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CFD RESEARCH CORPORATION
HUNTSVILLE, AL, 35806
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Prime contracting experience
Showing the 50 most recent of 105 records from government sources. Past participation is not evidence of current teaming interest.
| Role | Agency | Description | Vehicle | Obligated | Action date | Period |
|---|---|---|---|---|---|---|
| Prime | National Aeronautics and Space Administration National Aeronautics and Space Administration | PHASE II SBIR - RADIATION HARDENED POWER EFFICIENT ARTIFICIAL INTELLIGENCE AND MACHINE LEARNING (AIML) PROCESSOR | — | $849,933 | Aug 25, 2026 | Feb 2, 2026 – Feb 1, 2028 |
| Prime | National Aeronautics and Space Administration National Aeronautics and Space Administration | RAPID PARAMETRIC SENSITIVITY ANALYSIS FOR PLUME-SURFACE INTERACTION SIMULATIONS | — | $849,915 | Aug 7, 2026 | Jun 30, 2023 – Nov 30, 2026 |
| Prime | Department of the Interior Departmental Offices | MACHINE LEARNING FOR OPEN SYSTEMS | — | $13,518,610 | Jul 14, 2026 | Mar 3, 2022 – Mar 2, 2027 |
| Prime | Department of Defense Department of the Air Force | AUTONOMOUS DECISION MAKING IN TECHNOLOGY (ADMIT) 30 APRIL 2024 | — | $2,806,361 | Jul 13, 2026 | Jun 14, 2024 – Sep 14, 2028 |
| Prime | Department of Defense Missile Defense Agency | HIGH SLOPE HIGH SPECIFIC IMPULE PROPELLANTS FOR THROTTLEABLE SOLID ROCKET MOTORS | — | $1,990,206 | Jul 9, 2026 | Mar 2, 2026 – Mar 1, 2028 |
| Prime | National Aeronautics and Space Administration National Aeronautics and Space Administration | STTR PHASE II - UNCERTAINTY MANAGEMENT FRAMEWORK FOR SPACE-BASED AUTONOMY | — | $849,945 | Jul 8, 2026 | Jan 22, 2025 – Jan 21, 2027 |
| Prime | National Aeronautics and Space Administration National Aeronautics and Space Administration | EO14042 FY22 SBIR PHASE II HIGH-VOLTAGE GALLIUM OXIDE DEVICES FOR SPACE POWER ELECTRONICS - 20027 | — | $749,960 | Jun 29, 2026 | May 9, 2022 – Feb 8, 2027 |
| Prime | Department of Defense Department of the Air Force | IN SILICO FRAMEWORK TO EVALUATE TOXICITY OF HAZARDOUS MATERIALS | — | $7,818,942 | Jun 29, 2026 | May 8, 2023 – May 7, 2027 |
| Prime | National Aeronautics and Space Administration National Aeronautics and Space Administration | INTEGRATED COMPUTATIONAL MATERIALS ENGINEERING (ICME) FOR IN-SPACE AND EXTRATERRESTRIAL SURFACE METAL WELDING AND JOINING | — | $849,991 | Jun 26, 2026 | Jul 11, 2024 – Jan 10, 2027 |
| Prime | Department of Defense Department of the Air Force | ADDITIVELY MANUFACTURABLE OXIDATION RESISTANT REFRACTORY HIGH ENTROPY ALLOYS FOR EXTREME ENVIRONMENT | — | $1,759,912 | Jun 25, 2026 | Apr 15, 2024 – Jun 8, 2027 |
| Prime | Department of Defense Missile Defense Agency | STTR PHASE II R&D: DEVELOPMENT OF A NOVEL CONTROL SURFACE AND ACTUATION SYSTEM FOR HIGH LIFT-TO-DRAG VEHICLES USING THE RAPID HYPERSONIC YAW MANEUVER EVALUATION FRAMEWORK (RHYME) | — | $1,469,708 | Jun 25, 2026 | Feb 25, 2025 – Feb 25, 2027 |
| Prime | National Aeronautics and Space Administration National Aeronautics and Space Administration | PHASE II SBIR - PERFORMANCE OF EXPANSION-DEFLECTION NOZZLES FOR ROTATING DETONATION ROCKET ENGINES | — | $849,938 | Jun 24, 2026 | Aug 11, 2025 – Aug 10, 2027 |
| Prime | Department of Defense Department of the Navy | 873AUTHORITY | — | $1,199,932 | Jun 24, 2026 | Mar 5, 2025 – Mar 9, 2027 |
| Prime | Department of Defense Department of the Army | DEVELOPMENT OF A FAR-FORWARD FOOD AND WATER-BORNE PATHOGEN DETECTION SYSTEM FOR USE IN AUSTERE ENVIRONMENTS. 831 AUTHORITY. | — | $1,314,938 | Jun 23, 2026 | Mar 10, 2025 – Apr 15, 2027 |
| Prime | Department of Defense Department of the Air Force | LOW-COST IMAGE-BASED PROXIMITY SENSOR FOR COUNTER UNMANNED AERIAL SYSTEMS | — | $1,249,976 | Jun 22, 2026 | Jun 26, 2026 – Jun 27, 2028 |
| Prime | Department of Defense Defense Health Agency | CFD DHA STTR PHASE II MEDICAL RESEARCH CONTRACT FOR, MULTIPLEXED MULTI-OMICS BIOMARKER PANEL FROM MINIMALLY INVASIVE BIOMATRIX, PROPOSAL NO. H2-0787. | — | $1,299,969 | Jun 18, 2026 | Sep 20, 2024 – Jan 19, 2027 |
| Prime | National Aeronautics and Space Administration National Aeronautics and Space Administration | PHASE II SBIR - GRIND: GENOMIC RAPID INSPECTION OF NON-ABUNDANT BACTERIA AFTER DECONTAMINATION | — | $849,872 | Jun 16, 2026 | Jul 24, 2025 – Jul 23, 2027 |
| Prime | Department of Defense Department of the Air Force | MODULAR AND SCALABLE MACHINE LEARNING FRAMEWORK FOR INFRARED SEARCH AND TRACK | — | $1,799,945 | Jun 12, 2026 | Aug 11, 2025 – Aug 11, 2027 |
| Prime | Department of Homeland Security Office of Procurement Operations | SBIR 23.1 PHASE II CPFF AWARD TO CFD RESEARCH CORPORATION | — | $999,027 | Jun 9, 2026 | May 1, 2024 – Apr 30, 2027 |
| Prime | Department of Defense Missile Defense Agency | SBIR/STTR PHASE II R&D | — | $1,456,961 | Jun 8, 2026 | Sep 26, 2023 – Jun 28, 2026 |
| Prime | Department of Defense Defense Health Agency | DHA SBIR PHASE II COMPACT AND PORTABLE REMOTE MONITORING SYSTEM FOR VITAL SIGNS WITH INTEGRATED PHOTONICS | — | $1,299,915 | Jun 3, 2026 | Aug 28, 2024 – Dec 27, 2026 |
| Prime | Department of Defense Defense Health Agency | HIGH THROUGHPUT PLATFORM FOR MILITARY RELEVANT EXPOSURES | — | $555,157 | Jun 2, 2026 | Apr 10, 2026 – Aug 9, 2028 |
| Prime | Department of Defense Defense Health Agency | A MOBILE APPLICATION FOR ESTIMATING BLAST OVERPRESSURE EXPOSURE DURING MILITARY WEAPON AND BREACHING EXPLOSIVE TRAINING | — | $1,249,806 | May 26, 2026 | Apr 6, 2026 – Aug 5, 2028 |
| Prime | Department of Defense Department of the Air Force | SURROGATE TECHNIQUES FOR RAPID INNOVATION IN KINEMATIC ENGAGEMENT | FA865122DA004USAspending | $300,000 | May 21, 2026 | May 14, 2026 – Feb 15, 2029 |
| Prime | Department of Defense Department of the Army | PHASE II - BASE YEAR | — | $1,599,950 | May 19, 2026 | May 19, 2023 – May 18, 2027 |
| Prime | Department of Health and Human Services National Institutes of Health | TO AWARD SBIR PHASE I TO CFD RESEARCH CORPORATION. | — | $299,946 | May 6, 2026 | Aug 16, 2021 – Aug 15, 2022 |
| Prime | Department of Defense Department of the Navy | 873AUTHORITY | — | $899,959 | Apr 22, 2026 | Jun 13, 2025 – Dec 14, 2026 |
| Prime | Department of Defense Defense Advanced Research Projects Agency | MICROSYSTEMS INDUCED CATALYSIS (MICA) | — | $2,937,591 | Apr 8, 2026 | Aug 19, 2025 – May 19, 2027 |
| Prime | Department of Defense Department of the Air Force | GUIDED WEAPON DESIGN SBIR PHASE III | FA865122DA004USAspending | $1,664,841 | Mar 16, 2026 | Jul 29, 2022 – May 29, 2026 |
| Prime | National Aeronautics and Space Administration National Aeronautics and Space Administration | CONFIGURABLE PARAMETRIC AEROSERVOELASTIC REDUCED-ORDER MODELS FOR AEROSTRUCTURAL SENSING AND CONTROL | — | $849,858 | Feb 23, 2026 | May 23, 2023 – May 31, 2026 |
| Prime | Department of Defense Department of the Air Force | LIGHTWEIGHT METASURFACE OPTICS WITH WIDE FIELD OF VIEW AND BROAD BANDWIDTH | — | $1,249,936 | Feb 19, 2026 | Dec 1, 2023 – Aug 28, 2026 |
| Prime | Department of Defense Department of the Air Force | PERFORMANCE PREDICTION OF CMCS UNDER EXTREME ENVIRONMENT CONDITIONS | — | $1,249,956 | Jan 28, 2026 | Aug 3, 2023 – Oct 21, 2026 |
| Prime | Department of Defense Department of the Navy | RESEARCH AND DEVELOPMENT | — | $1,929,963 | Jan 13, 2026 | Sep 14, 2023 – Jul 15, 2026 |
| Prime | National Aeronautics and Space Administration National Aeronautics and Space Administration | PROGRAMMABLE PHOTONIC INTEGRATED CIRCUITS (PICS) FOR RADIO FREQUENCY (RF) APPLICATIONS | — | $849,981 | Jan 6, 2026 | Mar 5, 2024 – May 30, 2026 |
| Prime | Department of Health and Human Services Food and Drug Administration | FDABAA-22-00123 - PMQWP 374 - A CFD-PBPK FRAMEWORK FOR SUPPORTING BIOEQUIVALENCE EVALUATION OF OPHTHALMIC DRUGS | — | $764,916 | Dec 29, 2025 | Jun 12, 2023 – Dec 31, 2026 |
| Prime | Department of Defense Department of the Army | DARPA SBIR II - TITLED NOVEL COMPUTATIONAL FRAMEWORK FOR OPTIMIZATION OF OBSCURANT DISSEMINATION AND OPTICAL PERFORMANCE | — | $1,499,829 | Dec 2, 2025 | Jan 4, 2023 – Jul 3, 2026 |
| Prime | Department of Defense Missile Defense Agency | SBIR/STTR PHASE II R&D A MODULAR FRAMEWORK FOR OPTIMIZATION OF PURSUIT EVASION STRATEGIES FOR HYPERSONIC INTERCEPT | — | $1,499,931 | Oct 27, 2025 | Feb 2, 2023 – Jul 2, 2025 |
| Prime | Department of Defense Department of the Navy | SBIR PHASE II | — | $1,080,595 | Oct 7, 2025 | Oct 5, 2021 – Jan 2, 2025 |
| Prime | Department of Defense Defense Health Agency | SMALL BUSINESS INNOVATION RESEARCH (SBIR) PROGRAM PHASE II RESEARCH. | — | $1,299,924 | Sep 30, 2025 | Sep 4, 2025 – Jan 3, 2028 |
| Prime | Department of Defense Department of the Navy | SBIR PH II | — | $1,199,877 | Sep 22, 2025 | Feb 14, 2023 – Mar 2, 2026 |
| Prime | Department of Defense Department of the Navy | IGF::CT::IGF | — | $982,068 | Sep 10, 2025 | Dec 19, 2017 – Jun 14, 2021 |
| Prime | Department of Defense Defense Health Agency | MEDICAL RESEARCH AND DEVELOPMENT CONTRACT DHA STTR PH II PROPOSAL NO. A2-9480 TITLED: PORTABLE PHAGE PREPARATION TECHNOLOGY FOR FIELD APPLICATION | — | $1,099,900 | Jul 23, 2025 | Jul 3, 2023 – May 2, 2026 |
| Prime | Department of Defense Department of the Army | ARMY STTR PHASE II FOR PROPOSAL ENTITLED, META-OPTIC IMAGE DIFFERENTIATION FOR HIGH SPEED TARGET RECOGNITION". | — | $1,149,980 | Jul 16, 2025 | Jul 20, 2023 – Jul 24, 2026 |
| Prime | Department of Defense Defense Health Agency | DHA SBIR PH II H2S-0054 (MONTHS 1-23) | — | $1,299,857 | Jun 13, 2025 | Apr 15, 2024 – Aug 14, 2026 |
| Prime | Department of Defense Department of the Air Force | ADVANCES IN INFRARED TARGET SCENE PROJECTION FOR MUNITION TESTING | — | $999,994 | May 7, 2025 | Jun 15, 2023 – Jun 15, 2026 |
| Prime | Department of Defense Department of the Navy | CARBON-CARBON MANUFACTURING PROCESS MODELING-AEROSHELLS | — | $1,199,976 | May 1, 2025 | Sep 22, 2023 – Nov 3, 2025 |
| Prime | Department of Defense Department of the Air Force | DEEP LEARNING FRAMEWORK FOR WAVEBAND-SPECIFIC GLOBAL SCENE BACKGROUND GENERATION | — | $1,249,961 | Apr 30, 2025 | Dec 19, 2022 – Dec 22, 2025 |
| Prime | Department of Defense Department of the Army | SBIR PH II A18-104 SCALABLE, OPEN-ENVIRONMENT ADDITIVE MANUFACTURING OF METAL PART | — | $995,648 | Apr 22, 2025 | May 29, 2020 – Apr 15, 2023 |
| Prime | Department of Defense Department of the Army | ARMY SMALL BUSINESS INNOVATION RESEARCH PROGRAM (SBIR) PHASE II FOR THE EFFORT ENTITLED "AIR MISSILE DEFENSE (AMD) WEATHER MANAGEMENT". | — | $1,092,212 | Apr 15, 2025 | Jun 26, 2020 – Jun 24, 2022 |
| Prime | Department of Defense Department of the Navy | RESEARCH AND DEVELOPMENT | — | $1,999,927 | Apr 2, 2025 | May 22, 2020 – Dec 31, 2025 |
Contract vehicles are shown only when present in the source record. Linked award numbers and vehicles open the authoritative record on USAspending.gov.
