; Alzheimer’s disease; Drug development; Neurodegeneration; Neuroinflammation; Protein aggregation | Disease detection; Amyloid; Alzheimer’s disease; Drug development; Neurodegeneration; Neuroinflammation; Protein aggregation | biomedical, beta, |
| Aerospace Engineering,Mechanical Engineering, | Unmanned Systems & Robotics Lab (USRL) | Vitzilaios, Nikolaos | Drones; Robotics; Unmanned systems; Autonomous navigation; Perception and control; Aerial robots; Ground robots; Marine robots; Remote inspection | Drones; Robotics; Unmanned systems; Autonomous navigation; Perception and control; Aerial robots; Ground robots; Marine robots; Remote inspection | aerospace, mechanical, |
| Energy Storage and Distribution,Chemical Engineering, | Mustain Laboratory for Electrocatalysts and Fuels | Mustain, William | Electrochemistry, batteries, fuel cells, fuels, catalysts, electrochemical engineering | Electrochemistry, batteries, fuel cells, fuels, catalysts, electrochemical engineering | chemical engineering, |
| Mechanical Engineering, | High Temperature Electrochemical Materials and Energy Lab | Xue, Xingjian | Electrochemistry; Solid oxide fuel cells; Gas separation membranes; Ceramics; Micro/nano-structures | Electrochemistry; Solid oxide fuel cells; Gas separation membranes; Ceramics; Micro/nano-structures | , |
| Civil and Environmental Engineering, | BioAerosol Contaminant Transport and Control Technology Lab | Hoque, Shamia | Flow visualization; Aerosol diagnostics; Biomechanical property characterization; Artificial intelligence; Multi-variable design spaces | Flow visualization; Aerosol diagnostics; Biomechanical property characterization; Artificial intelligence; Multi-variable design spaces | civil and environmental engineering, civil engineering, environmental engineering, AI, |
| Chemical Engineering, | Catalysis for Renewable Fuels SmartState Center | Regalbuto, John | Heterogeneous catalyst synthesis; Biomass conversion; Catalyst characterization; Catalyst evaluation | Heterogeneous catalyst synthesis; Biomass conversion; Catalyst characterization; Catalyst evaluation | strong electrostatic adsorption, electroless deposition, x-ray diffraction, electron microscopy, chemical engineering, |
| Artificial Intelligence,Mechanical Engineering,Nuclear Engineering, | Advanced Materials Discovery and Simulation Laboratory | Hu, Ming | High-throughput computation; Machine learning; Big data; Materials design; Thermal transport; Energy conversion; Energy storage | High-throughput computation; Machine learning; Big data; Materials design; Thermal transport; Energy conversion; Energy storage | applied computing, data science, |
| Artificial Intelligence,Integrated Information Technology,Transforming Health Care, | Human-Computer Interaction and User Experience Laboratory (HCI/UX) | Wu, Dezhi | Human-Computer interaction; UX/UI design; Health IT; Behavioral information security; Artificial intelligence; Computer-mediated education and training | Human-Computer interaction; UX/UI design; Health IT; Behavioral information security; Artificial intelligence; Computer-mediated education and training | integrated information technology, iit, |
| Energy Storage and Distribution,Chemical Engineering,Mechanical Engineering, | Hydrogen and Fuel Cell Center | Shimpalee, Sirivatch | Hydrogen; Fuel cells; Electrolysis cells; Batteries; Electrochemical modeling; Electrochemical characterization; Transport phenomena; Renewable energy | Hydrogen; Fuel cells; Electrolysis cells; Batteries; Electrochemical modeling; Electrochemical characterization; Transport phenomena; Renewable energy | Chemical Engineering, Mechanical Engineering, Computational Fluid Dynamics, Electrochemistry, Multiscale Modeling, |
| Computer Science and Engineering, | Center for Information Assurance Engineering | Farkas, Csilla | Information security; Cyber defense; Information management; Network-level protocol; User-friendly authentication | Information security; Cyber defense; Information management; Network-level protocol; User-friendly authentication | privacy, computer science, cse, computer engineering, |
| Biomedical Engineering, | Vascular physiology in hypertension and sexual dysfunction | R. Clinton Webb | Innate immune responses, damage-associated molecular patterns, drug development | Innate immune responses, damage-associated molecular patterns, drug development | , |
