| S-35 |
 |
| ANALYSIS FOR SULFUR-35 |
|
| |
Administration
|
| |
Division Quality Assurance
|
| |
Administration
|
|
| SABER |
| |
Tracking Systems
|
| |
Surveillance and Geolocation Department
|
| |
Staff Engineers
|
|
| Safety Hazard Analysis |
| |
Administration
|
| |
Administration
|
| |
Ballistics and Explosives Engineering Section
|
| |
Aerospace Structures Section
|
|
| Safety Valve Testing |
|
| API 14A and 6AV1 testing for subsurface, underwater, and surface safety valves
|
|
| |
Fluid Dynamics and Multiphase Flow
|
|
| Safety Valve Testing (API 14A and 6AV1) |
|
| Testing for subsurface, underwater, and surface safety valves. |
|
| |
Fluid Dynamics and Multiphase Flow
|
|
| Salt Fog Testing |
|
| The test involves exposing coatings (for example: paints, oil) to the corrosive
environment of a salt fog to test the protective abilities of the coatings.
|
|
| |
Lubricant Analysis, Administrative Staff
|
| |
Environmental Performance of Materials
|
| |
Fluids and Machinery Engineering Department
|
| |
Structural Engineering Department
|
|
| Salt Spray Test |
|
| The test involves exposing coatings (for example: paints, oil) to the corrosive
environment of a salt fog to test the protective abilities of the coatings. |
|
| |
Lubricant Analysis, Administrative Staff
|
| |
Environmental Performance of Materials
|
| |
Fluids and Machinery Engineering Department
|
| |
Fluids and Machinery Engineering Department
|
| |
Administration
|
| |
Structural Engineering Department
|
|
| Sampling--Environmental/Field |
| |
Administration
|
| |
Chemical Engineering
|
| |
Administration
|
| |
Administration
|
|
| Satellite Beacons/Tracking Capabilities |
| |
Tracking Systems
|
| |
Surveillance and Geolocation Department
|
| |
Staff Engineers
|
|
| SB-125 |
|
| ANALYSIS FOR ANTIMONY - 125 |
|
| |
Administration
|
| |
Division Quality Assurance
|
| |
Administration
|
|
| SC-1E Space Computer |
| |
Administration
|
|
| Scale Modeling |
| |
Fluids Filtration and Handling Research
|
| |
Ballistics and Explosives Engineering Section
|
| |
Fluid Dynamics and Multiphase Flow
|
|
| Small, medium and full scale modeling of structures and structural systems for assessment, testing and evaluation |
|
| |
Mechanical and Materials Engineering Division
|
|
| Scanners, Manipulators |
| |
Robotics and Automation Engineering
|
| |
Department of Electromechanical and Optical Systems
|
| |
Applied Physics Division
|
| |
Sensor Systems and Nondestructive Evaluation (NDE) Technology Department
|
|
| Scanning Electron Microscope |
|
| The SwRI Component-Analysis Group has a scanning-electron microscope (SEM) that is equipped with an energy-dispersive x-ray elemental-analysis system. Using this equipment, Group personnel routinely perform scanning-electron microscopy of a variety of objects including electronic components, microelectromechanical systems (MEMS), and components of larger electrical equipment. Additionally, using the energy-dispersive x-ray system, Group personnel can also determine elemental composition of an object while it is being imaged. |
|
| |
Department of Electronics Systems and Robotics
|
| |
Materials Engineering Department
|
| |
Failure Analysis & Technical Services
|
|
| Scanning Probe Microscope |
| |
Science & Analysis
|
|
| SCAT (Sneak Circuit Analysis Tool) |
|
| Div 09 performs sneak circuit analysis for critical weapon system electronics and controls - typically involving munitions or weapon delivery - to identify unintended circuit paths that could inadvertently alters the intended performance of the system - whether by causing unintended results or by preventing intended results from occurring. Div 09 performs sneak circuit analysis using MIL-STD-1543B as a
guideline and by blending the use of a commercially available software tool (SCAT, or Sneak Circuit Analysis Tool (TM)) with focused analytical techniques to identify and charaterize potential operational hazards of
a system or subsystem. |
|
| |
Administration
|
| |
Unmanned Systems and Sensors
|
|
| School Buses--Alternative Fuels |
| |
Engine, Emissions and Vehicle Research Division
|
| |
Engine, Emissions and Vehicle Research Division
|
| |
Administration
|
| |
Engine, Emissions and Vehicle Research Division
|
|
| Seatbelt Testing |
| |
Marine Structures and Engineering Section
|
| |
Structural Engineering Department
|
|
| Seismic Analysis and Design |
| |
Engineering and Research Section
|
| |
Ballistics and Explosives Engineering Section
|
| |
Mining Geotechnical and Facility Engineering
|
| |
Geosciences and Engineering Division
|
|
| Seismic Hazard Analysis |
| |
Washington Technical Support Office
|
| |
Geology and Geophysics Group
|
|
| Seismic Testing |
| |
Fluids and Machinery Engineering Department
|
| |
Fluids and Machinery Engineering Department
|
| |
Administration
|
| |
Mining Geotechnical and Facility Engineering
|
| |
Geosciences and Engineering Division
|
|
| Semi-volatile Pollutants Analysis by GC/MS |
|
| There are no clear-cut definitions to distinguish semi-volatile from volatile organic compounds. However, dichlorobenzenes and trichlorobenzenes are being considered as volatile and semi-volatile organic compounds, respectively. Naphthalene is considered as high end of volatile compound and
low end of semi-volatile compounds. SwRI has over 35 years of experience in analyzing semi-volatile organic pollutants in the following chemical categories: pesticides, PCBs, chlorinated and brominated
dioxins/dibenzofurans, polybrominated diphenyl ethers (PBDEs), polycyclic aromatic hydrocarbons (PAHs), nitro-PAHs, and industrial chemicals. Almost any semi-volatile organic pollutants in any matrix can be analyzed by SwRI. |
|
| |
Fuel Lab Prof Staff
|
|
| Semiconductor |
| |
Environmental Engineering and Monitoring
|
| |
Integrated Diagnostics Section
|
| |
Department of Electronics Systems and Robotics
|
| |
Environmental Performance of Materials
|
|
| Semiconductor Measurements |
|
| Performance of electrochemical and Mott-Schottky measurements of semiconductor/electrolyte junctions. This includes work on pure semiconductor materials and passivating oxide films. |