Subcontracting experience
Showing the 50 most recent of 174 records from government sources. Past participation is not evidence of current teaming interest.
| Role | Agency | Description | Vehicle | Obligated | Action date | Period |
|---|---|---|---|---|---|---|
| Subcontractor | Department of Defense | R&D MILESTONE 26S0218F Parent award context Parent award agency: Department of Defense · Department of the Air Force Parent award NAICS: 541715 Parent award performance state: CO Parent award description: RESPONSIVE OPERATOR-INTERFACE DEVELOPMENT (ROID) View parent award on USAspending | FA865020D6203USAspending | $120,000 | Jul 28, 2026 | — – — |
| Subcontractor | National Aeronautics and Space Administration | CFD RESEARCH HAS BROAD EXPERIENCE IN ALL-SOURCE ANALYSIS AND FME OF WEAPON SYSTEMS (DEW, SRBMS, AND CRUISE MISSILES), EO/IR SENSORS AND SIGNATURES RADAR M&S, SIGNAL INJECTION, AND RADAR HWIL TESTING. P281008 · Prime awardUSAspending | 80JSC023AA001USAspending | $179,893 | May 1, 2026 | — – — |
| Subcontractor | National Aeronautics and Space Administration | THE ARMY TECHNOLOGY DEVELOPMENT DIRECTORATE REQUIRES MULTIDISCIPLINARY EXPERTISE IN ROTARY-WING AND ADVANCED
AIRCRAFT DESIGN TO SUPPORT AVIATION ENTERPRISE LEVEL DESIGN AND PERFORMANCE ASSESSMENT ACTIVITIES. THESE REQUIREMENTS
INCLUDE THE APPLICATION OF EXISTING COMPUTATIONAL TOOLS, THE DEVELOPMENT OF NEW COMPUTATIONAL METHODS, AND SPECIALIZED
MODELING IN AREAS SUCH AS COST, PROPULSION, AND PARAMETRIC DESIGN TO SUPPORT ROTORCRAFT CONCEPTUAL DESIGN, PRELIMINARY
DESIGN, AND DETAILED COMPONENT DESIGN.
• PERFORM TECHNICAL AND COST REVIEW OF AIRCRAFT DESIGNS, TECHNOLOGY ASSUMPTIONS, AND TECHNICAL ISSUES AND RISKS
ASSOCIATED WITH VARIOUS VEHICLE CONFIGURATIONS.
• DEVELOP DETAILED PARAMETRIC CAD LAYOUTS OF AIRCRAFT CONCEPTS TO SUPPORT DESIGN ITERATION AND TRADE STUDIES
• DEVELOP AND APPLY ADVANCED PROPULSION MODELS, INCLUDING TRADITIONAL TURBOSHAFT, HYBRID-ELECTRIC, AND ALLELECTRIC
SYSTEMS FOR ROTORCRAFT AND FIXED-WING AIRCRAFT
• PERFORM TRADE STUDIES WORKING WITH CD&A CUSTOMERS TO EXPLORE REQUIREMENTS TRADE SPACE AND PROVIDE
GUIDANCE ON OPERATIONAL IMPACTS OF AIRCRAFT DESIGNS AS THEY RELATE TO OPERATIONAL REQUIREMENTS.
• SUGGEST TRADES TO MEET OPERATIONAL REQUIREMENTS AND MAKE RECOMMENDATIONS ON REQUIREMENTS/CAPABILITIES
TO IMPROVE OVERALL AIRCRAFT EFFECTIVENESS.
• UTILIZE GOVERNMENT-STANDARD TOOLS, SUCH AS NASA DESIGN AND ANALYSIS OF ROTORCRAFT (NDARC), FOR DETAILED
AIRCRAFT MODELING AND PERFORMANCE ASSESSMENT, WITH THE SME PROVIDING EXPERT GUIDANCE AND MENTORSHIP TO
NEW HIRES ON ITS APPLICATION.
• SUPPORT CONCEPTUAL DESIGN AND ASSESSMENT (CD&A) VALIDATION ACTIVITIES BY PROVIDING PLANNING INPUT INTO
FUTURE WIND TUNNEL TESTS AND DATA COLLECTION EFFORTS TO SUPPORT MODEL CALIBRATION. ENSURE DATA IS PROPERLY
ACQUIRED AND IS SUFFICIENT TO SUPPORT CALIBRATION USING DESIGN TOOLSETS.
• CONDUCT TECHNICAL ASSESSMENTS OF CURRENT TECHNOLOGIES AND WORK WITH OTHER TECH AREAS TO PROVIDE SYSTEMLEVEL
ASSESSMENTS OF COMPONENT TECHNOLOGIES.
• SUPPORT CD&A LONG-TERM PLANNING ACTIVITIES, PROVIDING EXPERT OPINIONS ON TOOL DEVELOPMENT, REVIEW OF LONGRANGE
PROJECT PLANS, AND INPUT TO THE STRATEGIC DIRECTION.
• AS DIRECTED, REPRESENT CD&A AIRCRAFT DESIGN SMES SUBJECT MATTER EXPERT AT MEETINGS, INDUSTRY FORUMS,
PROGRAM REVIEWS, TECHNOLOGY DEMONSTRATIONS, AND OPERATIONAL TESTS.
• USE EXPERTISE IN ROTORCRAFT DESIGN TO MENTOR NEW HIRES AND OTHER ENGINEERS REGARDING AIRCRAFT DESIGN CONCEPTS
AND METHODS.
• SUPPORT THE DEVELOPMENT AND TESTING OF NEW COMPUTATIONAL TOOLS TO IMPROVE ROTORCRAFT DESIGN METHODS AND
CAPABILITIES, INCLUDING THE EXPLORATION OF AI TOOLS IN THE DESIGN PROCESS
• APPLY THESE NEWLY DEVELOPED COMPUTATIONAL DESIGN METHODS TO ENGINEERING DESIGN PROBLEMS RELATED TO THE
ARMY’S FLRAA PROGRAM, EVTOL, HYBRID-ELECTRIC, ESTOL, HEAVY LIFT, CONTESTED LOGISTICS, SUAS, COUNTER-UAS
AS NECESSARY TO SUPPORT THE CD&A MISSION.
• PROVIDE RESEARCH OUTCOMES OF DESIGN ANALYSIS (PERFORMANCE MODELS, GEOMETRY & LAYOUT, CONTROL ARRANGEMENT,
ETC.) TO OTHER TECHNICAL AREAS FOR HIGH FIDELITY ANALYSIS IN SUPPORTING SPECIALTY DISCIPLINES. IDIQ-ASSESS-001-TO1-C3.02 Parent award context Parent award agency: National Aeronautics and Space Administration · National Aeronautics and Space Administration Parent award NAICS: 541715 Parent award performance state: CA Parent award description: THIS TASK ORDER WILL BE PROVIDING SUPPORT IN DEVELOPMENT AND ENGINEERING IN COMPUTATIONAL FLUID DYNAMICS TO THE NASA ADVANCED SUPERCOMPUTING COMPUTATIONAL AEROSCIENCES BRANCH, AND COMPUTATIONAL PHYSICS BRANCH. View parent award on USAspending | 80ARC025D0003USAspending | $575,269 | Apr 1, 2026 | — – — |
| Subcontractor | National Aeronautics and Space Administration | SUBCONTRACTOR SHALL:
● PERFORM CAD DEVELOPMENT/CLEANUP TO PROVIDE CFD-READY CAD IN SUPPORT OF HIGH FIDELITY CFD AERODYNAMIC
SIMULATIONS TO ASSESS WIND TUNNEL FACILITIES AND POTENTIAL UPGRADES AND MODIFICATIONS.
● INDUSTRY AND OTHER GOVERNMENT VEHICLE CAD AND CFD SUPPORT
● SUPPORT COMMERCIAL AIRCRAFT AND SPACE VEHICLE, AND OTHER VEHICLE CFD ANALYSIS WITH CAD GEOMETRY CLEANUP
AS REQUIRED IN SUPPORT OF INCLUDING INDUSTRY LAUNCH AND ENTRY VEHICLE CONCEPTS AS REQUIRED. IDIQ-ASSESS-001-T01-C3.02 Parent award context Parent award agency: National Aeronautics and Space Administration · National Aeronautics and Space Administration Parent award NAICS: 541715 Parent award performance state: CA Parent award description: THIS TASK ORDER PROVIDES AERONAUTICS PROJECT SUPPORT. THIS TASK INCLUDES REQUIREMENTS TO SUPPORT SYSTEM ANALYSIS OFFICE, ROTORCRAFT TECHNOLOGY OFFICE, AND AERONAUTICS PROJECTS OFFICE. View parent award on USAspending | 80ARC025D0003USAspending | $39,568 | Apr 1, 2026 | — – — |
| Subcontractor | National Aeronautics and Space Administration | THE ARMY TDD REQUIRES AEROMECHANICS AND STRUCTURAL DYNAMICS MODELING USING OUR MOST COMMONLY USED STRUCTURAL
DYNAMICS AND COMPREHENSIVE ANALYSES: X3D, VABS, RCAS AND CAMRAD 2. THIS REQUIRES AN EXTENSIVE UNDERSTANDING
OF ROTORCRAFT AEROELASTIC ANALYSIS FOR ROTORCRAFT, INCLUDING:
• THIN AIRFOIL THEORY FOR PITCHING AND PLUNGING OF WINGS
• BEAM MODELING FOR ROTORCRAFT BLADES
• STRUCTURAL CROSS-SECTIONAL ANALYSIS FOR BEAM MODELS
• DEVELOPMENT OF COMPREHENSIVE ROTORCRAFT MODELS AND ROTOR STRUCTURAL DYNAMICS
• DYNAMICS ISSUES RESULTING FROM ROTOR BLADE CROSS-SECTIONAL SPANWISE NONUNIFORMITIES
• COMPOSITE MATERIALS AND THEIR ELASTIC PROPERTIES
• WHIRL FLUTTER ANALYSIS FOR MULTI-ROTOR CONFIGURATIONS
• VIBRATION ANALYSIS
THIS SUBTASK FOCUSES ON THE DEVELOPMENT, VERIFICATION, AND VALIDATION OF RCAS AND RCAS/HELIOS AEROMECHANICS
SIMULATIONS TO COMPUTE AERODYNAMIC AND STRUCTURAL LOADS FOR A VARIETY OF EXPERIMENTAL VALIDATION ACTIVITIES AND FOR
SPECIFIC ARMY VEHICLE CONFIGURATIONS. IN ADDITION TO THE TRADITIONAL COMPREHENSIVE ANALYSIS MODELING, THIS REQUIREMENT
ALSO REQUIRES ROTORCRAFT AEROMECHANICS MODELING AND SIMULATION USING HIGH-FIDELITY AERODYNAMICS FROM COMPUTATIONAL
FLUID DYNAMICS AND 3D STRUCTURAL DYNAMICS. THE CFD CODE PROVIDES THE ROTOR AIRLOADS (FOR A GIVEN SET OF ROTOR BLADE
MOTIONS) AND THE COMPREHENSIVE ANALYSIS CODE PROVIDES THE ROTOR MOTIONS AND THE ROTOR BLADE AEROELASTIC RESPONSE FOR
A GIVEN SET OF ROTOR AIRLOADS. THE CSD AND CFD ANALYSES ARE ALTERNATED AT DIFFERENT TIME STEPS
AND THE BLADE MOTIONS AND ROTOR AIRLOADS ARE PASSED BACK AND FORTH BETWEEN THE TWO MODULES. THESE ROTORCRAFT
APPLICATIONS ANALYSES WILL REQUIRE A SIGNIFICANT VALIDATION EFFORT BETWEEN AVAILABLE EXPERIMENTAL DATA AND COMPUTED
RESULTS FOR ROTOR AIRLOADS.
