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STC has extensive knowledge of and contractual history with aerospace programs, including: Aeronautics, Computational Fluid
Dynamics, Aerospace Electronic Fabrication, Nanotechnology and Bio-nanotechnology Materials Sciences, Flight and
Mission Simulation, and other Space Flight Programs.
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- Development Of Schematics, Assembly Drawings, Sketches, And Wiring Diagrams
- - Development And Installation Of Electronic Circuitry And Components
- - Quality Assurance/Inspections Of Components, Assemblies, And Instrumentation Systems
- - Fabrication Of Research-Oriented Electronics Circuitry
- - Ground Support, Aircraft, Space Flight, Laboratory, And Research Facility Instrumentation
- - Prototype Systems
- - Test Range Instrumentation
- - Chemical And Biological Detection And Monitoring Systems
- - Data Collection Systems
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- Earth And Space-Based T&E Projects
- - Test Plans & Protocol Development
- - Lasers, LIDARS, Optics, And Imaging Systems
- - Human Factors Engineering
- - Materials Science Experiments
- - Vehicle And Vessel T&E
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Instrument Design And Fabrication:
- - Optical Systems
- - Laser/Lidar Technologies
- - Mass Spectrometry
- - Standoff Detection And Point Detection
- - Technique Development
- - Scientific Data Acquisition And Processing
- - Advanced Algorithm Formulation
- - Improved Aerosol & Agent Detection
- - System Integration And Test
- - Spacecraft And Aircraft Payload Integration And Processing Support
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Scientific Data Analysis
- - Scientific Programming And Application Development
- - Model And Simulation
- - Data Translation And Reduction
- - Multi-Sensor Calibration, Validation, And Integration
- - Large Array Database Design And Administration
- - Scientific Quality Control And Quality Assurance
- - Network And Systems Engineering And Administration
- - Data Collection From Space, Land, Ship, Air-Borne Sensors
- - 2-D, 3-D, And Time Series Visualization
- - Independent Validation And Verification
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- Systems Integration Program Management
- - Operations Research And Operations Analysis
- - Tradeoff Analysis
- - Configuration Management
- - Risk Assessment
- - Cost Estimating and Scheduling
- - Technical Publications And Distribution
- - Writing And Editorial Services
- - Exhibit Design And Production
- - Production And Logistics Support For Newsletters, Public Inquiries Conferences, And Traveling Exhibits
- - Meetings Management Services
- - Education And Training
- - Website Design
A Few
STC Programs
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STC supports electronic and materials fabrication for such NASA projects as the Small Aircraft
Transportation System, the shuttle EVA IR Camera system for the Return to Flight Effort, and the
Crew Exploration Vehicle mock-up and crash test projects.
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In 2005, STC was awarded the Electronic
Fabrication Support (EFS) contract by LaRC which
required ISO registration within 9 months of award.
Because our systems were already compliant to the
1994 standard, updating to the 2000 standard and
full registration was accomplished 3 months early
with STC passing it’s August 2005 audit with no
minor or major findings, a first for our auditor.
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STC Supports Advanced
Avionics Design and Development for the LaRC
Transport Research Including operation
of two research labs which provide a high quality
environment for Research Flight Systems development
of the Center’s development of Simulation-to-Flight
Capability. We support
the operations of the flight simulators through
hardware and software configurations, which can be
transitioned to the aircraft, and second, enable the
integration and checkout of research systems prior
to integration on the aircraft. -more-
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STC has analyzed and archived data from a series of wake vortex experiments
conducted at NASA Langley Research Center. Data analyzed included both aircraft data (GPS, etc.)and ground-based lidar data of wake vortices generated by a Boeing 737 aircraft. This
data is useful for and is now available as input to models of aircraft wake vortices.
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STC supports the Advanced General Aviation Transport Experiment (AGATE)
Alliance Association, Inc. in the production of its two newsletters.
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STC maintains and operates at NASA Langley Research Center a scanning lidar
system to remotely measure atmospheric aerosols, dust, and gas molecules in the Earth's
stratosphere. The system was originally designed and fabricated by STC® and
has been in operation at Langley for several years. Recently, this system was successfully
used to remotely measure the wake vortices of a high flying Boeing 737 aircraft.
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STC has analyzed and archived data from a series of wake vortex experiments
conducted at NASA Langley Research Center. Data analyzed included both aircraft data (GPS,
etc.) and ground-based lidar data of wake vortices generated by a Boeing 737 aircraft.
This data is useful for and is now available as input to models of aircraft wake vortices.
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