|
| |
Environmental Performance of Materials
|
|
| Semiconductor--Failure Analysis |
|
| The SwRI Component-Analysis Group specializes in failure analysis of electronic components. Included in the Group's experience are (1) integrated circuits (e.g., operational amplifiers, logic devices,
voltage regulators, etc.) and (2) discrete semiconductor devices (e.g., transistors, diodes, optoelectronic devices, silicon controlled rectifiers, etc.). Laboratory equipment supports key failure-analysis operations including photography, optical microscopy, high-resolution real-time x-radiography, package opening, scanning-electron microscopy, elemental analysis by energy-dispersive x-ray spectroscopy, cross sectioning (both mounted and unmounted), microprobing, wet-chemical and plasma etching,
hermeticity testing, and particle-impact-noise detection. |
|
| |
Department of Electronics Systems and Robotics
|
|
| Sensor Empire |
|
| Air Force-coined name for their telecommunications monitoring and analysis program. |
|
| |
Network-Centric Systems
|
|
| Sensor Networks |
|
| Sensor Networks |
|
| |
Administration
|
|
| Sensor Simulation |
| |
Administration
|
| |
Systems Modeling
|
| |
Emerging Technologies
|
| |
Unmanned Systems and Sensors
|
|
| Sensors |
| |
Administration
|
| |
Unmanned Systems and Sensors
|
| |
Administration
|
| |
Network Communications and Infrastructure Group
|
| |
Biomedical Engineering Section
|
| |
Automation and Data Systems Division
|
| |
Administration
|
| |
Applied Physics Division
|
| |
Staff Engineers
|
| |
Mechanical and Materials Engineering Division
|
| |
Sensor Systems and Nondestructive Evaluation (NDE) Technology Department
|
|
| Sensors - Automotive |
| |
Network Communications and Infrastructure Group
|
|
| Sensors -- Material Damage |
|
| Sensors -- Material Damage |
|
| |
Mechanics and Materials Section
|
|
| Sensors--Biological |
| |
Administration
|
| |
Biomedical Engineering Section
|
| |
Materials Engineering Department
|
| |
Surface Engineering and Materials Chemistry Section
|
| |
Environmental Performance of Materials
|
|
| Sensors--Chemical |
|
| Sensors development for detection of chemicals and environmental pollutant. |
|
| |
Chemical Engineering
|
| |
Administration
|
| |
Administration
|
| |
Administration
|
| |
Materials Engineering Department
|
| |
Surface Engineering and Materials Chemistry Section
|
| |
Environmental Performance of Materials
|
|
| Sensors--Development |
|
| Sensors development for detection of chemicals and environmental pollutant. |
|
| |
Administration
|
|
| Sensors--Electrochemical |
| |
Administration
|
| |
Administration
|
| |
Department of Electronics Systems and Robotics
|
| |
Materials Engineering Department
|
| |
Materials Engineering Department
|
| |
Surface Engineering and Materials Chemistry Section
|
| |
Environmental Performance of Materials
|
| |
Geosciences and Engineering Division
|
| |
Geological and Aerospace Materials
|
|
| Sensors--Electromechanical |
|
| Stan Silvus has extensive experience in design and fabrication of piezoelectric accelerometers. Usually, these sensors were designed to emphasize a very important performance parameter at the expense of
less-important parameters. |
|
| |
Department of Electromechanical and Optical Systems
|
| |
Department of Electronics Systems and Robotics
|
|
| Sensors--Electronic |
|
| Sensor capabilities include audio, video, imagery and motion. Sensor
support capabilities include RF communications.
|
|
| |
Administration
|
| |
Department of Electronics Systems and Robotics
|
| |
Staff Engineers
|
| |
Fluids and Machinery Engineering Department
|
| |
Structural Engineering Department
|
| |
Structural Engineering Department
|
|
| Sensors--Environmental |
|
| Sensors to measure and detect environmental pollutants. |
|
| |
Administration
|
| |
Environmental Engineering and Monitoring
|
| |
Administration
|
|
| Sensors to measure rock properties |
|
| |
Earth and Planetary Sciences
|
|
| Sensors--Fluid/Applications |
| |
Fluids Filtration and Handling Research
|
| |
Administration
|
| |
Machinery Piping Design
|
|
| Sensors--Gravimetric |
| |
Material Development
|
| |
Administration
|
|
| Sensors--Optical |
| |
Biomedical Engineering Section
|
| |
Automation and Data Systems Division
|
| |
S & P
|
| |
Administration
|
| |
Department of Electromechanical and Optical Systems
|
| |
Materials Engineering Department
|
| |
Surface Engineering and Materials Chemistry Section
|
| |
Environmental Performance of Materials
|
|
| Sensors--Thin Film |
| |
Administration
|
| |
Materials Engineering Department
|
| |
Surface Engineering and Materials Chemistry Section
|
| |
Environmental Performance of Materials
|
|
| Sequence Testing (Lubricants) |
| |
Administration
|
| |
JAB Supervisors
|
| |
Lee Grant
|
|
| Sequence VI Test |
|
| Fuel Efficient Engine Oil Test, obsolete, parts not available. |
|
| |
PCMO
|
| |
International
|
|
| Shake Table |
|
| The Mechanical Sciences Section maintains a variety of shaker
tables to provide a broad capability to many industries and government.
Shaker tables include servo-hydraulic tables providing lower frequency, high
displacements to electromagnetic shakers which provide much higher frequency
control and accelerations. Both single axis and multiaxis tables produce
vibration and shock simulations. Earthquake simulation, transportation
simulation, enviromental testing, and others can be produced with the
variety of shaker tables. |
|
| |
Certification, Audit, and Compliance
|
| |
Particle Science
|
| |
Aftertreatment Technology
|
| |
Fluids and Machinery Engineering Department
|
| |
Fluids and Machinery Engineering Department
|
| |
Fluids and Machinery Engineering Department
|
| |
Fluids and Machinery Engineering Department
|
| |
Administration
|
| |
Structural Engineering Department
|
|
| Shaped Charges |
|
| SwRI performs experiments to study the effectiveness of various armors
against varius shaped charge threats.