| Civil and Environmental Engineering, | Partnerships for International Research and Education (PIRE) | Chaudhry, Hanif | Levee breach; Dam failure; International research; Flooding; Erosion | Levee breach; Dam failure; International research; Flooding; Erosion | civil, environmental, |
| Mechanical Engineering,Advanced Manufacturing,Civil and Environmental Engineering,Aerospace Engineering,Artificial Intelligence, | Adaptive Real-Time Systems Laboratory (ARTS-Lab) | Downey, Austin | Machine learning; Artificial intelligence, Real-time control; Sensors; Impact; High-rate; Structural health monitoring; Dense sensor networks; Autonomous systems; Embedded systems | Machine learning; Artificial intelligence, Real-time control; Sensors; Impact; High-rate; Structural health monitoring; Dense sensor networks; Autonomous systems; Embedded systems | AI, mechanical, civil, aerospace,, |
| Mechanical Engineering,Nuclear Engineering,Aerospace Engineering, | Integrated Materials Research Group | Zhou, Caizhi | Mechanical metallurgy; Friction stir welding; Crystal plasticity; Multi-scale modeling; Dislocation dynamics; Friction and wear | Mechanical metallurgy; Friction stir welding; Crystal plasticity; Multi-scale modeling; Dislocation dynamics; Friction and wear | aerospace, mechanical, nuclear, |
| Mechanical Engineering,Biomedical Engineering, | Microfluidics and Bioimaging Laboratory | Wang, Guiren | Micro/nanofluidics; Electrokinetics; Lab-on-a-chip; Far field optical nanoscopy and super-resolution imaging; Cancer detection; Fluorescence spectroscopy; Fluid dynamics; Turbulence and mixing | Micro/nanofluidics; Electrokinetics; Lab-on-a-chip; Far field optical nanoscopy and super-resolution imaging; Cancer detection; Fluorescence spectroscopy; Fluid dynamics; Turbulence and mixing | mechanical, biomedical, |
| Intelligent Infrastructure,Civil and Environmental Engineering, | Berge Research Laboratory | Berge, Nicole | Municipal solid waste; Waste conversion to value-added products; Hydrothermal carbonization; Life-cycle assessment; Waste treatment; Waste management; Landfills | Municipal solid waste; Waste conversion to value-added products; Hydrothermal carbonization; Life-cycle assessment; Waste treatment; Waste management; Landfills | waste streams, resource recovery, bioreactor, carbon sequestration, civil, environmental, civil and environmental engineering, |
| Computer Science and Engineering, | Intelligent Circuits, Architectures, and Systems (iCAS) Lab | Zand, Ramtin | Neuromorphic computing; AI hardware accelerator, Machine learning applications; Reconfigurable and adaptive computing architectures; Edge computing architectures; | Neuromorphic computing; AI hardware accelerator, Machine learning applications; Reconfigurable and adaptive computing architectures; Edge computing architectures; | computer science, cse, emerging logic and memory technologies in-memory computing, analog computing, spiking neural networks, deep learning, FPGA, spintronics, MRAM, beyond-CMOS devices, neural networks, low-power and reliability-aware VLSI circuits, RRAM, memristor, IoT, |
| Mechanical Engineering, | Integrated Material Assessment and Predictive Simulation Laboratory (i-MAPS) | Banerjee, Sourav | Nondestructive evaluation; Structural health monitoring; Biosensors; Point-of-Care; Energy harvesting; Biomimetics; Smart materials; Material characterization; Ultrasonics; Acoustics | Nondestructive evaluation; Structural health monitoring; Biosensors; Point-of-Care; Energy harvesting; Biomimetics; Smart materials; Material characterization; Ultrasonics; Acoustics | Bio-origami, Computational NDE, Data Analytics, Big Data, Machine Learning, Predictive Simulation, Otobiomechanics, Phononics, Deep Learning, Programable Matter, Mechanobiomechanics, Noise Control, Energy Scavenging, NDE Data Analytics, SHM Big Data, Prognosis, Computational Modeling , |
| Advanced Manufacturing,Mechanical Engineering, | Laboratory for Active Materials and Smart Structures (LAMSS) | Giurgiutiu, Victor | Nondestructive evaluation; Structural health monitoring; Piezoelectric wafer active sensors; Fiber Bragg grating | Nondestructive evaluation; Structural health monitoring; Piezoelectric wafer active sensors; Fiber Bragg grating | NDE, SHM, PWAS, FBG, SLDV, |
| Mechanical Engineering,Nuclear Engineering, | Nuclear Science and Energy Center | Cacuci, Dan Gabriel | Nuclear Science; Nuclear Energy | Nuclear Science; Nuclear Energy | mechanical engineering, nuclear engineering, |