FOR THE CURRENT PERIOD OF PERFORMANCE, THIS SUB-TASK WILL FOCUS ON THE FOLLOWING AREAS:
• CONDUCT AEROELASTIC STABILITY ANALYSIS FOR VARIOUS TILT ROTOR CONFIGURATIONS
• MAINTAIN AND VALIDATE THE INTERFACE FOR COMPREHENSIVE ANALYSIS CODE RCAS WITH HELIOS.
• PERFORM COUPLED ANALYSIS WITH FUSELAGE
• RCAS SOFTWARE DEVELOPMENT SUPPORT
O ARMY TDD REQUIRES SUPPORT WITH DEVELOPMENT, VALIDATION, AND APPLICATIONS OF THE RCAS SOFTWARE FOR
ROTORCRAFT COMPREHENSIVE ANALYSIS. IN ADDITION TO THE RCAS ROLE IN PERFORMING STANDALONE ROTORCRAFT
COMPREHENSIVE ANALYSIS FOR ARMY VEHICLES, RCAS IS ALSO THE FUNDAMENTAL FLIGHT CONTROL AND STRUCTURAL
DYNAMICS COMPONENT MODULE WITHIN THE HELIOS SOFTWARE PACKAGE. AS SUCH, MANY OF THE NEW HELIOS
CAPABILITIES WILL REQUIRE SOFTWARE CHANGES IN RCAS AND SUBSEQUENT INTEGRATION AND TESTING IN ORDER
TO FUNCTION PROPERLY. THE ARMY TDD REQUIRES SUPPORT WITH RCAS SOFTWARE PROGRAMMING IN ORDER TO
IMPLEMENT AND TEST THESE REQUIRED RCAS CHANGES. IDIQ-ASSESS-001-T01-C3.02 Parent award context Parent award agency: National Aeronautics and Space Administration · National Aeronautics and Space Administration Parent award NAICS: 541715 Parent award performance state: CA Parent award description: TASK ORDER PROVIDES SUPPORT FOR AEROMECHANICS AND STRUCTURAL DYNAMICS ANALYSIS, VERTICAL LIFT SUPPORT, AND COMPUTATIONAL FLUID DYNAMICS IN SUPPORT OF ROTORCRAFT AND HELIOS PROJECTS. View parent award on USAspending | 80ARC025D0003USAspending | $31,500 | Apr 1, 2026 | — – — |
| Subcontractor | General Services Administration | CFD DEVELOPS INNOVATIVE TECHNOLOGIES THAT ADVANCE NATIONAL SECURITY, AEROSPACE, DEFENSE, LIFE SCIENCES, MATERIALS, AND ENERGY. CFD SPECIALIZES IN MODELING & SIMULATION, SOFTWARE DEVELOPMENT, PROTOTYPING, AND TESTING, ETC. P270638 Parent award context Parent award agency: General Services Administration · Federal Acquisition Service Parent award NAICS: 541330 Parent award performance state: VA Parent award description: TASK ORDER AWARD View parent award on USAspending | GS00Q14OADU108USAspending | $570,114 | Feb 26, 2026 | — – — |
| Subcontractor | Department of Defense | APG CAPTIVE MASS MODEL #1 4500343445 CO9 Parent award context Parent award agency: Department of Defense · Department of the Navy Parent award NAICS: 541714 Parent award performance state: UT Parent award description: NGJ LB CB1 DEVELOPMENT View parent award on USAspending | — | $1,500,000 | Nov 26, 2025 | — – — |
| Subcontractor | Department of Defense | NRE - SDRLS NOV 2025 NRE - SDRLS DEC 2025 4500343445 CO8 Parent award context Parent award agency: Department of Defense · Department of the Navy Parent award NAICS: 541714 Parent award performance state: UT Parent award description: NGJ LB CB1 DEVELOPMENT View parent award on USAspending | — | $1,566,945 | Nov 6, 2025 | — – — |
| Subcontractor | Department of Defense | TO CONDUCT RESEARCH AND DEVELOPMENT ACTIVITIES FOR THE CREATION OF
PROTOTYPES TO SUPPORT NEW SENSOR CHARACTERIZATION, ALGORITHM DEVELOPMENT, DATA VALIDATION AND INTELLIGENCE PRODUCTION
OF THE COMMAND, CONTROL, COMMUNICATION AND INFORMATION (C4I) DEFEAT FLIGHT FOR THE NATIONAL AIR & SPACE
INTELLIGENCE CENTER€„¢S (NASIC) GEOSPATIAL INTELLIGENCE (GEOINT) ANALYSIS SQUADRON (NASIC/GSI). 22S-2597 TO 023 Parent award context Parent award agency: Department of Defense · Department of the Air Force Parent award NAICS: 541715 Parent award performance state: OH Parent award description: THE PERFORMANCE WORK STATEMENT ENTITLED GEOINT C4I DEFEAT RESEARCH AND DEVELOPMENT, DATED 09 JULY 2024 IS HEREBY INCORPORATED BY REFERENCE. View parent award on USAspending | FA860422DB008USAspending | $450,000 | Oct 21, 2025 | — – — |
| Subcontractor | Department of Defense | NRE - SDRLS 4500343445 CO7 Parent award context Parent award agency: Department of Defense · Department of the Navy Parent award NAICS: 541714 Parent award performance state: UT Parent award description: NGJ LB CB1 DEVELOPMENT View parent award on USAspending | — | $43,521 | Sep 28, 2025 | — – — |
| Subcontractor | Department of Defense | CFD RESEARCH T&M PO 4500364699 Parent award context Parent award agency: Department of Defense · Department of the Navy Parent award NAICS: 541714 Parent award performance state: UT Parent award description: NGJ LB CB1 DEVELOPMENT View parent award on USAspending | — | $30,000 | Sep 8, 2025 | — – — |
| Subcontractor | Department of Defense | NRE 4500343445 CO3,4 Parent award context Parent award agency: Department of Defense · Department of the Navy Parent award NAICS: 541714 Parent award performance state: UT Parent award description: NGJ LB CB1 DEVELOPMENT View parent award on USAspending | — | $1,450,378 | Jun 23, 2025 | — – — |
| Subcontractor | Department of Defense | PROVIDE MODELING, SIMULATION, ANALYSIS, INTEGRATION, DEVELOPMENT, EXECUTION, AND ANALYSES OF THE BMDS/ DISCRIMINATION IMPROVEMENT FOR HOMELAND DEFENSE (DIHD) NEXT GENERATION INTERCEPTOR, GLIDE PHASE INTERCEPTOR PROGRAMS, AND THE NEW DEFENSE OF GUAM PROGRAM. THIS M&S ENGINEERING AND ANALYSIS EFFORT WILL SUPPORT THE ANALYSIS AND DEVELOPMENT RELATED TO COMPLEX THREAT MODEL DEVELOPMENT TO DIRECTLY SUPPORT THE MDA DIHD PROGRAM. THE CONTRACTOR SHALL PARTICIPATE IN SENIOR LEVEL REVIEWS OF DIHD ACTIVITIES AND ANALYSIS. THE CONTRACTOR SHALL FACILITATE THE SYSTEMS ENGINEERING PROCESSES SUPPORTING MDA DIHD PROGRAM SOFTWARE DEVELOPMENT. S3I0410567 Parent award context Parent award agency: Department of Defense · Department of the Army Parent award NAICS: 541712 Parent award performance state: AL Parent award description: SINGLE AWARD TO AGAINST GSA OASIS SB R POOL 5B FOR HWIL MISSILE TO ACQUIRE SOFTWARE/SYSTEMS/SIMULATION ENGINEERING AND COMPUTER RESOURCE ENGINEERING SUPPORT FOR THE AVIATION AND MISSILE CENTER, S3I DIRECTORATE, HWIL / VIRTUAL SIMULATORS MISSION AREA. View parent award on USAspending | GS00Q14OADS621USAspending | $20,838 | May 28, 2025 | — – — |
| Subcontractor | Department of Defense | PROVIDE SIMULATION, INTEGRATION, DEVELOPMENT, EXECUTION, AND ANALYSES OF C-UAS TECHNOLOGIES AND SUPPORTING SOFTWARE. THIS MODELING AND SIMULATION (M&S) ENGINEERING AND ANALYSIS EFFORT WILL SUPPORT C-UAS TECHNOLOGY SYSTEM PERFORMANCE ASSESSMENTS THAT INCLUDE BUT ARE NOT LIMITED TO MODELING AND SIMULATION OF FRIENDLY AND THREAT UAS, NECESSARY SOFTWARE DEVELOPMENT EFFORTS, INTEGRATION OF THREAT UAS TECHNOLOGIES AND C-UAS TESTING AND EXECUTION, AND ENGINEERING STUDIES OF THE C-UAS ELEMENTS. S3I0410567 Parent award context Parent award agency: Department of Defense · Department of the Army Parent award NAICS: 541712 Parent award performance state: AL Parent award description: SINGLE AWARD TO AGAINST GSA OASIS SB R POOL 5B FOR HWIL MISSILE TO ACQUIRE SOFTWARE/SYSTEMS/SIMULATION ENGINEERING AND COMPUTER RESOURCE ENGINEERING SUPPORT FOR THE AVIATION AND MISSILE CENTER, S3I DIRECTORATE, HWIL / VIRTUAL SIMULATORS MISSION AREA. View parent award on USAspending | GS00Q14OADS621USAspending | -$545 | Apr 28, 2025 | — – — |
| Subcontractor | National Aeronautics and Space Administration | EXPERTISE DEVELOPED UNDER THIS TASK FOR THE DEVELOPMENT OF ADVANCED COMPUTATIONAL CAPABILITIES FOR BOTH AERONAUTICS AND SPACE EXPLORATION, WILL SUPPORT TASKS SUCH AS SIMULATIONS OF URBAN AIR MOBILITY VEHICLES, ANALYSIS OF VERTICAL LIFT SYSTEMS FOR PLANETARY EXPLORATION, MODELING OF HYPERSONIC FLOW ENVIRONMENTS FOR SPACECRAFT HEAT SHIELDS, AND OTHER EMERGING TECHNOLOGIES OF INTEREST TO THE NASA ENTERPRISE. CONTRACTOR SHALL SERVE IN A LEADERSHIP ROLE IN GROUP MANAGEMENT AS WELL AS IN TECHNICAL RESEARCH.