|
|
| |
Computational Mechanics
|
| |
Ballistics and Explosives Range
|
|
| Shielding--RF, Tempest, EMP |
| |
Automation and Data Systems Division
|
| |
Administration
|
| |
Fluids and Machinery Engineering Department
|
| |
Fluids and Machinery Engineering Department
|
| |
Structural Engineering Department
|
| |
Structural Engineering Department
|
|
| Shipboard Fire Testing |
|
| Key words are IMO, US Navy Fire Tests, FTP Code, Ship material testing, fire resistance onboard commercial vessels or US Navy vessels. |
|
| |
Administration
|
| |
Fire Resistance Section
|
| |
Engineering and Research Section
|
|
| Shipboard Fire Testing - Fire Resistance |
| |
Fire Resistance Section
|
|
| Shipboard Fire Testing - Smoke and Toxicity |
| |
Fire Resistance Section
|
|
| Shipboard Pollution |
|
| Potential exposure to organic and radioactive contaminants have regulatory limits. SwRI provides services to measure these health and safety related parameters. |
|
| |
Environmental Engineering and Monitoring
|
| |
Administration
|
| |
Engine, Emissions and Vehicle Research Division
|
| |
Engine, Emissions and Vehicle Research Division
|
| |
Chemistry and Unregulated Emissions
|
| |
Fuels and Lubricants Research Division
|
| |
CNWRA Operations
|
|
| Shipboard Safety |
| |
Fluids and Machinery Engineering Department
|
| |
Fluids and Machinery Engineering Department
|
| |
CNWRA Operations
|
| |
Performance Assessment Group
|
|
| Shock and Vibration |
|
| Division 18 is capable of analysis and testing related to mechanical shock and vibration. A variety of shaker tables and mechanical shock machines are available in the laboratory to produce these environments. Shock and vibration loads can also be produced with blasts. Field measurements can be made and these shock and vibration effects can be analyzed and produced in the lab. |
|
| |
Ballistics and Explosives Engineering Section
|
| |
Fluids and Machinery Engineering Department
|
| |
Fluids and Machinery Engineering Department
|
| |
Fluids and Machinery Engineering Department
|
| |
Fluids and Machinery Engineering Department
|
| |
Administration
|
| |
Structural Engineering Department
|
|
| Shock Tubes |
|
| Shock tubes are used to develop rapid temperature gradients (on the order of a million degrees per second) and rapid pressure waves, exceeding the speed of sound. Homogenous, heterogeneous, and multiphase media can be studied. Shock tubes can be used to measure shock propagation and interactions, high-energy gas excitation and wave phenomena, chemical kinetics, and aerodynamics. Shock computation and modeling can also be studied.Related topics: Shock propagation and interactions; Shock-general chemical kinetics; Shock computation, modeling, and stability problems; Shock wave aerodynamics;
Experimental methods; Shocks in multiphase and heterogeneous media; High
energy gas excitation and wave phenomena. |
|
| |
Engineering and Research Section
|
| |
Science & Analysis
|
|
| SIGINT (SIGnals INTelligence) |
|
| Southwest Research Institute (SwRI) has been involved in the research, development, design and production of wideband HF/VHF/UHF acquisition and DF systems since the mid-1980s. SwRI's latest systems combine 20 years of system, software and hardware engineering experience resulting in a cost
effective solution that meets current and future functional, performance and logistics support requirements. |
|
| |
Office of the Vice President
|
| |
Staff Engineers and Specialists
|
| |
Staff Analysts
|
|
| Signal Analysis |
|
| This refers to the analysis of RF signals. SwRI's domain expertise is in the area of communications signals analysis. This is done automatically using SwRI signal recognition software or manually using
software tools that visualize modulation structure and internal data content of the communication signal. |
|
| |
Institute Scientists
|
| |
Staff Engineers and Specialists
|
|
| Signal Processing |
| |
Automation and Data Systems Division
|
| |
Network-Centric Systems
|
| |
Biomedical Engineering Section
|
| |
Science & Analysis
|
| |
Electrical Systems
|
| |
Department of Engineering Applications and Systems Development
|
| |
Applied Physics Division
|
| |
Institute Scientists
|
|
| Signal Processing Modeling - Signals |
|
| Signal Processing Modeling - Signals |
|
| |
System Security and High Reliability Software
|
|
| Signal Recognition |
| |
Integrated Diagnostics Section
|
| |
Institute Scientists
|
|
| Silicones |
| |
Administration
|
| |
Administration
|
| |
Materials Engineering Department
|
| |
Surface Engineering and Materials Chemistry Section
|
| |
Environmental Performance of Materials
|
|
| SILO |
|
| Global tracking and locating satellite beacon system
|
|
| |
Tracking Systems
|
| |
Surveillance and Geolocation Department
|
| |
Staff Engineers
|
|
| Simulation Software |
|
| Modeling and simulation of vehicle performance and fuel economy. Including conventional, hybrid electric, hybrid hydraulic, and fuel cell vehicles. |
|
| |
Advanced Vehicle Technology
|
|
| Modeling of earth and planetary environmental systems; probabilistic risk assessment of nuclear waste handling and disposal systems containing both engineered and natural subsystems; evaluation of deterministic and stochastic processes. Simulation software is developed in multi-platform, multi-language, and parallel architechture environments. Includes Matlab, Simulin,, EASY5, MatrixX, ACSL, and Amesim. |
|
| |
Engine, Emissions and Vehicle Research Division
|
| |
Engine, Emissions and Vehicle Research Division
|
| |
Powertrain Controls Section
|
| |
Advanced Vehicle Technology
|
| |
Administration
|
| |
Immersive Technologies
|
| |
Systems Engineering
|
| |
Emerging Technologies
|
| |
Egnineering and Systems Assessment
|
| |
Performance Assessment Group
|
|
| Simulation--Discrete Event/Continuous Process |
| |
Emerging Technologies
|
| |
Manufacturing Systems Department
|
| |
Automation and Data Systems Division
|
| |
Intelligent Transportation Systems Department
|
|
| Simulation--Electromag., IR, Optics, UV |
| |
Administration
|
| |
Science & Analysis
|
| |
Applied Physics Division
|
| |
Fluids and Machinery Engineering Department
|
| |
Fluids and Machinery Engineering Department
|
| |
Structural Engineering Department
|
| |
Structural Engineering Department
|
|
| Simulation--Industrial/Manufacturing |
| |
Division Administration
|
| |
Administration
|
| |
Manufacturing Systems Department
|
| |
Automation and Data Systems Division
|
| |
Intelligent Transportation Systems Department
|
|
| Simulation--Networks |
| |
System Security and High Reliability Software
|
| |
Network-Centric Systems
|
| |
Communications and Embedded Systems Department
|
| |
Automation and Data Systems Division
|
| |
Ballistics and Explosives Range
|
|
| Simulation--Process |
| |
Chemical Engineering
|
| |
Automation and Data Systems Division
|
| |
Fluids and Machinery Engineering Department
|
| |
Structural Engineering Department
|
|
| Simulation--Pulsation |
| |
Administration
|
| |
Administration
|
| |
Machinery Piping Design
|
|
| Simulation--Seismic |
|
| Dynamic testing to simulate seismic events is performed in the laboratory utilizing either a single axis or multiaxis electrohydraulic shaker table. Products are exposed to simulated seismic events to determine their functionality and mechanical/structural integrity to give a high degree of
confidence to the end user that the product will perform in service.
