Research capabilities include:
- materials science and engineering, IC fabrication
- crystal growth, large and small bandgap and piezoelectric materials
- image and signal processing, real-time embedded systems
- cyber security, neural networks, modeling and simulation in biometrics
- computations electromagnetics, computational fluid dynamics, finite element analysis
- advanced manufacturing
- unmanned aircraft systems, robotics
- intelligent manufacturing systems and advanced robotics
- Mach-5 wind tunnel, Rating 1000 cleanroom, three particle accelerators
|
 Research capabilities include:
- alternative energy and energy conservation
- biomedical and bio molecular research
- cybersecurity
- nanotechnology
- nuclear and atomic physics
- simulation and modeling/computational science
|
 Research capabilities include:
- biosensor
- biotechnology
- computational chemistry
- education
- healthcare and information systems management
- industrial and applied mathematics
- nanomaterials
- plant genetics
- genomics
|
 Research capabilities include:
- polymers, materials, nanomaterials and nanotechnology
- renewable, advanced and sustainable energy
- biomedical imaging, cellular and tissue engineering
- advanced transportation systems, structures, hydraulics
- environmental sustainability and water resources
- advanced power systems
- intelligent systems, control and robotics
- communication, information technology and cyber security
- active and supersonic flow controls
- superconductivity materials and applications
- manufacturing and operations research
|
 Research capabilities include:
- 3-D imaging device
- biomedical engineering
- health informatics
- hurricane research
- environmental engineering
- nanotechnology
- nuclear research
- water resource management
|
| Alabama A&M University |
Clark Atlanta University |
Fayetteville State University |
Florida A&M University |
Florida International University |
 Research capabilities include:
- energy, environment and sustainability
- sensors and data fusion
- data and network security
- transportation systems and infrastructure
- robotics
- aerospace Propulsion
- imaging (medical and non-medical)
- materials
- reverse Engineering
- Catalysis
- manufacturing
- biomedical
- medical Physics
|
Research capabilities include:
- biomolecular, nanotechnology, environmental engineering
- structural engineering, transportation engineering, geotechnical engineering, environmental engineering, water resources, sustainable engineering, nanotechnology
- signal processing and communications, power and control, electromagnetics and antenna, material sciences and nanotechnology, digital systems
- materials engineering, computational fluid mechanics, manufacturing engineering/additive manufacturing
- cybersecurity, computational biology, Machine Learning, Data Communications, Computer Science, Education
|
 |
Research capabilities include:
- cyber-security operations and physical systems, software-defined and cognitive radio systems, RF/microwave/mm wave communications systems, computational engineering and analytics, high performance analog integrated circuits, biomedical engineering systems, wireless cyber-security/information assurance, image and signal processing
- water resources and ground water systems, bridge/large-scale structural systems, geotechnical studies, geospacial and remote sensing studies, fluid mechanics
- lean and advanced manufacturing, robotics and automated manufacturing, project and engineering management, ergonomics/human factors engineering, energy systems, data mining, industrial safety and health, operations research
|
Research capabilities include:
- cyber security
- information assurance
- cognitive wireless networks and cloud computing security
- digital forensics
- smart grids security
- modeling of biological neurons
- optics, plasmonics, and meta-materials
- nano-materials and nano-technology
- advanced functional materials
- semiconductor materials and devices
- neural probes
- biosensors
- photovoltaics
- MEMS actuators
- multi-functional sensors
- high K dielectrics
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| Hampton University |
Howard University |
Morehouse College |
Morgan State University |
Norfolk State University |
 Research capabilities include:
- energy and sustainability
- healthcare applications
- multi-scale materials development and analysis
- aerospace and transportations systems
- wireless communication
- cyber security and network operations
- renewable energy and energy optimization; computational fluid & heat transfer
- operating systems and architecture; algorithms and theories of computing
- software engineering; digital data communications
- database management and data mining
|
 Research capabilities include:
- biomedical engineering
- biotechnology
- environmental health
- geographic information system
- immune system
- lead hazard research
- marine science
- socio-economic research on fisheries
- urban studies
|
Research capabilities include:
- industrial whitewater treatment, air pollution, solid wastes
- pavement design and management; nanomechanics of clay materials
- telecommunications & computer network engineering
- electronic materials & processing; semiconductor device fabrication
- advanced materials; micro and nano technologies
- renewable energy & energy optimization; computational fluid & heat Ttransfer
- operating systems and architecture; algorithms and theories of computing
- software engineering; digital data communications
- database management and data mining
|
 Research capabilities include:
- artificial intelligence
- biomedical and behavioral sciences
- informatics
- cognitive robotics
- computer-supported collaborative learning
- gene/protein networks
|
 Research capabilities include:
- cyber-security/physical systems
- sensor and data fusion
- intelligent health monitoring and control systems
- data and network security
- wireless communication
- advanced transportation systems and infrastructure
- intelligent manufacturing systems and advanced robotics
|
| North Carolina A&T University |
Savannah State University |
Southern University
at Baton Rouge |
Spelman College |
Tennessee State University |
 Research capabilities include:
- aerospace: aerodynamics; flight simulation; human interface; aeronautics; manufacturing
- chemical: bio-fluidics/fuels/chemical; corrosion; environmental; water and wastewater; modeling
- electrical: electronic warfare; systems engineering; Smart Grid; adaptive networks; cyber security
- mechanical: fatigue/corrosion; membranes; robotics; metallurgy; indoor air quality/flood abatement
- materials Science: characterization; nano-materials; performance/nondestructive evaluation
|
 Research capabilities include:
- space exploration technology, propulsion and energy engineering
- cyber security and cyber infrastructure
- materials science and engineering
- manufacturing and engineering, manufacturing and materials management
|
 Research capabilities include:
- advanced manufacturing
- bioinformatics
- computational neuroscience
- cybersecurity
- nanotechnology
- high-performance computing
- infrastructure security
- sustainable energy research
- transportation technology
|
| Tuskegee University |
University of Texas El Paso |
University of Texas –
San Antonio |