SPECIFIC ACTIVITIES IN SUPPORT OF URBAN AIR MOBILITY INCLUDE DEVELOPMENT OF TILTWING AND TILT-DUCT VEHICLE CONCEPTS, OVERSET GRIDS ON THE BASIS OF CAD GEOMETRY INCLUDING ROTOR BLADES, LANDING GEAR, MAIN FUSELAGE, CONTROL SURFACES, ETC. THE QUIET SINGLE-MAIN ROTOR (QSMR) VEHICLE CONCEPT IS ANOTHER EXAMPLE. HIGH-FIDELITY CFD SIMULATIONS WILL ALSO BE APPLIED TO TILT-DUCT/TILTWING VEHICLES AS PART OF THE REVOLUTIONARY VERTICAL LIFT TECHNOLOGY (RVLT) PROJECT. COUPLED CAMRADII-OVERFLOW SIMULATIONS WILL BE RUN FOR DIFFERENT RVLT UAM CONCEPTS. ANOPP2-AARON WILL BE USED FOR AEROACOUSTIC SIMULATIONS. MID-FIDELITY SIMULATIONS USING THE ACTUATOR DISK MODEL IN OVERFLOW WILL BE RUN FOR THE RVLT UAM CONCEPT VEHICLES.
HIGH-FIDELITY SIMULATIONS OF THE DRAGONFLY ROTORCRAFT LANDER TO TITAN WILL BE CONDUCTED. OVERSET GRID GENERATION, GEOMETRY CLEANUP, AND BLADE MODELING FOR THE GEOMETRY WILL BE PERFORMED. THE BACKSHELL OF THE HEATSHIELD WILL ALSO BE INCLUDED IN THE GEOMETRY MODELING PROCESS. SIMULATIONS OF THE ROTORCRAFT IN DIFFERENT FLIGHT CONDITIONS WILL BE CONDUCTED INCLUDING HOVER, CRUISE, FLYOVER, DESCENT, ETC. TWO SPECIFIC SECTIONS OF THE ENTRY, DESCENT, AND LANDING (EDL) FOR DRAGONFLY WILL BE SIMULATED – PREPARATION TO POWERED FLIGHT (PPF) AND TRANSITION TO POWERED FLIGHT (TPF) WITH THE ROTORCRAFT, BACKSHELL, AND ATTACHMENT RODS USING THE HIGH-FIDELITY FLOW SOLVER, OVERFLOW. THIS EFFORT INCLUDES AERODYNAMIC ANALYSIS, COMPARISON WITH WIND TUNNEL TEST DATA, AND DOCUMENTATION OF THE RESULTS.
ADDITIONALLY, CONTRACTOR SHALL SUPPORT THE DEVELOPMENT OF PROPOSALS ON MODELING, SIMULATION, AND DATA ANALYSIS OF SOLAR/STELLAR PHYSICS TO UNDERSTAND THE ORIGINS OF SPACE WEATHER, PREDICT GLOBAL SOLAR ACTIVITY, AND DETECT EARTH-TYPE EXOPLANETS AROUND SOLAR-TYPE STARS THAT POTENTIALLY HARBOR LIFE.
PROVIDE SUPPORT FOR GRID GENERATION USING CHIMERA GRID TOOLS (CGT) AND HIGH-FIDELITY COMPUTATIONAL FLUID DYNAMICS USING OVERFLOW TO SUPPORT MODELING AND SIMULATION OF DRAGONFLY’S ROTORCRAFT LANDER AND BACKSHELL FOR PPF AND TPF, AS WELL AS PERFORM POST-PROCESSING TASKS AND COMPARE RESULTS WITH WIND-TUNNEL DATA IDIQ-ASSESS-001 Parent award context Parent award agency: National Aeronautics and Space Administration · National Aeronautics and Space Administration Parent award NAICS: 541715 Parent award performance state: CA Parent award description: THIS TASK ORDER WILL BE PROVIDING SUPPORT IN DEVELOPMENT AND ENGINEERING IN COMPUTATIONAL FLUID DYNAMICS TO THE NASA ADVANCED SUPERCOMPUTING COMPUTATIONAL AEROSCIENCES BRANCH, AND COMPUTATIONAL PHYSICS BRANCH. View parent award on USAspending | 80ARC025D0003USAspending | $1,068,831 | Apr 22, 2025 | — – — |
| Subcontractor | National Aeronautics and Space Administration | SUBCONTRACTOR SHALL APPLY THESE NEWLY DEVELOPED COMPUTATIONAL DESIGN METHODS TO ENGINEERING DESIGN PROBLEMS RELATED TO THE ARMY’S FUTURE VERTICAL LIFT PROGRAM, EVTOL, HYBRID-ELECTRIC, ESTOL AND OTHER AIRCRAFT ELECTRIFICATION ACTIVITIES.
THE ARMY TECHNOLOGY DEVELOPMENT DIRECTORATE REQUIRES EXPERTISE IN ROTARY-WING DESIGN TO SUPPORT FUTURE VERTICAL LIFT DESIGN AND PERFORMANCE ASSESSMENT ACTIVITIES. THESE REQUIREMENTS INCLUDE BOTH APPLICATIONS OF EXISTING COMPUTATIONAL TOOLS AND THE DEVELOPMENT OF NEW COMPUTATIONAL TOOLS TO SUPPORT ROTORCRAFT CONCEPTUAL DESIGN, PRELIMINARY DESIGN, AND DETAILED COMPONENT DESIGN. SUBCONTRACTOR SHALL
● PERFORM TECHNICAL REVIEW OF AIRCRAFT DESIGNS, TECHNOLOGY ASSUMPTIONS AND TECHNICAL ISSUES AND RISKS ASSOCIATED WITH VARIOUS VEHICLE CONFIGURATIONS.
● PROVIDE GUIDANCE ON OPERATIONAL IMPACTS OF AIRCRAFT DESIGNS AS THEY RELATE TO OPERATIONAL REQUIREMENTS.
● SUGGEST TRADES TO MEET OPERATIONAL REQUIREMENTS AND MAKE RECOMMENDATIONS ON REQUIREMENTS/ CAPABILITIES TO IMPROVE OVERALL AIRCRAFT EFFECTIVENESS.
● SUPPORT CONCEPTUAL DESIGN AND ASSESSMENT (CD&A) VALIDATION ACTIVITIES BY PROVIDING PLANNING INPUT INTO FUTURE WIND TUNNEL TESTS AND DATA COLLECTION EFFORTS TO SUPPORT MODEL CALIBRATION. ENSURE DATA IS PROPERLY ACQUIRED AND IS SUFFICIENT TO SUPPORT CALIBRATION USING DESIGN TOOLSETS.
● CONDUCT TECHNICAL ASSESSMENTS OF CURRENT TECHNOLOGIES AND WORK WITH OTHER TECH AREAS TO PROVIDE SYSTEM LEVEL ASSESSMENTS OF COMPONENT TECHNOLOGIES.
● SUPPORT CD&A LONG-TERM PLANNING ACTIVITIES, PROVIDING EXPERT OPINIONS ON TOOL DEVELOPMENT, REVIEW OF LONG-RANGE PROJECT PLANS AND INPUT TO THE STRATEGIC DIRECTION.
● AS DIRECTED, REPRESENT CD&A AS AN FUTURE VERTICAL LIFT (FVL)AND UNMANNED AIRCRCRAFT SYSTEMS (UAS) OPERATIONAL SUBJECT MATTER EXPERT AT MEETINGS, INDUSTRY FORUMS, PROGRAM REVIEWS, TECHNOLOGY DEMONSTRATIONS, AND OPERATIONAL TESTS.
● USE EXPERTISE IN ROTORCRAFT DESIGN TO MENTOR NEW HIRES AND OTHER ENGINEERS REGARDING AIRCRAFT DESIGN CONCEPTS AND METHODS.
● SUPPORT THE DEVELOPMENT AND TESTING OF NEW COMPUTATIONAL TOOLS TO IMPROVE ROTORCRAFT DESIGN METHODS AND CAPABILITIES. IDIQ-ASSESS-001 Parent award context Parent award agency: National Aeronautics and Space Administration · National Aeronautics and Space Administration Parent award NAICS: 541715 Parent award performance state: CA Parent award description: TASK ORDER TO SUPPORT AEROMECHANICS AND STRUCTURAL DYNAMICS ANALYSIS, VERTICAL LIFT SUPPORT, AND COMPUTATIONAL FLUID DYNAMICS IN SUPPORT OF ROTORCRAFT AND HELIOS PROJECTS. View parent award on USAspending | 80ARC025D0003USAspending | $415,143 | Apr 22, 2025 | — – — |
| Subcontractor | National Aeronautics and Space Administration | SUBCONTRACTOR SHALL:
● PERFORM CAD DEVELOPMENT/CLEANUP TO PROVIDE CFD-READY CAD IN SUPPORT OF HIGH FIDELITY CFD AERODYNAMIC SIMULATIONS TO ASSESS WIND TUNNEL FACILITIES AND POTENTIAL UPGRADES AND MODIFICATIONS.
● INDUSTRY AND OTHER GOVERNMENT VEHICLE CAD AND CFD SUPPORT
● SUPPORT COMMERCIAL AIRCRAFT AND SPACE VEHICLE, AND OTHER VEHICLE CFD ANALYSIS WITH CAD GEOMETRY CLEANUP AS REQUIRED IN SUPPORT OF INCLUDING INDUSTRY LAUNCH AND ENTRY VEHICLE CONCEPTS AS REQUIRED. IDIQ-ASSESS-001 Parent award context Parent award agency: National Aeronautics and Space Administration · National Aeronautics and Space Administration Parent award NAICS: 541715 Parent award performance state: CA Parent award description: THIS TASK ORDER PROVIDES AERONAUTICS PROJECT SUPPORT. THESE TASKS INCLUDE REQUIREMENTS TO SUPPORT TO THE SYSTEM ANALYSIS OFFICE, ROTORCRAFT TECHNOLOGY OFFICE, AND AERONAUTICS PROJECTS OFFICE. View parent award on USAspending | 80ARC025D0003USAspending | $107,118 | Apr 22, 2025 | — – — |
| Subcontractor | Department of Defense | MISSION SYSTEMS PROTOTYPE TEST APG 4500343445 CO1 Parent award context Parent award agency: Department of Defense · Department of the Navy Parent award NAICS: 541714 Parent award performance state: UT Parent award description: NGJ LB CB1 DEVELOPMENT View parent award on USAspending | — | $1,095,660 | Apr 13, 2025 | — – — |
| Subcontractor | Department of Defense | THE OBJECTIVE OF THIS EFFORT IS TO ACQUIRE ENGINEERING AND PROFESSIONAL SERVICES SUPPORTING AVIATION AND MISSILE ELEMENT MODELS, SIMULATIONS, AND ANALYSIS FOR THE CCDC AVMC, S3I DIRECTORATE, M&S AREA. THE M&S AREA PROVIDES VARIOUS TYPES OF MODELING AND SIMULATION SUPPORT TO ALL BRANCHES OF THE ARMED SERVICES, MULTIPLE PROGRAM OFFICES, AND OTHERS FOR DEVELOPMENT AND IMPROVEMENTS TO THEIR SYSTEMS. TASKS MAY ALSO INVOLVE RELATED NON-US SYSTEMS. S3I0310567 Parent award context Parent award agency: Department of Defense · Department of the Army Parent award NAICS: 541712 Parent award performance state: AL Parent award description: SINGLE AWARD TO AGAINST GSA OASIS SB (POOL 5B) FOR ENGINEERING AND PROFESSIONAL SERVICES SUPPORTING AVIATION AND MISSILE ELEMENT MODELS, SIMULATIONS, AND ANALYSIS FOR THE CCDC AVMC, S3I DIRECTORATE, M&S AREA. View parent award on USAspending | GS00Q14OADS621USAspending | $0 | Mar 31, 2025 | — – — |
| Subcontractor | Department of Defense | PROVIDE SIMULATION, INTEGRATION, DEVELOPMENT, EXECUTION, AND ANALYSES OF C-UAS TECHNOLOGIES AND SUPPORTING SOFTWARE. THIS MODELING AND SIMULATION (M&S) ENGINEERING AND ANALYSIS EFFORT WILL SUPPORT C-UAS TECHNOLOGY SYSTEM PERFORMANCE ASSESSMENTS THAT INCLUDE BUT ARE NOT LIMITED TO MODELING AND SIMULATION OF FRIENDLY AND THREAT UAS, NECESSARY SOFTWARE DEVELOPMENT EFFORTS, INTEGRATION OF THREAT UAS TECHNOLOGIES AND C-UAS TESTING AND EXECUTION, AND ENGINEERING STUDIES OF THE C-UAS ELEMENTS. S3I0410567 Parent award context Parent award agency: Department of Defense · Department of the Army Parent award NAICS: 541712 Parent award performance state: AL Parent award description: SINGLE AWARD TO AGAINST GSA OASIS SB R POOL 5B FOR HWIL MISSILE TO ACQUIRE SOFTWARE/SYSTEMS/SIMULATION ENGINEERING AND COMPUTER RESOURCE ENGINEERING SUPPORT FOR THE AVIATION AND MISSILE CENTER, S3I DIRECTORATE, HWIL / VIRTUAL SIMULATORS MISSION AREA. View parent award on USAspending | GS00Q14OADS621USAspending | $93,314 | Mar 11, 2025 | — – — |
| Subcontractor | Department of Defense | THE CONTRACTOR SHALL SUPPORT IN THE PERFORMANCE OF SYSTEM ENGINEERING, THEORETICAL ANALYSES, SIMULATION AND MODELING, RESEARCH AND DEVELOPMENT HARDWARE DESIGN, SOFTWARE/ALGORITHM DEVELOPMENT, HARDWARE FABRICATION, SYSTEM INTEGRATION, ELECTRICAL AND MECHANICAL INTERFACE DESIGN, HARDWARE IDENTIFICATION AND PROCUREMENT, TEST PLANNING, TEST SUPPORT AND DATA ACQUISITION, REDUCTION AND REPORTING TO SUPPORT RESEARCH AND DEVELOPMENT FOR THE FOLLOWING CATEGORIES OF SENSOR SYSTEMS, SUBSYSTEMS, AND TECHNOLOGY USED FOR MISSILE GUIDANCE AND FIRE CONTROL APPLICATIONS: TERMINAL HOMING SYSTEMS INCLUDING BOTH PASSIVE AND ACTIVE SENSORS SUCH AS INFRARED (IR), RADIO FREQUENCY (RF), MILLIMETER WAVE (MMW), ELECTRO OPTICAL (EO) AND ACOUSTIC WITH AND WITHOUT FIBER OPTIC OR RF DATA LINKS TO THE GROUND AND/OR OTHER AERIAL VEHICLE; COMMAND GUIDANCE INCLUDING LASER, MMW, RF, AND WIRE; SEMI-ACTIVE GUIDANCE INCLUDING LASERS AND RF ILLUMINATORS; DUAL MODE GUIDANCE INCLUDING VARIOUS COMBINATIONS OF SENSORS, GUIDANCE MODES, GROUND AND AIRBORNE PLATFORM SENSOR SYSTEMS FOR DETECTION, RECOGNITION, IDENTIFICATION AND TRACKING TO SUPPORT TARGET ENGAGEMENT.
