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The Clark School establishes collaborations by partnering with industry, working on major government grants and teaming up with other schools. Here's how to start exploring ways in which you or your organization might collaborate with us:
- Learn about Clark School centers and institutes, and other organizations' programs, that have resulted from our partnerships. There may be ways for your organization to participate.
- Review the Clark School's grant-funded research across a broad spectrum of interests. This will suggest areas of possible joint activity.
- Consider the Clark School's technology alliances with industry, government and university colleagues in the following areas:
Below are organizations that were created when the Clark School entered into collaborative partnerships. For more information on any of these collaborations, please contact the individual organization.
| Organization In Which the Clark School Participates |
Collaborator(s) |
| National Institute of Aerospace |
Georgia Institute of Technology, North Carolina State, North Carolina A&T, Hampton University, Virginia Polytechnic Institute, University of Virginia, American Institute of Aeronautics and Astronautics |
| University Research Engineering Technology Institute |
University of Michigan, North Carolina A&T, University of Washington, Johns Hopkins Applied Physics Laboratory and industrial partners |
| Laboratory for Physical Sciences |
National Security Agency |
| NSF Engineering Research Center |
Harvard University |
| Reliability Information Analysis Center |
Department of Defense, Wyle Laboratories Inc. and other partners |
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The Clark School is involved with the following grants:
| Department or Project |
Collaborator(s) |
| Firefighter Safety |
Department of Homeland Security |
| Hybrid Unsteady Simulation for Helicopters (HUSH) |
DARPA, Stanford University |
| Micro Hovering Air Vehicles |
Australian National University, North Carolina A&T |
| Polymerization Process Development |
LG Chemicals Company (South Korea) |
| Chemical Mixing Technology |
Industrial consortium (about 10 members) |
| Bridge Engineering Software Technology |
State of Maryland Department of Transportation |
| Neutron Scattering for Materials Characterization |
National Institute for Standards and Technology |
| Cooperative Fire Protection Research |
Alcohol, Tobacco and Fire Arms Administration |
| Networked Communicating Control Systems |
U.S. Army, Boston University, Harvard University, University of Illinois |
| Dynamics and Control of Supercavitating Bodies |
U.S. Navy, Pennsylvania State University, University of Minnesota, University of Florida, Anteon Corporation |
| Distributed Immune Systems for Wireless Networks Information Assurance |
U.S. Army, Telecordia |
| Scaleable Multilayer Control of Joint Battle Space Networks |
U.S. Air Force, University of Illinois, Cornell University |
| Microwave Effects in Electronics |
U.S. Air Force, Boise State University (Subcontractor) |
| Communicating Networked Control Systems |
U.S. Army, Boston University, Harvard University, University of Illinois-Urbana-Champaign |
| Land Target Spectral Signatures |
Georgia Tech Research Institute |
| High-power Short-Pulse Free Electron Laser School |
Office of Naval Research, SAIC, Naval Postgraduate |
| Signal Processing |
Texas Instruments, Inc. |
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The Clark School has partnerd with industry, government and university colleagues in the following areas:
BAE Systems, Information & Electronic Systems Integration, Inc., Network Associates, Inc., Motorola, Inc., IISG, BBN Technologies, Georgia Tech Research Corporation, University of Delaware, Princeton University, Johns Hopkins University, Morgan State University, The City College of New York/Research Foundation of CUNY, Clark Atlanta University
BAE Systems, Information & Electronic Warfare Systems (Consortium Lead), Northrop Grumman Corporation, University of Michigan, University of New Mexico, Massachusetts Institute of Technology, Clark Atlanta University, Georgia Institute of Technology, University of Florida, Jet Propulsion Laboratories, University of Illinois, Quantum Magnetics, DRS Infrared Technologies, LP, General Dynamics Robotics Systems, University of Mississippi
Honeywell Engines & Systems (Consortium Lead), Motorola Inc., SAIC, Honeywell Engines & Systems, Environmental Control Systems, United Defense, Rockwell Science Center, University of Pennsylvania, University of Texas at Austin, Tufts University, Massachusetts Institute of Technology, Georgia Tech Research Corporation, Illinois Institute of Technology, NuVant Systems, LLC, Prairie View A&M University, University of Puerto Rico, University of New Mexico, Case Western Reserve University, The Texas Engineering Experiment Station, Texas A&M University System, Rensselaer Polytechnic Institute, University of Minnesota, Clark Atlanta University, Pennsylvania State University
General Dynamics Robotic Systems, Inc. (Consortium Lead), Carnegie Mellon University, Florida A&M University, SRI International, Applied Systems Intelligence, Inc., Jet Propulsion Laboratory, BAE Systems, Sarnoff Corporation, Micro Analysis and Design, PercepTek, Science and Engineering Services Inc., Signal Systems Corporation, AAI Corporation
Micro Analysis and Design, Inc. (Consortium Lead), Klein Associates, Inc., SA Technologies, Inc., ArtisTech, Inc., SAIC, Ohio State University, New Mexico State University, University of West Florida, Carnegie Mellon University, Massachusetts Institute of Technology, University of Central Florida
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