| Nuclear Engineering,Nuclear Energy, | General Atomics Center for Transformational Nuclear Technologies | Besmann, Theodore | Nuclear fuel; Nuclear waste; Thermodynamics; Molten salts; Thermal measurements | Nuclear fuel; Nuclear waste; Thermodynamics; Molten salts; Thermal measurements | Nuclear Fuel, Waste Storage, Energy of the Future, |
| Biomedical Engineering, | The Laboratory of Vascular Biology (LVB) | Camilla F. Wenceslau | Physiology and Pharmacology; Cardiovascular Diseases; Endothelium Dysfunction; Vascular Contraction and Remodeling; Inflammation. | Physiology and Pharmacology; Cardiovascular Diseases; Endothelium Dysfunction; Vascular Contraction and Remodeling; Inflammation. | , |
| Biomedical Engineering, | Vascular and Integrative Physiology (VIP) Laboratory | Cam McCarthy | Physiology, cardiovascular diseases, aging, vascular function, endothelium, smooth muscle, metabolism, autophagy, inflammation | Physiology, cardiovascular diseases, aging, vascular function, endothelium, smooth muscle, metabolism, autophagy, inflammation | biomedical, biomed, cec, |
| Mechanical Engineering,Aerospace Engineering, | ReActing Systems & Advanced Energy Research (RASAER) Lab | Farouk, Tanvir | Plasma; Combustion; Kinetics; Emissions; Reacting flows; Multi-physics | Plasma; Combustion; Kinetics; Emissions; Reacting flows; Multi-physics | aerospace, mechanical, |
| Electrical Engineering, | Energy Optimization Laboratory | Kristen Booth | Power Electronics | Power Electronics | Power Electronics; Microgrids; Digital Twins; Electrification; Electric Aviation; AI-integrated, |
| Electrical Engineering,Energy Storage and Distribution,Intelligent Infrastructure, | Energy Routing Lab | Ginn, Herbert | Power electronic converters; Microgrids; Network distributed control; Electrical energy routing; Converter coordination; Power electronics control | Power electronic converters; Microgrids; Network distributed control; Electrical energy routing; Converter coordination; Power electronics control | electrical engineering, |
| Advanced Manufacturing,Aerospace Engineering,Mechanical Engineering,Civil and Environmental Engineering,Nuclear Energy,Nuclear Engineering, | Visualized Structural Health Monitoring Laboratory | Yu, Lingyu | Quantitative nondestructive evaluation; Structural health monitoring; Non-contact guided ultrasonic waves; Remote sensing; Laser technology | Quantitative nondestructive evaluation; Structural health monitoring; Non-contact guided ultrasonic waves; Remote sensing; Laser technology | aerospace, civil, mechanical, nuclear, |
| Intelligent Infrastructure,Civil and Environmental Engineering, | Transportation Geotechnics Research Group | Qian, Yu | Railroad infrastructure; Smart track; Pavement; Aggregate behavior; Computer vision; Object detection; Image processing | Railroad infrastructure; Smart track; Pavement; Aggregate behavior; Computer vision; Object detection; Image processing | discrete element simulation, computational fluid dynamics, finite element simulation, railway, civil and environmental engineering, |
| Intelligent Infrastructure,Civil and Environmental Engineering, | Advanced Railroad Technology Group | Rizos, Dimitris | Railway engineering; Infrastructure design; Multi-modal transportation | Railway engineering; Infrastructure design; Multi-modal transportation | civil, environmental, |
| Mechanical Engineering,Aerospace Engineering,Advanced Manufacturing, | Integrated Multiphysics and Systems Engineering Laboratory (iMSEL) | Wang, Yi | Reduced-order modeling; Real-time simulation; Multi-fidelity surrogate model; Optimization; Design; Machine learning; Computer vision; Autonomy; System control; Edge computing | Reduced-order modeling; Real-time simulation; Multi-fidelity surrogate model; Optimization; Design; Machine learning; Computer vision; Autonomy; System control; Edge computing | aerospace, mechanical, data mining, design, unmanned systems, |
| Civil and Environmental Engineering, | Viparelli Group | Viparelli, Enrica | River engineering; Sediment transport | River engineering; Sediment transport | estuary, delta, tides, coast, turbidity current, restoration, morphodynamics, sediment sorting, civil, environmental, |
| Electrical Engineering, | Microwave Engineering Lab | Ali, Mohammod | Smart antennas; Broadband metamaterials; Wireless power transfer; Wireless sensing | Smart antennas; Broadband metamaterials; Wireless power transfer; Wireless sensing | Electrical Engineering, |