2.1.2. THE CONTRACTOR SHALL SUPPORT SYSTEM ENGINEERING ANALYSIS, DESIGN, HARDWARE AND SOFTWARE DEVELOPMENT, MODELING AND SIMULATION, AND FABRICATION IN SUPPORT OF TECHNOLOGY BASE, TECHNOLOGY DEMONSTRATIONS, AND CUSTOMER FUNDED PROGRAMS IN THE FOLLOWING AREAS: MULTI-MODE SEEKERS, TARGETS AND BACKGROUNDS MODELING AND DISCRIMINATION, ADVANCED IMAGING AUTOTRACKERS, AUTONOMOUS ACQUISTION ALGORITHMS AND PROCESSORS, INTEGRATED SENSOR SUITES (SENSOR FUSION), ADVANCED RF DATALINKS.
2.1.3. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT OF GENERIC MODELS OF SPECIFIC SENSOR SYSTEMS FOR USE IN COMPARATIVE ANALYSES AND PERFORMANCE SIMULATIONS OF THESE SENSORS IN A VARIETY OF ENVIRONMENTAL BACKGROUND CONDITIONS AND SYSTEM CONFIGURATIONS. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT OF SYSTEM LEVEL PRELIMINARY DESIGN FOR FUNCTIONAL DEFINITION AND PRELIMINARY ENGINEERING LAYOUT ANALYSIS, SCALED SKETCHES, DRAWINGS, AND SCALED MODELS OF SELECTED SENSORS AND SYSTEMS.
2.1.4. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT OF TWO OR THREE DIMENSIONAL IMAGE
2
PROCESSING AND PATTERN RECOGNITION TECHNIQUES FOR AUTOMATIC TARGET LOCATION, TRACKING AND MISSILE GUIDANCE USING VIDEO, INFRARED, ACOUSTIC, AND MMW IMAGERY. TECHNIQUES CONSIDERED SHALL INCLUDE CONVENTIONAL METHODS SUCH AS PRESCREENING, SEGMENTATION, FEATURE EXTRACTION, CLASSIFIER DESIGNS, AS WELL AS CORRELATION, MATCHED FILTERS, MOVING TARGET ALGORITHMS, OPTICAL FLOW TECHNIQUES, 3-DIMENSIONAL MODELING, WIRE FRAME, AND STEREOSCOPIC PROJECTIONS. SOFTWARE FOR ACCOMPLISHING THESE FUNCTIONS SHALL BE IMPLEMENTED AND DEMONSTRATED IN CAPTIVE FLIGHT TEST (CFT) HARDWARE OR SYSTEM SIMULATIONS. THE CONTRACTOR SHALL ASSIST IN THE DESIGN, FABRICATION, AND TESTING OF HARDWARE FOR IMPLEMENTING THE ALGORITHMS IN STATE-OF-THE ART CIRCUITRY FOR ACHIEVING NEAR REAL-TIME OPERATION IN MISSILE BORNE PROCESSORS. 2.1.5. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT AND TESTING OF PROCESSING TECHNIQUES FOR EXPLOITING THE CAPABILITIES OF MULTIPLE SENSORS (SENSOR FUSION), ACTIVE AND PASSIVE, FOR THE AUTONOMOUS FUNCTIONS OF DETECTION, RECOGNITION, TARGET TRACKING, AND MISSILE GUIDANCE WHEN THE DIFFERENT SENSORS HAVE DISSIMILAR CHARACTERISTICS (ACOUSTIC, RF, IR, AND EO SENSORS).
2.1.6. THE CONTRACTOR SHALL PROVIDE TEST SUPPORT, AND FLIGHT TEST SUPPORT, IN THE FORM OF TEST PLANNING, HARDWARE INSTRUMENTATION DEVELOPMENT, HARDWARE INTEGRATION, ELECTRICAL AND MECHANICAL INTERFACE DESIGN AND FABRICATION, AIRCRAFT MODIFICATIONS, TEST OPERATIONS, DATA ACQUISITION AND REDUCTION FOR THE TEST AND EVALUATION OF SENSOR SYSTEMS.
2.1.7. THE CONTRACTOR SHALL ASSIST IN CONDUCTING TARGET SIGNATURE MEASUREMENTS AND ASSIST IN PERFORMING ANALYSES UTILIZING SPECIFIC SENSORS OR COMBINATIONS OF SENSORS. TESTS SHALL CONSIDER THE EFFECT OF SMOKE, DUST CLUTTER AND WEATHER ON THE TARGET AND SENSORS. T18S012 Parent award context Parent award agency: Department of Defense · Department of the Army Parent award NAICS: 541330 Parent award performance state: AL Parent award description: TECHNICAL AND ENGINEERING SUPPORT FOR THE WEAPONS, DEVELOPMENT, AND INTEGRATION DIRECTORATE View parent award on USAspending | GS23F0321NUSAspending | $0 | Feb 28, 2025 | — – — |
| Subcontractor | Department of Defense | THE CONTRACTOR SHALL SUPPORT SYSTEM ENGINEERING TEST AND PERFORMANCE ANALYSIS USED TO ASSESS MDS PERFORMANCE BASED ON TEST, SIMULATION, AND WAR FIGHTER EVENTS. T21S012 Parent award context Parent award agency: Department of Defense · Department of the Army Parent award NAICS: 541712 Parent award performance state: AL Parent award description: SINGLE AWARD TO AGAINST GSA OASIS SB R POOL 5B FOR HWIL SYSTEMS OF SYSTEMS TO ACQUIRE ENGINEERING SERVICES FOR THE AVIATION AND MISSILE CENTER, S3I DIRECTORATE, HWIL / VIRTUAL SIMULATORS MISSION AREA. View parent award on USAspending | GS00Q14OADS621USAspending | $0 | Feb 28, 2025 | — – — |
| Subcontractor | Department of Defense | THE OBJECTIVE OF THIS EFFORT IS TO ACQUIRE ENGINEERING AND PROFESSIONAL SERVICES SUPPORTING AVIATION AND MISSILE ELEMENT MODELS, SIMULATIONS, AND ANALYSIS FOR THE CCDC AVMC, S3I DIRECTORATE, M&S AREA. THE M&S AREA PROVIDES VARIOUS TYPES OF MODELING
AND SIMULATION SUPPORT TO ALL BRANCHES OF THE ARMED SERVICES, MULTIPLE PROGRAM OFFICES, AND OTHERS FOR DEVELOPMENT AND IMPROVEMENTS TO THEIR SYSTEMS. TASKS MAY ALSO INVOLVE RELATED NON-US SYSTEMS. S3I0310567 Parent award context Parent award agency: Department of Defense · Department of the Army Parent award NAICS: 541712 Parent award performance state: AL Parent award description: SINGLE AWARD TO AGAINST GSA OASIS SB (POOL 5B) FOR ENGINEERING AND PROFESSIONAL SERVICES SUPPORTING AVIATION AND MISSILE ELEMENT MODELS, SIMULATIONS, AND ANALYSIS FOR THE CCDC AVMC, S3I DIRECTORATE, M&S AREA. View parent award on USAspending | GS00Q14OADS621USAspending | $0 | Feb 28, 2025 | — – — |
| Subcontractor | Department of Defense | THE CONTRACTOR SHALL PERFORM THE TASKS DESCRIBED WITHIN THE CONTENTS OF THIS PWS AND PROVIDE THE LABOR, MATERIALS AND OTHER DIRECT COSTS TO PROVIDE THE SERVICES SPECIFIED BELOW. TECHNICAL DIRECTIONS (TD) WILL BE ISSUED BY THE GOVERNMENT AS INCREMENTAL FUNDING MODIFICATIONS TO FURTHER DEFINE THE EFFORT PERFORMED UNDER THIS PWS. S3I0410567 Parent award context Parent award agency: Department of Defense · Department of the Army Parent award NAICS: 541712 Parent award performance state: AL Parent award description: SINGLE AWARD TO AGAINST GSA OASIS SB R POOL 5B FOR HWIL MISSILE TO ACQUIRE SOFTWARE/SYSTEMS/SIMULATION ENGINEERING AND COMPUTER RESOURCE ENGINEERING SUPPORT FOR THE AVIATION AND MISSILE CENTER, S3I DIRECTORATE, HWIL / VIRTUAL SIMULATORS MISSION AREA. View parent award on USAspending | GS00Q14OADS621USAspending | $324,123 | Feb 14, 2025 | — – — |
| Subcontractor | Department of Defense | MASS- R&D S3038-01-1 Parent award context Parent award agency: Department of Defense · Department of the Air Force Parent award NAICS: 541715 Parent award performance state: OH Parent award description: MISSION AUTONOMY FOR AIR AND SPACE SYSTEMS View parent award on USAspending | — | $699,952 | Feb 1, 2025 | — – — |
| Subcontractor | Department of Defense | THE OBJECTIVE OF THIS EFFORT IS TO ACQUIRE ENGINEERING AND PROFESSIONAL SERVICES SUPPORTING AVIATION AND MISSILE ELEMENT MODELS, SIMULATIONS, AND ANALYSIS FOR THE CCDC AVMC, S3I DIRECTORATE, M&S AREA. THE M&S AREA PROVIDES VARIOUS TYPES OF MODELING
AND SIMULATION SUPPORT TO ALL BRANCHES OF THE ARMED SERVICES, MULTIPLE PROGRAM OFFICES, AND OTHERS FOR DEVELOPMENT AND IMPROVEMENTS TO THEIR SYSTEMS. TASKS MAY ALSO INVOLVE RELATED NON-US SYSTEMS. S3I0310567 Parent award context Parent award agency: Department of Defense · Department of the Army Parent award NAICS: 541712 Parent award performance state: AL Parent award description: SINGLE AWARD TO AGAINST GSA OASIS SB (POOL 5B) FOR ENGINEERING AND PROFESSIONAL SERVICES SUPPORTING AVIATION AND MISSILE ELEMENT MODELS, SIMULATIONS, AND ANALYSIS FOR THE CCDC AVMC, S3I DIRECTORATE, M&S AREA. View parent award on USAspending | GS00Q14OADS621USAspending | $0 | Jan 31, 2025 | — – — |
| Subcontractor | Department of Defense | THE CONTRACTOR SHALL PERFORM THE TASKS DESCRIBED WITHIN THE CONTENTS OF THIS PWS AND PROVIDE THE LABOR, MATERIALS AND OTHER DIRECT COSTS TO PROVIDE THE SERVICES SPECIFIED BELOW. TECHNICAL DIRECTIONS (TD) WILL BE ISSUED BY THE GOVERNMENT AS INCREMENTAL FUNDING MODIFICATIONS TO FURTHER DEFINE THE EFFORT PERFORMED UNDER THIS PWS. S3I0410567 Parent award context Parent award agency: Department of Defense · Department of the Army Parent award NAICS: 541712 Parent award performance state: AL Parent award description: SINGLE AWARD TO AGAINST GSA OASIS SB R POOL 5B FOR HWIL MISSILE TO ACQUIRE SOFTWARE/SYSTEMS/SIMULATION ENGINEERING AND COMPUTER RESOURCE ENGINEERING SUPPORT FOR THE AVIATION AND MISSILE CENTER, S3I DIRECTORATE, HWIL / VIRTUAL SIMULATORS MISSION AREA. View parent award on USAspending | GS00Q14OADS621USAspending | $67,489 | Jan 31, 2025 | — – — |
| Subcontractor | Department of Defense | THE CONTRACTOR SHALL SUPPORT IN THE PERFORMANCE OF SYSTEM ENGINEERING, THEORETICAL ANALYSES, SIMULATION AND MODELING, RESEARCH AND DEVELOPMENT HARDWARE DESIGN, SOFTWARE/ALGORITHM DEVELOPMENT, HARDWARE FABRICATION, SYSTEM INTEGRATION, ELECTRICAL AND MECHANICAL INTERFACE DESIGN, HARDWARE IDENTIFICATION AND PROCUREMENT, TEST PLANNING, TEST SUPPORT AND DATA ACQUISITION, REDUCTION AND REPORTING TO SUPPORT RESEARCH AND DEVELOPMENT FOR THE FOLLOWING CATEGORIES OF SENSOR SYSTEMS, SUBSYSTEMS, AND TECHNOLOGY USED FOR MISSILE GUIDANCE AND FIRE CONTROL APPLICATIONS: TERMINAL HOMING SYSTEMS INCLUDING BOTH PASSIVE AND ACTIVE SENSORS SUCH AS INFRARED (IR), RADIO FREQUENCY (RF), MILLIMETER WAVE (MMW), ELECTRO OPTICAL (EO) AND ACOUSTIC WITH AND WITHOUT FIBER OPTIC OR RF DATA LINKS TO THE GROUND AND/OR OTHER AERIAL VEHICLE; COMMAND GUIDANCE INCLUDING LASER, MMW, RF, AND WIRE; SEMI-ACTIVE GUIDANCE INCLUDING LASERS AND RF ILLUMINATORS; DUAL MODE GUIDANCE INCLUDING VARIOUS COMBINATIONS OF SENSORS, GUIDANCE MODES, GROUND AND AIRBORNE PLATFORM SENSOR SYSTEMS FOR DETECTION, RECOGNITION, IDENTIFICATION AND TRACKING TO SUPPORT TARGET ENGAGEMENT.