Structural and mechanical analyses can also be utilized in support of Seismic Simulation on structures and/or product that cannot be accomodated by the table due to large size or weight. |
|
| |
Fluids and Machinery Engineering Department
|
| |
Administration
|
| |
Structural Engineering Department
|
|
| Simulator Networking |
| |
Administration
|
| |
Training, Simulation and Performance Improvement Division
|
| |
Administration
|
| |
Immersive Technologies
|
| |
Systems Engineering
|
| |
Emerging Technologies
|
|
| Simulators/Simulation |
| |
Administration
|
| |
Training, Simulation and Performance Improvement Division
|
| |
Administration
|
| |
Immersive Technologies
|
| |
Systems Engineering
|
| |
Emerging Technologies
|
|
| Simulators/Simulation--Ocean |
|
| Design, fabrication and testing of pressure vessels for deep ocean simulation |
|
| |
Mechanical and Materials Engineering Division
|
|
| More than 10,500 sq. ft. of climate-controlled laboratory space with additional outdoor test facilities. Deep ocean pressure simulation test chanbers range from 90 inches inside diameter and 20 ft. deep to 10 inches inside diameter and 20,000 psig, which are used for static testing, cycle testing and destruction testing. |
|
| |
Test and Evaluation Section
|
|
| Unmanned testing, research and development of systems, subsystems, components and hardware, including but not limited to structural, mechanical, scale models, breathing gas, thermal, communications, command and control, data generation, capture and analysis, etc. |
|
| |
Mechanical and Materials Engineering Division
|
|
| SLIC 40 Transducers |
| |
Science & Analysis
|
| |
Applied Physics Division
|
|
| Slope Stability Analysis |
| |
Earth and Planetary Sciences
|
|
| Small Mass Measurement Instruments |
| |
Material Development
|
| |
Systems Engineering
|
| |
Office of the Vice President
|
| |
Staff Engineers and Specialists
|
|
| Smoke Meters |
|
| Calibration of neutral density filters. |
|
| |
Administration
|
| |
Engine, Emissions and Vehicle Research Division
|
| |
Engine, Emissions and Vehicle Research Division
|
| |
Aftreatment Research and Development Section
|
| |
Particle Science
|
| |
Aftertreatment Technology
|
| |
Fuels and Lubricants Research Division
|
| |
Fuels and Lubricants Research Division
|
|
| Smoke Obscuration |
|
| Smoke obscuration includes smoke density measurements and smoke determination indices generated as products of combustion. |
|
| |
Administration
|
| |
Fire Resistance Section
|
| |
Department of Engineering Applications and Systems Development
|
|
| Sneak Circuit Analysis |
|
| Div 09 performs sneak circuit analysis for critical weapon system electronics and controls - typically involving munitions or weapon delivery - to identify unintended circuit paths that could inadvertently alters the intended performance of the system - whether by causing unintended results or by preventing intended results from occurring. Div 09 performs sneak circuit analysis using MIL-STD-1543B as a
guideline and by blending the use of a commercially available software tool (SCAT, or Sneak Circuit Analysis Tool (TM)) with focused analytical techniques to identify and charaterize potential operational hazards of
a system or subsystem. |
|
| |
Administration
|
| |
Unmanned Systems and Sensors
|
|
| Snow Mobile Engines |
|
| Consulting and testing. |
|
| |
Administration
|
| |
Engine, Emissions and Vehicle Research Division
|
| |
Engine, Emissions and Vehicle Research Division
|
| |
Engine, Emissions and Vehicle Research Division
|
| |
Engine and Vehicle R&D
|
| |
SwARC Support and Business Development Administration
|
|
| Software |
| |
Administration
|
| |
Systems Engineering
|
| |
Systems Modeling
|
| |
Emerging Technologies
|
| |
Aerospace Systems Engineering
|
| |
Administration
|
| |
Division Administration
|
| |
Division Operations
|
| |
Administration
|
| |
Administration
|
| |
Network Communications and Infrastructure Group
|
| |
Traffic Management Systems Group
|
| |
Traveler Information Systems Group
|
| |
Automation and Data Systems Division
|
| |
Production and Operations Department
|
| |
Staff Analysts
|
|
| Software - Handheld |
|
| Software for handheld platforms such as the Apple iPhone or Google Android. |
|
| |
Network Communications and Infrastructure Group
|
| |
Traffic Management Systems Group
|
| |
Traveler Information Systems Group
|
|
| Software - Secure Software Development |
| |
Emerging Technologies
|
| |
Traveler Information Systems Group
|
|
| Software Design |
| |
Unmanned Systems and Sensors
|
| |
Traffic Management Systems Group
|
| |
Traveler Information Systems Group
|
|
| Software Engineering |
| |
Administration
|
| |
Unmanned Systems and Sensors
|
| |
Traffic Management Systems Group
|
|
| Software Executives |
| |
Administration
|
| |
Administration
|
| |
Administration
|
| |
Automation and Data Systems Division
|
|
| Software Functional Testing |
|
| Testing of the functional components of software. |
|
| |
Traffic Management Systems Group
|
|
| Software Process Improvements |
| |
Aerospace Systems Engineering
|
| |
Administration
|
| |
Division Administration
|
| |
Division Operations
|
| |
Traffic Management Systems Group
|
| |
Staff Analysts
|
|
| Software Radio |
| |
Integrated Diagnostics Section
|
| |
Aircraft Systems Integration Section
|
| |
Administration
|
| |
Network-Centric Systems
|
| |
Institute Scientists
|
| |
Staff Engineers and Specialists
|
|
| Software--Medical |
| |
Division Operations
|
| |
Traffic Management Systems Group
|
| |
Traveler Information Systems Group
|
| |
Biomedical Engineering
|
| |
Biomedical Engineering Section
|
|
| Software--Robot System |
| |
Administration
|
| |
Robotics and Automation Engineering
|
| |
High Reliability Software
|
| |
Network Communications and Infrastructure Group
|
| |
Traveler Information Systems Group
|
|
| Software--Upgrade Legacy Software |
|
| Software--Upgrade Legacy Software |
|
| |
Aerospace Systems Engineering
|
| |
Administration
|
| |
Division Operations
|
| |
Traffic Management Systems Group
