Research Grants

 

GW Pinpoint; Graphic of graph; Faculty Grants

Research at SEAS is growing.  Our research expenditures have increased by 30% as our faculty continue to successfully compete for research grants across a range of disciplines. The departmental listing below includes just a sample of recently awarded grants.


Researcher: Dr. Murray Loew
Research project title: Glass at Risk: simple tools for detecting unstable glass in 19th century cultural heritage collections
Granting organization: National Endowment for the Humanities
Funding: $350,000
Purpose: To create tools that assist in the identification of at-risk glass heritage collection items. Specifically, the grant will support research to develop simple tools, including imaging, organized into a “decision tree” that will allow end-users of varying backgrounds and abilities, from curators and collectors to conservators and conservation scientists, to better identify the risk posed by unstable 19th century glass in historical collections.
Collaborators: Catholic University of America and The Library of Congress
 


Researcher: Dr. Russell Hemley
Research project title: Operations support operations of the Frontier Infrared Spectroscopy (FIS) synchrotron beamline at Brookhaven National Laboratory’s National Synchroton Light Source-II (NSLS)
Granting organization: National Science Foundation
Funding: $1.6 million
Purpose: To support operations of the Frontier Infrared Spectroscopy (FIS) synchrotron beamline at Brookhaven National Laboratory’s National Synchroton Light Source-II (NSLS)
 



Researcher: Dr. Russell Hemley
Granting organization: Department of Energy/National Nuclear Security Administration
Funding: $555,661
Purpose: To support research, training, and management of the Capital/DOE Alliance Center
 



Researcher: Dr. Danmeng Shuai
Research project title:  Development of Graphitic-Carbon-Nitride-Based Antimicrobial Nanomaterials for Safe Food Processing and Packaging
Granting organization: NIFA/USDA
Funding: $450,200
Purpose: To conduct a three-year research project on antimicrobial materials for safe food processing and packaging
Collaborators: Dr. Santiago Solares (Mechanical Engineering), Dr. Hanning Chen (GW Chemistry), and Dr. Ganhui Lan (GW Physics)
 



Researcher: Dr. Russell Hemley
Granting organization: Department of Energy/Office of Science
Funding: $447,794
Purpose: Additional funding to support Energy Frontier Research in Extreme Environments (EFree)
 



Researcher: Dr. Samer Hamdar
Research project title: Research Assistant Support for Staff Projects in the Office of Safety Research and Development
Granting organization: Federal Highway Administration (U.S. Department of Transportation)
Funding: $125,533 (subcontract from Battelle, Inc.)
Purpose: To provide support to the Federal Highway Administration (U.S. Department of Transportation)
Collaborators: Battelle, Inc.
 


Researcher: Dr. James Hahn
Research project title: Neonatal Endotracheal Intubation: Enhancing Training Through Computer Simulation and Automated Evaluation
Granting organization: National Institutes of Health’s Eunice Kennedy Shriver National Institute of Child Health & Human Development
Funding: $1.6 million/R01 grant
 



Researcher: Dr. Hyeong-Ah Choi
Research project title: Coverage, Capacity, and Resilience Enhancement in Limited PSN
Granting organization: National Institute of Standards and Technologies (NIST)
Funding: $700,000
Purpose: To research public safety networks
Collaborators: Dr. Xiuzhen Cheng (GW, Computer Science), Dr. Yanxiang Zhao (GW, Math), Dr. Gokhan Sahin (Miami University), and Dr. Wei Cheng (VCU)
 



Researcher: Dr. Xiuzhen (Susan) Cheng
Research project title: Privacy Attacks and Defense Mechanisms in Online Social Networks
Granting organization: National Science Foundation
Funding: $1.1 million/Dr. Cheng’s share of the grant is $544,168
Purpose: To identify the potential privacy disclosure channels in online social networks and study privacy-preserving countermeasures that suppress access to private information from unauthorized entities without impeding the ability for users to initiate social interactions and share user-created content via online social networks
Collaborators: George Mason University and Georgia State University
 



Researcher: Dr. Xiuzhen (Susan) Cheng
Research project title: Acquisition, Collection, and Computation of Dynamic Big Sensory Data in Smart Cities
Granting organization: National Science Foundation
Funding: $1.15 million/Dr. Cheng’s share of the grant is $279,107
Purpose: To develop foundations and technologies for the analytical use of big sensory data to benefit smart cities for monitoring and control
Collaborators: George Mason University, Georgia State University, and Virginia Commonwealth University
 



Researcher: Dr. Rachelle Heller
Granting organization: National Security Agency
Funding: $125,000
Purpose: To research and implement an online course to prepare adjunct faculty in cybersecurity for the community colleges
Collaborators: Dr. Lance Hoffman (GW, Computer Science) and Dr. Costis Toregas (GW, Computer Science)
 