2.1.2. THE CONTRACTOR SHALL SUPPORT SYSTEM ENGINEERING ANALYSIS, DESIGN, HARDWARE AND SOFTWARE DEVELOPMENT, MODELING AND SIMULATION, AND FABRICATION IN SUPPORT OF TECHNOLOGY BASE, TECHNOLOGY DEMONSTRATIONS, AND CUSTOMER FUNDED PROGRAMS IN THE FOLLOWING AREAS: MULTI-MODE SEEKERS, TARGETS AND BACKGROUNDS MODELING AND DISCRIMINATION, ADVANCED IMAGING AUTOTRACKERS, AUTONOMOUS ACQUISTION ALGORITHMS AND PROCESSORS, INTEGRATED SENSOR SUITES (SENSOR FUSION), ADVANCED RF DATALINKS.
2.1.3. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT OF GENERIC MODELS OF SPECIFIC SENSOR SYSTEMS FOR USE IN COMPARATIVE ANALYSES AND PERFORMANCE SIMULATIONS OF THESE SENSORS IN A VARIETY OF ENVIRONMENTAL BACKGROUND CONDITIONS AND SYSTEM CONFIGURATIONS. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT OF SYSTEM LEVEL PRELIMINARY DESIGN FOR FUNCTIONAL DEFINITION AND PRELIMINARY ENGINEERING LAYOUT ANALYSIS, SCALED SKETCHES, DRAWINGS, AND SCALED MODELS OF SELECTED SENSORS AND SYSTEMS.
2.1.4. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT OF TWO OR THREE DIMENSIONAL IMAGE
2
PROCESSING AND PATTERN RECOGNITION TECHNIQUES FOR AUTOMATIC TARGET LOCATION, TRACKING AND MISSILE GUIDANCE USING VIDEO, INFRARED, ACOUSTIC, AND MMW IMAGERY. TECHNIQUES CONSIDERED SHALL INCLUDE CONVENTIONAL METHODS SUCH AS PRESCREENING, SEGMENTATION, FEATURE EXTRACTION, CLASSIFIER DESIGNS, AS WELL AS CORRELATION, MATCHED FILTERS, MOVING TARGET ALGORITHMS, OPTICAL FLOW TECHNIQUES, 3-DIMENSIONAL MODELING, WIRE FRAME, AND STEREOSCOPIC PROJECTIONS. SOFTWARE FOR ACCOMPLISHING THESE FUNCTIONS SHALL BE IMPLEMENTED AND DEMONSTRATED IN CAPTIVE FLIGHT TEST (CFT) HARDWARE OR SYSTEM SIMULATIONS. THE CONTRACTOR SHALL ASSIST IN THE DESIGN, FABRICATION, AND TESTING OF HARDWARE FOR IMPLEMENTING THE ALGORITHMS IN STATE-OF-THE ART CIRCUITRY FOR ACHIEVING NEAR REAL-TIME OPERATION IN MISSILE BORNE PROCESSORS. 2.1.5. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT AND TESTING OF PROCESSING TECHNIQUES FOR EXPLOITING THE CAPABILITIES OF MULTIPLE SENSORS (SENSOR FUSION), ACTIVE AND PASSIVE, FOR THE AUTONOMOUS FUNCTIONS OF DETECTION, RECOGNITION, TARGET TRACKING, AND MISSILE GUIDANCE WHEN THE DIFFERENT SENSORS HAVE DISSIMILAR CHARACTERISTICS (ACOUSTIC, RF, IR, AND EO SENSORS).
2.1.6. THE CONTRACTOR SHALL PROVIDE TEST SUPPORT, AND FLIGHT TEST SUPPORT, IN THE FORM OF TEST PLANNING, HARDWARE INSTRUMENTATION DEVELOPMENT, HARDWARE INTEGRATION, ELECTRICAL AND MECHANICAL INTERFACE DESIGN AND FABRICATION, AIRCRAFT MODIFICATIONS, TEST OPERATIONS, DATA ACQUISITION AND REDUCTION FOR THE TEST AND EVALUATION OF SENSOR SYSTEMS.
2.1.7. THE CONTRACTOR SHALL ASSIST IN CONDUCTING TARGET SIGNATURE MEASUREMENTS AND ASSIST IN PERFORMING ANALYSES UTILIZING SPECIFIC SENSORS OR COMBINATIONS OF SENSORS. TESTS SHALL CONSIDER THE EFFECT OF SMOKE, DUST CLUTTER AND WEATHER ON THE TARGET AND SENSORS. T18S012 Parent award context Parent award agency: Department of Defense · Department of the Army Parent award NAICS: 541330 Parent award performance state: AL Parent award description: TECHNICAL AND ENGINEERING SUPPORT FOR THE WEAPONS, DEVELOPMENT, AND INTEGRATION DIRECTORATE View parent award on USAspending | GS23F0321NUSAspending | $0 | Jan 31, 2025 | — – — |
| Subcontractor | Department of Defense | THE CONTRACTOR SHALL SUPPORT SYSTEM ENGINEERING TEST AND PERFORMANCE ANALYSIS USED TO ASSESS MDS PERFORMANCE BASED ON TEST, SIMULATION, AND WAR FIGHTER EVENTS. T21S012 Parent award context Parent award agency: Department of Defense · Department of the Army Parent award NAICS: 541712 Parent award performance state: AL Parent award description: SINGLE AWARD TO AGAINST GSA OASIS SB R POOL 5B FOR HWIL SYSTEMS OF SYSTEMS TO ACQUIRE ENGINEERING SERVICES FOR THE AVIATION AND MISSILE CENTER, S3I DIRECTORATE, HWIL / VIRTUAL SIMULATORS MISSION AREA. View parent award on USAspending | GS00Q14OADS621USAspending | $32,390 | Jan 29, 2025 | — – — |
| Subcontractor | Department of Defense | THE CONTRACTOR SHALL SUPPORT IN THE PERFORMANCE OF SYSTEM ENGINEERING, THEORETICAL ANALYSES, SIMULATION AND MODELING, RESEARCH AND DEVELOPMENT HARDWARE DESIGN, SOFTWARE/ALGORITHM DEVELOPMENT, HARDWARE FABRICATION, SYSTEM INTEGRATION, ELECTRICAL AND MECHANICAL INTERFACE DESIGN, HARDWARE IDENTIFICATION AND PROCUREMENT, TEST PLANNING, TEST SUPPORT AND DATA ACQUISITION, REDUCTION AND REPORTING TO SUPPORT RESEARCH AND DEVELOPMENT FOR THE FOLLOWING CATEGORIES OF SENSOR SYSTEMS, SUBSYSTEMS, AND TECHNOLOGY USED FOR MISSILE GUIDANCE AND FIRE CONTROL APPLICATIONS: TERMINAL HOMING SYSTEMS INCLUDING BOTH PASSIVE AND ACTIVE SENSORS SUCH AS INFRARED (IR), RADIO FREQUENCY (RF), MILLIMETER WAVE (MMW), ELECTRO OPTICAL (EO) AND ACOUSTIC WITH AND WITHOUT FIBER OPTIC OR RF DATA LINKS TO THE GROUND AND/OR OTHER AERIAL VEHICLE; COMMAND GUIDANCE INCLUDING LASER, MMW, RF, AND WIRE; SEMI-ACTIVE GUIDANCE INCLUDING LASERS AND RF ILLUMINATORS; DUAL MODE GUIDANCE INCLUDING VARIOUS COMBINATIONS OF SENSORS, GUIDANCE MODES, GROUND AND AIRBORNE PLATFORM SENSOR SYSTEMS FOR DETECTION, RECOGNITION, IDENTIFICATION AND TRACKING TO SUPPORT TARGET ENGAGEMENT.
2.1.2. THE CONTRACTOR SHALL SUPPORT SYSTEM ENGINEERING ANALYSIS, DESIGN, HARDWARE AND SOFTWARE DEVELOPMENT, MODELING AND SIMULATION, AND FABRICATION IN SUPPORT OF TECHNOLOGY BASE, TECHNOLOGY DEMONSTRATIONS, AND CUSTOMER FUNDED PROGRAMS IN THE FOLLOWING AREAS: MULTI-MODE SEEKERS, TARGETS AND BACKGROUNDS MODELING AND DISCRIMINATION, ADVANCED IMAGING AUTOTRACKERS, AUTONOMOUS ACQUISTION ALGORITHMS AND PROCESSORS, INTEGRATED SENSOR SUITES (SENSOR FUSION), ADVANCED RF DATALINKS.
2.1.3. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT OF GENERIC MODELS OF SPECIFIC SENSOR SYSTEMS FOR USE IN COMPARATIVE ANALYSES AND PERFORMANCE SIMULATIONS OF THESE SENSORS IN A VARIETY OF ENVIRONMENTAL BACKGROUND CONDITIONS AND SYSTEM CONFIGURATIONS. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT OF SYSTEM LEVEL PRELIMINARY DESIGN FOR FUNCTIONAL DEFINITION AND PRELIMINARY ENGINEERING LAYOUT ANALYSIS, SCALED SKETCHES, DRAWINGS, AND SCALED MODELS OF SELECTED SENSORS AND SYSTEMS.