|
| |
Traveler Information Systems Group
|
| |
Staff Analysts
|
|
| Software-Embedded Systems |
| |
Unmanned Systems and Sensors
|
| |
Aerospace Systems Engineering
|
| |
Administration
|
| |
Administration
|
| |
High Reliability Software
|
| |
Department of Electronics Systems and Robotics
|
| |
Staff Engineers and Specialists
|
| |
Staff Analysts
|
| |
Sensor Systems and Nondestructive Evaluation (NDE) Technology Department
|
|
| Soil Compaction--ASTM Testing |
| |
Organic
|
| |
Inorganics/Radiochemistry
|
|
| Soil Contamination Test--Mobile Lab |
| |
Chemical Engineering
|
| |
Administration
|
|
| Soil Mechanics |
|
| Research and technical consulting in laboratory, field, and numerical analyses to solve soil mechanics and soils engineering problems. Experience and expertise include slope stability analyses, erosion and gas-emission control systems, soil-structure interactions, static and dynamic rock properties testing, seismic responses, and related areas. |
|
| |
Center for Nuclear Waste Regulatory Analyses
|
| |
Mining Geotechnical and Facility Engineering
|
| |
Geosciences and Engineering Division
|
|
| Soil Physical Property Test--ASTM |
| |
Organic
|
| |
Inorganics/Radiochemistry
|
|
| Soil Remediation/Restoration |
|
| Laboratory testing services. |
|
| |
Administration
|
|
| Soil Sampling/Survey/Investigation |
|
| Analysis of soil samples. Investigation and survey. |
|
| |
Administration
|
| |
Administration
|
|
| Soil Stabilization |
| |
Material Flammability
|
| |
Materials Engineering Department
|
| |
Mining Geotechnical and Facility Engineering
|
|
| Soil Testing--Explosives |
| |
Administration
|
| |
Organic
|
| |
Engine, Emissions and Vehicle Research Division
|
| |
Administration
|
| |
Engine, Emissions and Vehicle Research Division
|
|
| Solar Cell Materials |
|
| Solar Cell Materials |
|
| |
Surface Engineering and Materials Chemistry Section
|
|
| Solar Engineering |
| |
Systems Engineering
|
| |
Administration
|
| |
Administration
|
|
| Solderability Testing |
|
| The SwRI Component-Analysis Group has performed solderability tests on
component leads and terminals as well as on printed-circuit-board pads. |
|
| |
Department of Electromechanical and Optical Systems
|
| |
Department of Electronics Systems and Robotics
|
| |
Electromechanical Systems
|
|
| Solid Ionics |
|
| Solid Ionics |
|
| |
Surface Engineering and Materials Chemistry Section
|
|
| Solid State Nuclear Magnetic Resonance |
|
| Solid State Nuclear Magnetic Resonance (Solid NMR) allows the detection of unique chemical environments for carbon, silicon, aluminum, phosphorous, and other selected elements in the solid phase. Solid NMR allows the in-situ characterization of polymers, ceramics, biomaterials, and pharmacueticals, and complements information obtained by x-ray crystallography and diffraction. It can be espeically useful in the characterization of amorphous materials. |
|
| |
Synthesis and Drug Delivery
|
|
| Solid Waste |
|
| Solid waste analytical laboratory testing services to identify chemical contaminants. |
|
| |
Administration
|
|
| Solids Modeling and Rapid Prototyping |
| |
Engine, Emissions and Vehicle Research Division
|
| |
Department of Emissions Research and Development
|
| |
Engine Design and Analysis
|
| |
Engine, Emissions and Vehicle Research Division
|
| |
Administration
|
|
| Solvents |
| |
Chemical Engineering
|
| |
Administration
|
|
| Solvents--Testing |
| |
Material Development
|
|
| Sound Test |
| |
Department of Electronics Systems and Robotics
|
| |
Fluids and Machinery Engineering Department
|
| |
Administration
|
|
| Sound Test--Computer/Business Equipment |
| |
Fluids and Machinery Engineering Department
|
| |
Fluids and Machinery Engineering Department
|
| |
Structural Engineering Department
|
| |
Structural Engineering Department
|
|
| Southern Gas Association (SGA) |
| |
Administration
|
| |
Administration
|
|
| Space Data Systems |
|
| Experience in he design of hardware and software components for use in command and telemetry systems for space applications; knowledge of and experience with the end-to-end communications systems and standards (e.g., CCSDS) which are required to transmit commands and telemetry between ground systems and space-borne systems. |
|
| |
Administration
|
| |
Computer Technology Section
|
| |
Administration
|
|
| Space Flight Experimentation |
| |
Fuels and Lubricants Research Division
|
| |
Science Section
|
| |
Administration
|
| |
Ballistics and Explosives Engineering Section
|
| |
Fluid Dynamics and Multiphase Flow
|
|
| Space Fluids |
| |
Fuels and Lubricants Research Division
|
| |
Fluid Dynamics and Multiphase Flow
|
|
| Space Hardware Development |
|
| Develop high reliability, radiation hardened spacecraft avionics for NASA, DoD, and commercial applications. Specializing in spacecraft processors, command and data handling, science instrument interfaces, thermal management, attitude and propolusion, and power distribution. SwRI systems have flown on over 50 space missions in the last 26 years without a single on orbit failure. |
|
| |
Administration
|
| |
Computer Technology Section
|
| |
Administration
|
|
| Space Power Supplies |
| |
Power Systems Section
|
|
| Spacecraft Flight Software |
| |
Administration
|
|
| Spacecraft Tank Qualification |
|
| Slosh testing and environmental testing (thermal, vibration, etc.) on spacecraft fuel tanks. |
|
| |
Fluid Dynamics and Multiphase Flow
|
|
| Spanish Translation |
| |
Environmental Engineering and Monitoring
|
| |
Administration
|
| |
Unmanned Systems and Sensors
|
| |
Process Improvement Engineering
|
| |
Administration
|
| |
Test and Evaluation Section
|
| |
Performance Assessment Group
|
|
| Spark Ignited Engines |
| |
Administration
|
| |
Engine, Emissions and Vehicle Research Division
|
| |
Engine, Emissions and Vehicle Research Division
|
| |
Engine, Emissions and Vehicle Research Division
|
| |
Engine and Vehicle R&D
|
| |
SwARC Support and Business Development Administration
|
| |
Fuels and Lubricants Research Division
|
|
| Spark Plug Testing |
| |