Researcher: Drs. Tian Lan and Guru Venkataramani
Research project title: DIALECT: Communication Protocols Customization via Feature DIAgnosis, Lacing, Elimination, Cross-grafting, and Trimming
Granting organization: Office of Naval Research
Funding: $1.47 million
Purpose: To investigate how to individualize security in cyber systems by customizing their protocols. The project will also explore “tech push” opportunities in collaboration with naval labs
 



Researcher: Drs. Tarek El-Ghazawi and Volker Sorger
Research project title: RAISE: The Reconfigurable Optical Computer (ROC)
Granting organization: National Science Foundation
Funding: $900,000
Purpose: To create a nano-photonic, analog, reconfigurable computer that is capable of computing out of first principles by solving those partial differential equations (PDEs) that are used for most simulations in science and engineering
 



Researcher: Drs. Tarek El-Ghazawi and Volker Sorger
Research project title: Collaborative Research: Nanophotonic Neuromorphic Computing
Granting organization: National Science Foundation and the Semiconductor Research Corporation
Funding: $1.3 million/GW’s share of the grant is $830,000
Purpose: To achieve orders of magnitude improvements over today’s computing technologies through nano-photonic-enabled computing (NEC), using innovative principles for processing and architectures that depart from the traditional von Neumann digital computer systems and their limitations
Collaborator: Princeton University
 



Researcher: Dr. Roger Lang
Research project title: Dielectric Constant Measurements for Remote Sensing of Seawater Salinity
Granting organization: NASA
Funding: $470,000
Purpose: To continue measuring the dielectric constant of seawater. This latest research will focus on taking measurements in cold seawater, where an accurate knowledge of the relationship between the dielectric constant of seawater, its temperature, and salinity are needed for satellite retrieval algorithms.
 



Researcher: Dr. Volker Sorger
Research project title: Toward Ultra-Dense Integrated Plasmonic Circuits
Granting organization: Air Force Office of Scientific Research
Funding: $225,000
Purpose: To serve as a consultant in Phase I of the grant
Collaborators: Omega Optics Inc.
 


Researcher: Dr. Ekundayo Shittu
Research project title: Collaborative Research: Broadening participation and strengthening capacity in interdisciplinary engineering model development
Granting organization: National Science Foundation
Funding: $300,000/Dr. Shittu’s share of the grant is $199,906
Purpose: To identify effective strategies to aid students’ capabilities to develop and apply mathematical models for problem solving in engineering; to enhance understanding of how thinking and narrative identity evolve over time and how the process of coaching scholars of color in a supportive academic context might strengthen the value proposition of entering the professoriate
Collaborator: North Carolina A&T State University
 

Researcher: Dr. Michael Keidar
Research project title: Plasma Medicine Initiative (PMI)
Granting organization: U.S. Patent Innovations LLC
Funding: $5.2 million
Purpose: To revolutionize cancer therapy by introducing a novel modality in cancer treatment that uses a cool-to-the-touch jet of ionized gases, or cold atmospheric plasma (“CAP”). The Plasma Medicine Initiative will enable the transition of this novel technology into translational and clinical stages.
 



Researcher: Dr. Megan Leftwich
Research project title: Investigating Sea Lion Locomotion as the Basis for Shape Changing UUVs
Granting organization: Office of Naval Research
Funding: $1.4 million
Purpose: To determine the feasibility of a maneuverable, flexible autonomous vehicle with amphibious capabilities based on the performance of the California sea lion
Collaborators:  Dr. Frank Fish (Westchester University) and Drs. James Tangorra and Harry Kwanty (Drexel University).
 



Researcher: Dr. Megan Leftwich
Research project title: Sea Lion Swimming: A Model for Efficient, Hydrodynamically Quiet Propulsion
Granting organization: Office of Naval Research (Young Investigator Program grant)
Funding: $515,000
Purpose: To determine a mechanism for high-performance aquatic propulsion that leaves minimal hydrodynamic signal, while remaining energetically efficient
 



Researcher: Dr. Lorena Barba
Research project title: Cyberinfrastructure Reproducibility Project: Computational Science and Engineering
Granting organization: National Science Foundation
Funding: $299,847
Purpose: To use methodical replication of studies in computational fluid dynamics as the model for understanding sources of non-reproducibility in science, and for developing guiding principles of study design that can guarantee, as much as possible, reproducible findings
 



Researcher: Dr. Michael Keidar
Research project title: Software for the Predictive Synthesis of Nanoparticles in Plasmas
Granting organization: U.S. Department of Energy
Funding: $750,000/Dr. Keidar’s share of the grant is $200,000
Purpose: To develop a plasma-based technique for the synthesis of novel 2D layered materials