2.1.4. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT OF TWO OR THREE DIMENSIONAL IMAGE
2
PROCESSING AND PATTERN RECOGNITION TECHNIQUES FOR AUTOMATIC TARGET LOCATION, TRACKING AND MISSILE GUIDANCE USING VIDEO, INFRARED, ACOUSTIC, AND MMW IMAGERY. TECHNIQUES CONSIDERED SHALL INCLUDE CONVENTIONAL METHODS SUCH AS PRESCREENING, SEGMENTATION, FEATURE EXTRACTION, CLASSIFIER DESIGNS, AS WELL AS CORRELATION, MATCHED FILTERS, MOVING TARGET ALGORITHMS, OPTICAL FLOW TECHNIQUES, 3-DIMENSIONAL MODELING, WIRE FRAME, AND STEREOSCOPIC PROJECTIONS. SOFTWARE FOR ACCOMPLISHING THESE FUNCTIONS SHALL BE IMPLEMENTED AND DEMONSTRATED IN CAPTIVE FLIGHT TEST (CFT) HARDWARE OR SYSTEM SIMULATIONS. THE CONTRACTOR SHALL ASSIST IN THE DESIGN, FABRICATION, AND TESTING OF HARDWARE FOR IMPLEMENTING THE ALGORITHMS IN STATE-OF-THE ART CIRCUITRY FOR ACHIEVING NEAR REAL-TIME OPERATION IN MISSILE BORNE PROCESSORS. 2.1.5. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT AND TESTING OF PROCESSING TECHNIQUES FOR EXPLOITING THE CAPABILITIES OF MULTIPLE SENSORS (SENSOR FUSION), ACTIVE AND PASSIVE, FOR THE AUTONOMOUS FUNCTIONS OF DETECTION, RECOGNITION, TARGET TRACKING, AND MISSILE GUIDANCE WHEN THE DIFFERENT SENSORS HAVE DISSIMILAR CHARACTERISTICS (ACOUSTIC, RF, IR, AND EO SENSORS).
2.1.6. THE CONTRACTOR SHALL PROVIDE TEST SUPPORT, AND FLIGHT TEST SUPPORT, IN THE FORM OF TEST PLANNING, HARDWARE INSTRUMENTATION DEVELOPMENT, HARDWARE INTEGRATION, ELECTRICAL AND MECHANICAL INTERFACE DESIGN AND FABRICATION, AIRCRAFT MODIFICATIONS, TEST OPERATIONS, DATA ACQUISITION AND REDUCTION FOR THE TEST AND EVALUATION OF SENSOR SYSTEMS.
2.1.7. THE CONTRACTOR SHALL ASSIST IN CONDUCTING TARGET SIGNATURE MEASUREMENTS AND ASSIST IN PERFORMING ANALYSES UTILIZING SPECIFIC SENSORS OR COMBINATIONS OF SENSORS. TESTS SHALL CONSIDER THE EFFECT OF SMOKE, DUST CLUTTER AND WEATHER ON THE TARGET AND SENSORS. T18S012 Parent award context Parent award agency: Department of Defense · Department of the Army Parent award NAICS: 541330 Parent award performance state: AL Parent award description: TECHNICAL AND ENGINEERING SUPPORT FOR THE WEAPONS, DEVELOPMENT, AND INTEGRATION DIRECTORATE View parent award on USAspending | GS23F0321NUSAspending | $0 | Dec 31, 2024 | — – — |
| Subcontractor | Department of Defense | THE CONTRACTOR SHALL SUPPORT SYSTEM ENGINEERING TEST AND PERFORMANCE ANALYSIS USED TO ASSESS MDS PERFORMANCE BASED ON TEST, SIMULATION, AND WAR FIGHTER EVENTS. T21S012 Parent award context Parent award agency: Department of Defense · Department of the Army Parent award NAICS: 541712 Parent award performance state: AL Parent award description: SINGLE AWARD TO AGAINST GSA OASIS SB R POOL 5B FOR HWIL SYSTEMS OF SYSTEMS TO ACQUIRE ENGINEERING SERVICES FOR THE AVIATION AND MISSILE CENTER, S3I DIRECTORATE, HWIL / VIRTUAL SIMULATORS MISSION AREA. View parent award on USAspending | GS00Q14OADS621USAspending | $0 | Dec 31, 2024 | — – — |
| Subcontractor | Department of Defense | THE CONTRACTOR SHALL PERFORM THE TASKS DESCRIBED WITHIN THE CONTENTS
OFTHIS PWS AND PROVIDE THE LABOR, MATERIALS AND OTHER DIRECT COSTS
TOPROVIDE THE SERVICES SPECIFIED BELOW. TECHNICAL DIRECTIONS (TD) WILL
BEISSUED BY THE GOVERNMENT AS INCREMENTAL FUNDING MODIFICATIONS TO
FURTHERDEFINE THE EFFORT PERFORMED UNDER THIS PWS. S3I0410567 Parent award context Parent award agency: Department of Defense · Department of the Army Parent award NAICS: 541712 Parent award performance state: AL Parent award description: SINGLE AWARD TO AGAINST GSA OASIS SB R POOL 5B FOR HWIL MISSILE TO ACQUIRE SOFTWARE/SYSTEMS/SIMULATION ENGINEERING AND COMPUTER RESOURCE ENGINEERING SUPPORT FOR THE AVIATION AND MISSILE CENTER, S3I DIRECTORATE, HWIL / VIRTUAL SIMULATORS MISSION AREA. View parent award on USAspending | GS00Q14OADS621USAspending | $177,229 | Dec 18, 2024 | — – — |
| Subcontractor | Department of Defense | IT SERVICES SUBC-000270-T05-25F0034 Parent award context Parent award agency: Department of Defense · Department of the Army Parent award NAICS: 541513 Parent award performance state: VA Parent award description: LABOR View parent award on USAspending | W912DY22D0040USAspending | $273,731 | Dec 17, 2024 | — – — |
| Subcontractor | Department of Defense | THE OBJECTIVE OF THIS EFFORT IS TO ACQUIRE ENGINEERING AND PROFESSIONAL SERVICES SUPPORTING AVIATION AND MISSILE ELEMENT MODELS, SIMULATIONS, AND ANALYSIS FOR THE CCDC AVMC, S3I DIRECTORATE, M&S AREA. THE M&S AREA PROVIDES VARIOUS TYPES OF MODELING
AND SIMULATION SUPPORT TO ALL BRANCHES OF THE ARMED SERVICES, MULTIPLE PROGRAM OFFICES, AND OTHERS FOR DEVELOPMENT AND IMPROVEMENTS TO THEIR SYSTEMS. TASKS MAY ALSO INVOLVE RELATED NON-US SYSTEMS. S3I0310567 Parent award context Parent award agency: Department of Defense · Department of the Army Parent award NAICS: 541712 Parent award performance state: AL Parent award description: SINGLE AWARD TO AGAINST GSA OASIS SB (POOL 5B) FOR ENGINEERING AND PROFESSIONAL SERVICES SUPPORTING AVIATION AND MISSILE ELEMENT MODELS, SIMULATIONS, AND ANALYSIS FOR THE CCDC AVMC, S3I DIRECTORATE, M&S AREA. View parent award on USAspending | GS00Q14OADS621USAspending | -$19,446 | Dec 4, 2024 | — – — |
| Subcontractor | Department of Defense | THE CONTRACTOR SHALL PERFORM THE TASKS DESCRIBED WITHIN THE CONTENTS OF THIS PWS AND PROVIDE THE LABOR, MATERIALS AND OTHER DIRECT COSTS TO PROVIDE THE SERVICES SPECIFIED BELOW. TECHNICAL DIRECTIONS (TD) WILL BE ISSUED BY THE GOVERNMENT AS INCREMENTAL FUNDING MODIFICATIONS TO FURTHER DEFINE THE EFFORT PERFORMED UNDER THIS PWS. T21S012 Parent award context Parent award agency: Department of Defense · Department of the Army Parent award NAICS: 541712 Parent award performance state: AL Parent award description: SINGLE AWARD TO AGAINST GSA OASIS SB R POOL 5B FOR HWIL MISSILE TO ACQUIRE SOFTWARE/SYSTEMS/SIMULATION ENGINEERING AND COMPUTER RESOURCE ENGINEERING SUPPORT FOR THE AVIATION AND MISSILE CENTER, S3I DIRECTORATE, HWIL / VIRTUAL SIMULATORS MISSION AREA. View parent award on USAspending | GS00Q14OADS621USAspending | $0 | Nov 30, 2024 | — – — |
| Subcontractor | Department of Defense | THE CONTRACTOR SHALL SUPPORT IN THE PERFORMANCE OF SYSTEM ENGINEERING, THEORETICAL ANALYSES, SIMULATION AND MODELING, RESEARCH AND DEVELOPMENT HARDWARE DESIGN, SOFTWARE/ALGORITHM DEVELOPMENT, HARDWARE FABRICATION, SYSTEM INTEGRATION, ELECTRICAL AND MECHANICAL INTERFACE DESIGN, HARDWARE IDENTIFICATION AND PROCUREMENT, TEST PLANNING, TEST SUPPORT AND DATA ACQUISITION, REDUCTION AND REPORTING TO SUPPORT RESEARCH AND DEVELOPMENT FOR THE FOLLOWING CATEGORIES OF SENSOR SYSTEMS, SUBSYSTEMS, AND TECHNOLOGY USED FOR MISSILE GUIDANCE AND FIRE CONTROL APPLICATIONS: TERMINAL HOMING SYSTEMS INCLUDING BOTH PASSIVE AND ACTIVE SENSORS SUCH AS INFRARED (IR), RADIO FREQUENCY (RF), MILLIMETER WAVE (MMW), ELECTRO OPTICAL (EO) AND ACOUSTIC WITH AND WITHOUT FIBER OPTIC OR RF DATA LINKS TO THE GROUND AND/OR OTHER AERIAL VEHICLE; COMMAND GUIDANCE INCLUDING LASER, MMW, RF, AND WIRE; SEMI-ACTIVE GUIDANCE INCLUDING LASERS AND RF ILLUMINATORS; DUAL MODE GUIDANCE INCLUDING VARIOUS COMBINATIONS OF SENSORS, GUIDANCE MODES, GROUND AND AIRBORNE PLATFORM SENSOR SYSTEMS FOR DETECTION, RECOGNITION, IDENTIFICATION AND TRACKING TO SUPPORT TARGET ENGAGEMENT.
2.1.2. THE CONTRACTOR SHALL SUPPORT SYSTEM ENGINEERING ANALYSIS, DESIGN, HARDWARE AND SOFTWARE DEVELOPMENT, MODELING AND SIMULATION, AND FABRICATION IN SUPPORT OF TECHNOLOGY BASE, TECHNOLOGY DEMONSTRATIONS, AND CUSTOMER FUNDED PROGRAMS IN THE FOLLOWING AREAS: MULTI-MODE SEEKERS, TARGETS AND BACKGROUNDS MODELING AND DISCRIMINATION, ADVANCED IMAGING AUTOTRACKERS, AUTONOMOUS ACQUISTION ALGORITHMS AND PROCESSORS, INTEGRATED SENSOR SUITES (SENSOR FUSION), ADVANCED RF DATALINKS.
2.1.3. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT OF GENERIC MODELS OF SPECIFIC SENSOR SYSTEMS FOR USE IN COMPARATIVE ANALYSES AND PERFORMANCE SIMULATIONS OF THESE SENSORS IN A VARIETY OF ENVIRONMENTAL BACKGROUND CONDITIONS AND SYSTEM CONFIGURATIONS. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT OF SYSTEM LEVEL PRELIMINARY DESIGN FOR FUNCTIONAL DEFINITION AND PRELIMINARY ENGINEERING LAYOUT ANALYSIS, SCALED SKETCHES, DRAWINGS, AND SCALED MODELS OF SELECTED SENSORS AND SYSTEMS.