Administration
|
| |
Engine, Emissions and Vehicle Research Division
|
| |
Engine and Vehicle R&D
|
| |
Fuels and Lubricants Research Division
|
|
| Special Heat--Fuels |
| |
Engine, Emissions and Vehicle Research Division
|
| |
Fluids Filtration and Handling Research
|
|
| Special Purpose Laboratory Instruments |
|
| Stan Silvus (Div. 14) has designed numerous special-purpose laboratory instruments for unusual applications. Typical examples include a large instrument for detecting cracks in the bores of cannon tubes, a temperature-controlled table used in restoration of paintings, a portable high-resistance (i.e., 1 gigaohm center scale) ohmmeter suitable for use in hazardous environments, an optical-fiber device for measuring low concentrations of oil suspended in water, a high-gain instrumentation preamplifier and filter, and a small handheld ac microvoltmeter. |
|
| |
Automation and Data Systems Division
|
| |
Department of Electronics Systems and Robotics
|
| |
Fluids and Machinery Engineering Department
|
| |
Structural Engineering Department
|
|
| specialized testing |
|
| axle efficiency; hydraulic efficiency; tractor fuel consumption; tractor benchmarking; hydraulic durability; contamination effects (both water and particualte contamination); real time wear measurement by radioactive surface layer activation |
|
| |
Specialty and Driveline Fluids Evaluations Section
|
|
| Spectral Estimation |
|
| Classified. |
|
| |
Institute Scientists
|
|
| Spectroscopy (Mass, IR, Raman, UV, VIS) |
| |
Administration
|
| |
Administration
|
| |
Chemical Engineering
|
| |
Administration
|
| |
Organic
|
| |
Inorganics/Radiochemistry
|
| |
Technology Development
|
| |
Administration
|
| |
Department of Environmental and Demilitarization Technology
|
| |
Science Section
|
| |
Materials Engineering Department
|
| |
Surface Engineering and Materials Chemistry Section
|
| |
Environmental Performance of Materials
|
|
| Speech Recognition |
| |
Courseware and Performance Support Section
|
| |
Systems Engineering
|
| |
Network-Centric Systems
|
| |
Science & Analysis
|
| |
Department of Electromechanical and Optical Systems
|
|
| Spin-Stabilized Satellite Dynamics |
| |
Fluid Dynamics and Multiphase Flow
|
|
| SQL |
| |
Traffic Management Systems Group
|
|
| SSL (Single Station Location) |
| |
SIGINT Solutions Department
|
| |
Staff Engineers and Specialists
|
|
| Stack Sampling/Survey/Investigation |
| |
Administration
|
| |
Environmental Engineering and Monitoring
|
|
| Stack Testing--Engines |
| |
Engine, Emissions and Vehicle Research Division
|
| |
Chemistry and Unregulated Emissions
|
| |
Fuels and Lubricants Research Division
|
| |
Department of Electromechanical and Optical Systems
|
|
| Stack Testing--Materials/Chemistry |
| |
Administration
|
| |
Administration
|
| |
Environmental Engineering and Monitoring
|
|
| Static Balance -- Blade |
|
| This deals with individual fan and turbine blades, typically in moment weighted sets that meet tolerance and will be assembled 180 degrees apart on the rotor disk. The sets can be pan weighted, assuming the mass center is a constant. Or moment weighted in a tooling fixture that replicates the disk assembled position. |
|
| |
Aerospace Systems Engineering
|
|
| Statistical Analysis |
| |
Aerospace Systems Engineering
|
|
| Statisticians |
| |
Technology Development
|
| |
Lee Grant
|
| |
Aerospace Structures Section
|
|
| Stealth Coatings--Materials |
| |
Material Development
|
| |
Program Management
|
| |
Materials Engineering Department
|
| |
Surface Engineering and Materials Chemistry Section
|
| |
Environmental Performance of Materials
|
|
| Steam Turbine--Life Assessment |
| |
Engine, Emissions and Vehicle Research Division
|
| |
Administration
|
| |
Engine, Emissions and Vehicle Research Division
|
| |
Materials Engineering Department
|
| |
Environmental Performance of Materials
|
| |
Failure Analysis & Technical Services
|
|
| Steam Turbines |
| |
Engine, Emissions and Vehicle Research Division
|
| |
Administration
|
| |
Engine, Emissions and Vehicle Research Division
|
| |
Department of Electromechanical and Optical Systems
|
| |
Materials Engineering Department
|
| |
Environmental Performance of Materials
|
| |
Failure Analysis & Technical Services
|
|
| Steel Specification Test |
|
| Tensil test. |
|
| |
Materials Engineering Department
|
|
| Stochastic Modelling and Simulation |
| |
Emerging Technologies
|
| |
Manufacturing Systems Department
|
| |
Automation and Data Systems Division
|
| |
Intelligent Transportation Systems Department
|
| |
Egnineering and Systems Assessment
|
| |
Performance Assessment Group
|
|
| Stope Stability Analysis |
| |
Mining Geotechnical and Facility Engineering
|
|
| Storage Tanks--Above Ground |
|
| Inspection/evaluation of the integrity of above gound storage tanks. |
|
| |
Applied Physics Division
|
| |
Sensor Systems and Nondestructive Evaluation (NDE) Technology Department
|
|
| Strain Gages |
| |
Administration
|
| |
Fluids and Machinery Engineering Department
|
| |
Test and Evaluation Section
|
| |
Marine Structures and Engineering Section
|
|
| Stratospheric Balloons |
|
| Stratospheric Balloons |
|
| |
Administration
|
|
| Stress Analysis |
| |
Drivetrain Design and Development
|
| |
Ballistics and Explosives Engineering Section
|
| |
Fluids and Machinery Engineering Department
|
| |
Fluids and Machinery Engineering Department
|
| |
Administration
|
| |
Aerospace Structures Section
|
| |
Marine Structures and Engineering Section
|
| |
Mining Geotechnical and Facility Engineering
|
|
| Stress Analysis (Field) |
| |
Fluids and Machinery Engineering Department
|
| |
Administration
|
|
| Stress Corrosion Cracking (SCC) |
| |
Mechanics and Materials Section
|
| |
Environmental Performance of Materials
|
| |
Mechanical and Materials Engineering Division
|
| |
Failure Analysis & Technical Services
|
| |
Corrosion Science and Process Engineering
|
| |
Geosciences and Engineering Division
|
|
| STRONTIUM-89 |
|
| ANALYSIS FOR STRONTIUM-89 |
|
| |
Administration
|
| |
Division Quality Assurance