| Biomedical Engineering, | Laboratories for Soft Matter Engineering-Biohybrid Materials | Taheri-Qazvini, Nader | Soft matter design; Organic-inorganic hybrid biomaterials; Bioprinting | Soft matter design; Organic-inorganic hybrid biomaterials; Bioprinting | , |
| Civil and Environmental Engineering, | Geotechnical Research and Centrifuge Modeling Laboratories | Sasanakul, Inthuorn | Soil properties and behaviors; Soil-structure interactions, Geotechnical earthquake engineering; Unsaturated soils; Internal erosion; Centrifuge modeling; Natural hazards | Soil properties and behaviors; Soil-structure interactions, Geotechnical earthquake engineering; Unsaturated soils; Internal erosion; Centrifuge modeling; Natural hazards | natural disaster, flooding, dams, flood, hurricane, sinkhole, civil, environmental, |
| Energy Storage and Distribution,Mechanical Engineering, | Solid Oxide Fuel Cell SmartState Center | Huang, Kevin | Solid Oxide Fuel Cells; Batteries; Membranes; Modeling | Solid Oxide Fuel Cells; Batteries; Membranes; Modeling | mechanical engineering, |
| Mechanical Engineering,Advanced Manufacturing,Aerospace Engineering, | Metal 3D Printing Laboratory | Yuan, Lang | Solidification; Additive manufacturing; Materials processing; Computational modeling and simulation; Microstructure and defects | Solidification; Additive manufacturing; Materials processing; Computational modeling and simulation; Microstructure and defects | Metal, Numerical Simulation, Manufacturing, Advanced Manufacturing, Powder, Nickel-based superalloy, Aluminum alloy, monitoring, process control, aerospace, mechanical, |
| Biomedical Engineering, | Laboratory for Novel Processing of Biomaterials and Biomolecules | Matthews, Michael A. | Sterilization; Decellularization; Cleaning; Chemical modification of biomaterials | Sterilization; Decellularization; Cleaning; Chemical modification of biomaterials | Sterilization, Decellularization, Cleaning, Chemical Modification of Biomaterials, |
| Civil and Environmental Engineering,Transforming Health Care,Intelligent Infrastructure, | Structural Dynamics and Intelligent Infrastructure Laboratory | Caicedo, Juan | Structural dynamics; Model updating; Structural health monitoring; Earthquake engineering; Structural control | Structural dynamics; Model updating; Structural health monitoring; Earthquake engineering; Structural control | civil, environmental, SDII, |
| Biomedical Engineering, | TGFβSignalopathy Lab | Azhar, Mohamad | Transforming growth factor beta ligands; Heart valve disease; Aortic calcification; Aortic aneurysm; Congenital heart disease | Transforming growth factor beta ligands; Heart valve disease; Aortic calcification; Aortic aneurysm; Congenital heart disease | Transforming Growth Factor Beta Ligands, Heart Valve Disease, Aortic Calcification, Aortic Aneurysm, Congenital Heart Disease,uofsc, university of south Carolina, engineering, |
| Mechanical Engineering, | Micro/Nanoscale Transport Lab | Li, Chen | Two-phase heat and mass transfer; Thermal management; Water-energy nexus | Two-phase heat and mass transfer; Thermal management; Water-energy nexus | mechanical, |
| , | Aberration-Corrected Scanning Transmission Electron Microscopy Facility | Blom, Douglas | User facility | User facility | STEM, |
| Biomedical Engineering, | Vascular Pharmacology & Physiology and Exercise | Priviero, Fernanda | Vascular dysfunction; Erectile dysfunction; Bladder complications; Innate immune system; Type-2 Diabetes; Obesity; Hypertension; Physical Exercise | Vascular dysfunction; Erectile dysfunction; Bladder complications; Innate immune system; Type-2 Diabetes; Obesity; Hypertension; Physical Exercise | uofsc, cec, biomedical, |
| Civil and Environmental Engineering, | Integrated Water and Environmental Resources Systems (iWERS) | Goharian, Erfan | Water resources modeling and management; Systems engineering; Artificial intelligence; Hydrology; Stormwater management; Water/energy/food nexus; Hydroinformatics; Flood modeling and management | Water resources modeling and management; Systems engineering; Artificial intelligence; Hydrology; Stormwater management; Water/energy/food nexus; Hydroinformatics; Flood modeling and management | civil, environmental, AI, |
| Electrical Engineering, | Wireless Science and Engineering Laboratory | Matolak, David | Wireless communications; Radio Propagation; Channel modeling; Spread spectrum; Modulation; Detection | Wireless communications; Radio Propagation; Channel modeling; Spread spectrum; Modulation; Detection | electrical engineering, satellite, |