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SwRI Technical Areas
Southwest Research Institute has several web
pages dedicated to providing more in-depth information on specific Institute programs and
technologies. For more information, write Communications.
Aerospace Electronics and Information Technology
Aircraft Systems Engineering
Modeling and Simulation of Aerodynamic and Ballistic Systems
Maintenance and Diagnostics for Aerospace Systems
Retrofit Engineering Services
Software Engineering Solutions for Avionics and Support Systems
Network Centric Warfare
Unmanned Ground Vehicles
Applied Physics
Electronic and Electrical Component Analysis
Failure
Analysis
MEMS
(Microelectromechanical Systems)
Process
Monitoring Technology
Rapid Prototyping
Capabilities
Reservoir Geophysics Research Program
Automation and Data Systems
Acoustic Evaluation and Analysis
Aerospace Networks and Communications
Automated Coatings Removal System
Automated Video Security
Beam Pointing Simulation and Optimization
Biomedical Engineering
Communications Devices
Communications
and Embedded Systems
Cyber
Security and Information Assurance
Digital Predistortion
DSL 3-D Imaging
Embedded Systems Security
Embedded Systems Technology
Information Systems Engineering
Infrastructure and Network Systems
Instantaneous Personal Protection System
Intelligent Transportation Systems
Machine Vision
Manufacturing Systems
Modeling, Simulation and Analysis
Network and System Security
Process Improvement Engineering
Radar Systems
Reconfigurable Communications Transceiver
Reverse and Replacement Engineering
Robotics and Automation Engineering
Software-Defined
Radio
Software Engineering
Structural Dynamics
Smart Energy Grids
System Reliability Engineering
Systems and Software Engineering
Texas Manufacturing Assistance Center (TMAC)
Wireless Sensor Networks and Systems
Workforce
Development
Chemistry and Chemical Engineering
Fire Technology
Micro/Nano Encapsulation
Engines, Emissions and Vehicle Research
Advanced
Vehicle Technology
Automatic Transmission Technology
Clean
Diesel V Consortium
Component Design and Evaluation Services
Control Systems Development
DAAAC: Diesel Aftertreatment Accelerated Aging Cycles
Drivetrain
Engineering
Engine Design
Engine Vehicle
Research and Development
FOCAS:
Gasoline Burner-Based Catalyst Aging System
Fuel
Cell Technology
Hardware-in-the-Loop Development Test Development System
Heavy-Duty Diesel Engine Benchmarking
Heavy-Duty
Emissions Measurement in High-Altitude Departments
HEDGE™
Consortium
Hybrid Electric Vehicle Research
Hydraulic
Systems Design and Development
Hydrogen
Technology Information
Locomotive
Testing
Measuring
Fine, Ultrafine, and Nanoparticle Emissions from Engines
Motorcycle Technology
RAPTOR
Small Engine Technology
Spark Ignition Engines
Systems Analysis
Turbocharger Test
Facility
Universal
Synthetic Gas Reactor®
Vehicle Integration, Testing and Evaluation
Vehicle Modeling and Simulation
Fuels and Lubricants Research
Alternative for Used Oil Analysis
Automatic
Transmission Fluids Testing
Aviation
Fuel Filtration
Beijing Diesel
Retrofit Pilot Program
Biodiesel
Fuel Technology
Diesel Tests/ PC-9
Evaluation
of Oil Corrosiveness
Filtration and Fine Particle Technology
Fleet and Field
Evaluations
Fuel
Economy Testing
Fuel
Systems and Contamination Research
Gasoline Tests/
ILSAC GF-4
Gasoline and Diesel Engine Aftertreatment Durability
Gasoline
Two-Stroke Cycle Lubricants
In-Use Emissions Measurement Services
International
Lubricant Evaluations
Mercedes OM646LA Wear Test
Metrology for Gasoline and Diesel Engine Technology
Petroleum Products
Technology
Port Fuel Injector Deposit Procedure (ASTM D5598)
RATT:
Radioactive Tracer Technology
Tractor
Evaluation and Technology
U.S. Army Tank Automotive Research Development and Engineering Center (TARDEC)
Geosciences and Engineering
Corrosion Science and Engineering
Energy Exploration and Development
Environmental Programs
Groundwater Resource Analysis
Infrastructure and Geotechnical Engineering
Natural Hazard Assessment
Nuclear Technology
Probabilistic Safety Analysis
Site Characterization
Geosciences and Engineering Space and Planetary Sciences
Subsurface Gas Disposal and Storage
Mechanical and Materials Engineering
Aviation Systems Engineering
Barrier Crash Testing
Biomedical
Materials Engineering
Blast Containment Design
Computational Mechanics
Corrosion Testing and Research
Deep
Ocean Pressure Simulation Testing
Electromagnetic Compatibility (EMC or EMCR)
Engineering
Dynamics
Environmental Testing Services (NEBS)
Explosion Hazards Evaluation
Failure Analysis
Flow Component Testing Facilities
Fluid
Dynamics and Multiphase Flow
Fragmentation and Debris Dispersion Measurement and Prediction
Gas
Turbines and
Centro
de Tecnología de Turbinas de Gas
Impact Shield Design and Testing
Integrity and Reliability Software
Ion Surface Engineering
Machinery Piping Design
Materials Performance and Characterization
Measurement of Ballistic and Explosive Events
Mechanics
and Materials
Metering Research Facility
NASGRO
NEBS
NESSUS
Nondestructive Evaluation
Probabilistic Fracture Mechanics
Rotating Machinery Technologies
Sensors and Corrosion Monitoring
Stress Corrosion Cracking
Surface Engineering and Materials Chemistry
Telecommunications Equipment Evaluation
Wind Power Technology
Space Science and Engineering
Planetary Science
Directorate (Boulder, Colo.)
Spacecraft Avionics
SwRI Vacuum Microprobe Facility
Signal Exploitation and Geolocation
Genetic Programming Environment for FIFTH (GPE5 ™)
Transitioning from Design to Production Using Leading-Edge Technology
Radiolocation
Testing Range
Training, Simulation and Performance Improvement
Training, Simulation, and Performance
Improvement (TSPI)
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November 18, 2009
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