|
| |
Administration
|
|
| STRONTIUM-90 |
|
| ANALYSIS FOR STRONTIUM-90 |
|
| |
Administration
|
| |
Division Quality Assurance
|
| |
Administration
|
|
| Structural Damage Assessment |
| |
Mechanics and Materials Section
|
| |
Administration
|
|
| Structural Durability |
| |
Diesel Technology Section
|
| |
Computational Mechanics
|
| |
Mechanics and Materials Section
|
| |
Environmental Performance of Materials
|
| |
Failure Analysis & Technical Services
|
| |
Fluids and Machinery Engineering Department
|
| |
Fluids and Machinery Engineering Department
|
| |
Fluids and Machinery Engineering Department
|
| |
Administration
|
| |
Marine Structures and Engineering Section
|
| |
Structural Engineering Department
|
|
| Structural Dynamics |
|
| Structural Dynamics |
|
| |
Administration
|
|
| Structural Geology |
| |
Washington Technical Support Office
|
| |
Geology and Geophysics Group
|
| |
Earth and Planetary Sciences
|
|
| as relates to hydrogeologic fluid flow |
|
| |
Structural Geology
|
|
| Structural Health Monitoring |
|
| Structural Health Monitoring |
|
| |
Mechanics and Materials Section
|
|
| Structural Noise--Aircraft |
| |
Fluids and Machinery Engineering Department
|
| |
Administration
|
|
| Structural Noise--Auto |
| |
Fluids and Machinery Engineering Department
|
| |
Structural Engineering Department
|
|
| Structural Reliability |
|
| Structural Reliability |
|
| |
Administration
|
| |
Mechanics and Materials Section
|
|
| Structure--Field |
| |
Fluids and Machinery Engineering Department
|
|
| Structured On-The-Job Training |
| |
Contract & Administration
|
|
| Structures--Design, Analysis, Test |
| |
Fluids and Machinery Engineering Department
|
| |
Administration
|
| |
Mining Geotechnical and Facility Engineering
|
|
| Submarine Antennas |
| |
Systems Engineering
|
| |
Program Management
|
|
| Submersible Analysis |
|
| Submersible Analysis |
|
| |
Fluids and Machinery Engineering Department
|
|
| Submersible Depth Simulation |
|
| Test to simulate Submersible Depth |
|
| |
Test and Evaluation Section
|
| |
Marine Structures and Engineering Section
|
|
| Submersible Fabrication |
|
| Manned and unmanned structures and systems per internationally recognized standards. Includes novel fabrication methods and use of non-ferrous materials. |
|
| |
Mechanical and Materials Engineering Division
|
|
| Submersible Fabrication |
|
| |
Marine Structures and Engineering Section
|
|
| Submersibles |
|
| Capabilities in design, fabrication and testing of submersibles. |
|
| |
Test and Evaluation Section
|
| |
Marine Structures and Engineering Section
|
|
| Design, fabrication, testing, research and development of manned and unmanned submersible pressure vessels and systems systems per internationally recognized standards. Includes novel designs and fabrication using non-ferrous metals and propulsion methods. |
|
| |
Mechanical and Materials Engineering Division
|
|
| Subsea Cables |
|
| Perform qualification tests, external pressure tests or failure analyses on subsea/downhole electrical power/signal cables, fiber optic cables and umbilicals. |
|
| |
Test and Evaluation Section
|
| |
Marine Structures and Engineering Section
|
|
| Subsea Connectors |
|
| Qualification/development/failure analyses of subsea and downhole hydraulic, electrical and fiber optic connectors. |
|
| |
Marine Structures and Engineering Section
|
|
| Subsea Engineering |
| |
Administration
|
| |
Marine Structures and Engineering Section
|
|
| Research, development, fabrication, testing, evaluation and modeling in accordance with internationally recognized standards and development/qualification of new standards. |
|
| |
Mechanical and Materials Engineering Division
|
|
| Subsea Engineering and Testing (Valves, Flexible Pipe, Submersibles) |
| |
Test and Evaluation Section
|
| |
Marine Structures and Engineering Section
|
|
| Subsea Fiber Optics |
|
| SwRI performs research and development on subsea/downhole fiber optic cables and connectors. R&D efforts include hydrogen ingress/attack on cables. SwRI's work has included subsea petroleum production equipment and military hardware evaluation. SwRI also performs development/qualification tests on wet mateable fiber optic connectors in simulated subsea environments (sandy/silty seawater, with external pressure). |
|
| |
Marine Structures and Engineering Section
|
|
| Subsea Flexible Pipe |
|
| SwRI performs structural tests on subsea flexible pipe, including collapse, burst, stiffness characterization, bending, torsion tests. SwRI also conducts materials characterization tests to evaluate the chemical compatibility and permeation of liner materials used to contain fluids in the flexible pipe. SwRI has experience conducting compatibility tests using agressive media, including, API mixtures, CO2, H2S and various hydrate and wax inhibitors. |
|
| |
Marine Structures and Engineering Section
|
|
| Sulfur Dioxide Removal/Oxidation |
| |
Chemical Engineering
|
| |
Administration
|
| |
Engine, Emissions and Vehicle Research Division
|
| |
Fuel Systems and Contamination Research
|
|
| Superabrasives |
| |
Department of Electromechanical and Optical Systems
|
|
| Superalloys |
| |
Materials Engineering Department
|
| |
Environmental Performance of Materials
|
| |
Failure Analysis & Technical Services
|
|
| Supercritical Fluid Cleaning |
| |
S & P
|
| |
Applied Physics Division
|
|
| Supercritical Processes/Fluids |
|
| Use of supercritical carbon dioxide for extraction processes and the use of supercritical fluids for altering the viscosity of fluid mixtures. I have also explored the use of supercritical fluids for enhancing heat transfer. |
|
| |
Chemical Engineering
|
| |
Fluids Filtration and Handling Research
|
|
| Supercritical Water Oxidation/Processing |
| |
Environmental Engineering and Monitoring
|
|
| Superresolution |
| |
Staff Engineers and Specialists
|
|
| Surety |
| |
Environmental Engineering and Monitoring
|
| |
Department of Electronics Systems and Robotics
|
| |
Materials Engineering Department
|
|
| Surface Analysis--Semiconductor |
| |
Fluids and Machinery Engineering Department
|
| |
Structural Engineering Department
|
| |
Center for Nuclear Waste Regulatory Analyses
|
|
| Surface Science |
| |
Administration
|
| |
Surface Engineering and Materials Chemistry Section
|
|
| Surface Tension Tests |
| |
Chemical Engineering
|
| |
Chemistry & Refining Process Development
|
| |
Lubricant Analysis, Administrative Staff
|
|
| Surface Water Quality Modeling |
| |
Geology and Geophysics Group
|
|
| Surveillance Systems |
|
| Division 10 has demonstrated automated video surveillance applications based on computer vision technology. Application domains include security, incident detection, intelligent transportation systems, and human safety near machinery. Video sources include visible, near-infrared, intensified, and thermal infrared cameras. Wireless sensor networks and global control infrastructure for audio, video, RF and other parameter intercept and monitoring |
|
| |
Engine, Emissions and Vehicle Research Division
|
| |
Fuels, Lubricants, and Fluids Applications
|
| |
Robotics and Automation Engineering
|
| |
Surveillance Systems
|
| |
Tracking Systems
|
| |
Surveillance and Geolocation Department
|
| |
Staff Engineers
|
|
| Suspension |
| |
Engine, Emissions and Vehicle Research Division
|
| |
Engine, Emissions and Vehicle Research Division
|
| |
Hydraulic Vehicle Technology
|
| |
Fleet and Field Evaluations Section
|
|
| Sustained Release |
| |
Administration
|
| |
Microencapsulation
|
|
| swell/immersion testing |
|
| Swell/immersion testing of gaskets, oil rings, etc. Testing of gaskets immersed in power steering fluid. Seal swelling tests. |
|
| |
Lubricant Analysis, Administrative Staff
|
|
| SwiM Program |
|
| The SwRI Initiative on Mars (SwIM) was a focused Internal Research and Development program sponsored by the SwRI Advisory Committee for Research. The three-year program, which ended in 2005, successfully positioned SwRI to be a significant contributor to the NASA research program on the planet Mars. |
|
| |
Administration
|
| |
Administration
|
| |
Administration
|
| |
Surface Engineering and Materials Chemistry Section
|
| |
Center for Nuclear Waste Regulatory Analyses
|
| |
Earth and Planetary Sciences
|
|
| Synthesis, Encapsulation and Controlled Drug Delivery |
|
| Experience and capabilities exist for developing controlled release dosage forms based on micro- and nanoencapsulated formulation techniques and technologies. Clinical supplies can also be prepared within our GMP compliant manufacturing suites. Additional capability for process development and multikilo synthesis at up to 200 liter scale are also offered for synthesis needs. |
|
| |
Administration
|
|
| Synthesis--Chemical |
| |
Administration
|
| |
Material Development
|
| |
Department of Environmental and Demilitarization Technology
|
| |
Materials Engineering Department
|
|
| Synthesis--Organic/Organometallic |
| |
Materials Engineering Department
|
| |
Surface Engineering and Materials Chemistry Section
|
| |
Environmental Performance of Materials
|
|
| Synthetic Fuels |
| |
Chemical Engineering
|
| |
Administration
|
|
| Synthetic Lubricants |
| |
Engine, Emissions and Vehicle Research Division
|
| |
Fuels, Lubricants, and Fluids Applications
|
|
| Synthetic Rope |
| |
Applied Physics Division
|
| |
Sensor Systems and Nondestructive Evaluation (NDE) Technology Department
|
|
| System Analysis |
| |
Network Communications and Infrastructure Group
|
| |
Traffic Management Systems Group
|
| |
|
|
| System Engineering |
| |
Administration
|
| |
Unmanned Systems and Sensors
|
| |
Integration Support Systems Section
|
| |
Division Operations
|
| |
Administration
|
| |
Robotics and Automation Engineering
|
| |
Administration
|
| |
Network-Centric Systems
|
| |
Biomedical Engineering
|
| |
Department of Engineering Applications and Systems Development
|
| |
Systems Engineering
|
| |
Program Management
|
| |
Staff Engineers and Specialists
|
| |
|
|
| System Modeling |
| |
Emerging Technologies
|
|
| System Simulation |
| |
Systems Engineering
|
| |
Emerging Technologies
|
|
| Systems Definition and Development |
| |
Administration
|
| |
Aerospace Systems Engineering
|
| |
Division Administration
|
| |
Administration
|
| |
Network-Centric Systems
|
| |
Administration
|
| |
Traffic Management Systems Group
|
| |
Automation and Data Systems Division
|
| |
Administration
|
| |
Department of Engineering Applications and Systems Development
|
| |
Sensor Systems and Nondestructive Evaluation (NDE) Technology Department
|
|
| Systems Engineering |
|
| Knowledge of current systems engineering processes and procedures and experience in applying them to projects. This includes processes such as system and interface definition, system resource management, design trades, FMEA and fault tree analyses, configuration management, risk management, integration and test planning, etc. |
|
| |
Administration
|
| |
Unmanned Systems and Sensors
|
| |
Aerospace Systems Engineering
|
| |
Division Operations
|
| |
Administration
|
| |
Network-Centric Systems
|
| |
Network Communications and Infrastructure Group
|
| |
Traffic Management Systems Group
|
| |
Biomedical Engineering
|
| |
Sensor Systems and Nondestructive Evaluation (NDE) Technology Department
|
| |
CNWRA Operations
|
|
| Systems Integration |
| |
Administration
|
| |
Systems Engineering
|
| |
Administration
|
| |
Unmanned Systems and Sensors
|
| |
Division Administration
|
| |
Division Operations
|
| |
Automation and Data Systems Division
|
| |
Administration
|
| |
Network-Centric Systems
|
| |
Administration
|
| |
Network Communications and Infrastructure Group
|
| |
Traffic Management Systems Group
|
| |
Intelligent Transportation Systems Department
|
| |
Automation and Data Systems Division
|
| |
Department of Engineering Applications and Systems Development
|
| |
Department of Electronics Systems and Robotics
|
| |
Systems Engineering
|
| |
Program Management
|
| |
Staff Engineers and Specialists
|
| |
Sensor Systems and Nondestructive Evaluation (NDE) Technology Department
|
|