2.1.4. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT OF TWO OR THREE DIMENSIONAL IMAGE
2
PROCESSING AND PATTERN RECOGNITION TECHNIQUES FOR AUTOMATIC TARGET LOCATION, TRACKING AND MISSILE GUIDANCE USING VIDEO, INFRARED, ACOUSTIC, AND MMW IMAGERY. TECHNIQUES CONSIDERED SHALL INCLUDE CONVENTIONAL METHODS SUCH AS PRESCREENING, SEGMENTATION, FEATURE EXTRACTION, CLASSIFIER DESIGNS, AS WELL AS CORRELATION, MATCHED FILTERS, MOVING TARGET ALGORITHMS, OPTICAL FLOW TECHNIQUES, 3-DIMENSIONAL MODELING, WIRE FRAME, AND STEREOSCOPIC PROJECTIONS. SOFTWARE FOR ACCOMPLISHING THESE FUNCTIONS SHALL BE IMPLEMENTED AND DEMONSTRATED IN CAPTIVE FLIGHT TEST (CFT) HARDWARE OR SYSTEM SIMULATIONS. THE CONTRACTOR SHALL ASSIST IN THE DESIGN, FABRICATION, AND TESTING OF HARDWARE FOR IMPLEMENTING THE ALGORITHMS IN STATE-OF-THE ART CIRCUITRY FOR ACHIEVING NEAR REAL-TIME OPERATION IN MISSILE BORNE PROCESSORS. 2.1.5. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT AND TESTING OF PROCESSING TECHNIQUES FOR EXPLOITING THE CAPABILITIES OF MULTIPLE SENSORS (SENSOR FUSION), ACTIVE AND PASSIVE, FOR THE AUTONOMOUS FUNCTIONS OF DETECTION, RECOGNITION, TARGET TRACKING, AND MISSILE GUIDANCE WHEN THE DIFFERENT SENSORS HAVE DISSIMILAR CHARACTERISTICS (ACOUSTIC, RF, IR, AND EO SENSORS).
2.1.6. THE CONTRACTOR SHALL PROVIDE TEST SUPPORT, AND FLIGHT TEST SUPPORT, IN THE FORM OF TEST PLANNING, HARDWARE INSTRUMENTATION DEVELOPMENT, HARDWARE INTEGRATION, ELECTRICAL AND MECHANICAL INTERFACE DESIGN AND FABRICATION, AIRCRAFT MODIFICATIONS, TEST OPERATIONS, DATA ACQUISITION AND REDUCTION FOR THE TEST AND EVALUATION OF SENSOR SYSTEMS.
2.1.7. THE CONTRACTOR SHALL ASSIST IN CONDUCTING TARGET SIGNATURE MEASUREMENTS AND ASSIST IN PERFORMING ANALYSES UTILIZING SPECIFIC SENSORS OR COMBINATIONS OF SENSORS. TESTS SHALL CONSIDER THE EFFECT OF SMOKE, DUST CLUTTER AND WEATHER ON THE TARGET AND SENSORS. T18S012 Parent award context Parent award agency: Department of Defense · Department of the Army Parent award NAICS: 541330 Parent award performance state: AL Parent award description: TECHNICAL AND ENGINEERING SUPPORT FOR THE WEAPONS, DEVELOPMENT, AND INTEGRATION DIRECTORATE View parent award on USAspending | GS23F0321NUSAspending | $0 | Nov 30, 2024 | — – — |
| Subcontractor | Department of Defense | THE OBJECTIVE OF THIS EFFORT IS TO ACQUIRE ENGINEERING AND PROFESSIONAL SERVICES SUPPORTING AVIATION AND MISSILE ELEMENT MODELS, SIMULATIONS, AND ANALYSIS FOR THE CCDC AVMC, S3I DIRECTORATE, M&S AREA. THE M&S AREA PROVIDES VARIOUS TYPES OF MODELING
AND SIMULATION SUPPORT TO ALL BRANCHES OF THE ARMED SERVICES, MULTIPLE PROGRAM OFFICES, AND OTHERS FOR DEVELOPMENT AND IMPROVEMENTS TO THEIR SYSTEMS. TASKS MAY ALSO INVOLVE RELATED NON-US SYSTEMS. S3I0310567 Parent award context Parent award agency: Department of Defense · Department of the Army Parent award NAICS: 541712 Parent award performance state: AL Parent award description: SINGLE AWARD TO AGAINST GSA OASIS SB (POOL 5B) FOR ENGINEERING AND PROFESSIONAL SERVICES SUPPORTING AVIATION AND MISSILE ELEMENT MODELS, SIMULATIONS, AND ANALYSIS FOR THE CCDC AVMC, S3I DIRECTORATE, M&S AREA. View parent award on USAspending | GS00Q14OADS621USAspending | $0 | Nov 30, 2024 | — – — |
| Subcontractor | Department of Defense | THE CONTRACTOR SHALL SUPPORT SYSTEM ENGINEERING TEST AND PERFORMANCE ANALYSIS USED TO ASSESS MDS PERFORMANCE BASED ON TEST, SIMULATION, AND WAR FIGHTER EVENTS. T21S012 Parent award context Parent award agency: Department of Defense · Department of the Army Parent award NAICS: 541712 Parent award performance state: AL Parent award description: SINGLE AWARD TO AGAINST GSA OASIS SB R POOL 5B FOR HWIL SYSTEMS OF SYSTEMS TO ACQUIRE ENGINEERING SERVICES FOR THE AVIATION AND MISSILE CENTER, S3I DIRECTORATE, HWIL / VIRTUAL SIMULATORS MISSION AREA. View parent award on USAspending | GS00Q14OADS621USAspending | -$1,075 | Nov 26, 2024 | — – — |
| Subcontractor | Department of Defense | THE CONTRACTOR SHALL SUPPORT IN THE PERFORMANCE OF SYSTEM ENGINEERING, THEORETICAL ANALYSES, SIMULATION AND MODELING, RESEARCH AND DEVELOPMENT HARDWARE DESIGN, SOFTWARE/ALGORITHM DEVELOPMENT, HARDWARE FABRICATION, SYSTEM INTEGRATION, ELECTRICAL AND MECHANICAL INTERFACE DESIGN, HARDWARE IDENTIFICATION AND PROCUREMENT, TEST PLANNING, TEST SUPPORT AND DATA ACQUISITION, REDUCTION AND REPORTING TO SUPPORT RESEARCH AND DEVELOPMENT FOR THE FOLLOWING CATEGORIES OF SENSOR SYSTEMS, SUBSYSTEMS, AND TECHNOLOGY USED FOR MISSILE GUIDANCE AND FIRE CONTROL APPLICATIONS: TERMINAL HOMING SYSTEMS INCLUDING BOTH PASSIVE AND ACTIVE SENSORS SUCH AS INFRARED (IR), RADIO FREQUENCY (RF), MILLIMETER WAVE (MMW), ELECTRO OPTICAL (EO) AND ACOUSTIC WITH AND WITHOUT FIBER OPTIC OR RF DATA LINKS TO THE GROUND AND/OR OTHER AERIAL VEHICLE; COMMAND GUIDANCE INCLUDING LASER, MMW, RF, AND WIRE; SEMI-ACTIVE GUIDANCE INCLUDING LASERS AND RF ILLUMINATORS; DUAL MODE GUIDANCE INCLUDING VARIOUS COMBINATIONS OF SENSORS, GUIDANCE MODES, GROUND AND AIRBORNE PLATFORM SENSOR SYSTEMS FOR DETECTION, RECOGNITION, IDENTIFICATION AND TRACKING TO SUPPORT TARGET ENGAGEMENT.
2.1.2. THE CONTRACTOR SHALL SUPPORT SYSTEM ENGINEERING ANALYSIS, DESIGN, HARDWARE AND SOFTWARE DEVELOPMENT, MODELING AND SIMULATION, AND FABRICATION IN SUPPORT OF TECHNOLOGY BASE, TECHNOLOGY DEMONSTRATIONS, AND CUSTOMER FUNDED PROGRAMS IN THE FOLLOWING AREAS: MULTI-MODE SEEKERS, TARGETS AND BACKGROUNDS MODELING AND DISCRIMINATION, ADVANCED IMAGING AUTOTRACKERS, AUTONOMOUS ACQUISTION ALGORITHMS AND PROCESSORS, INTEGRATED SENSOR SUITES (SENSOR FUSION), ADVANCED RF DATALINKS.
2.1.3. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT OF GENERIC MODELS OF SPECIFIC SENSOR SYSTEMS FOR USE IN COMPARATIVE ANALYSES AND PERFORMANCE SIMULATIONS OF THESE SENSORS IN A VARIETY OF ENVIRONMENTAL BACKGROUND CONDITIONS AND SYSTEM CONFIGURATIONS. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT OF SYSTEM LEVEL PRELIMINARY DESIGN FOR FUNCTIONAL DEFINITION AND PRELIMINARY ENGINEERING LAYOUT ANALYSIS, SCALED SKETCHES, DRAWINGS, AND SCALED MODELS OF SELECTED SENSORS AND SYSTEMS.
2.1.4. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT OF TWO OR THREE DIMENSIONAL IMAGE
2
PROCESSING AND PATTERN RECOGNITION TECHNIQUES FOR AUTOMATIC TARGET LOCATION, TRACKING AND MISSILE GUIDANCE USING VIDEO, INFRARED, ACOUSTIC, AND MMW IMAGERY. TECHNIQUES CONSIDERED SHALL INCLUDE CONVENTIONAL METHODS SUCH AS PRESCREENING, SEGMENTATION, FEATURE EXTRACTION, CLASSIFIER DESIGNS, AS WELL AS CORRELATION, MATCHED FILTERS, MOVING TARGET ALGORITHMS, OPTICAL FLOW TECHNIQUES, 3-DIMENSIONAL MODELING, WIRE FRAME, AND STEREOSCOPIC PROJECTIONS. SOFTWARE FOR ACCOMPLISHING THESE FUNCTIONS SHALL BE IMPLEMENTED AND DEMONSTRATED IN CAPTIVE FLIGHT TEST (CFT) HARDWARE OR SYSTEM SIMULATIONS. THE CONTRACTOR SHALL ASSIST IN THE DESIGN, FABRICATION, AND TESTING OF HARDWARE FOR IMPLEMENTING THE ALGORITHMS IN STATE-OF-THE ART CIRCUITRY FOR ACHIEVING NEAR REAL-TIME OPERATION IN MISSILE BORNE PROCESSORS. 2.1.5. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT AND TESTING OF PROCESSING TECHNIQUES FOR EXPLOITING THE CAPABILITIES OF MULTIPLE SENSORS (SENSOR FUSION), ACTIVE AND PASSIVE, FOR THE AUTONOMOUS FUNCTIONS OF DETECTION, RECOGNITION, TARGET TRACKING, AND MISSILE GUIDANCE WHEN THE DIFFERENT SENSORS HAVE DISSIMILAR CHARACTERISTICS (ACOUSTIC, RF, IR, AND EO SENSORS).
2.1.6. THE CONTRACTOR SHALL PROVIDE TEST SUPPORT, AND FLIGHT TEST SUPPORT, IN THE FORM OF TEST PLANNING, HARDWARE INSTRUMENTATION DEVELOPMENT, HARDWARE INTEGRATION, ELECTRICAL AND MECHANICAL INTERFACE DESIGN AND FABRICATION, AIRCRAFT MODIFICATIONS, TEST OPERATIONS, DATA ACQUISITION AND REDUCTION FOR THE TEST AND EVALUATION OF SENSOR SYSTEMS.
2.1.7. THE CONTRACTOR SHALL ASSIST IN CONDUCTING TARGET SIGNATURE MEASUREMENTS AND ASSIST IN PERFORMING ANALYSES UTILIZING SPECIFIC SENSORS OR COMBINATIONS OF SENSORS. TESTS SHALL CONSIDER THE EFFECT OF SMOKE, DUST CLUTTER AND WEATHER ON THE TARGET AND SENSORS. T18S012 Parent award context Parent award agency: Department of Defense · Department of the Army Parent award NAICS: 541330 Parent award performance state: AL Parent award description: TECHNICAL AND ENGINEERING SUPPORT FOR THE WEAPONS, DEVELOPMENT, AND INTEGRATION DIRECTORATE View parent award on USAspending | GS23F0321NUSAspending | $0 | Oct 31, 2024 | — – — |
| Subcontractor | Department of Defense | THE OBJECTIVE OF THIS EFFORT IS TO ACQUIRE ENGINEERING AND PROFESSIONAL SERVICES SUPPORTING AVIATION AND MISSILE ELEMENT MODELS, SIMULATIONS, AND ANALYSIS FOR THE CCDC AVMC, S3I DIRECTORATE, M&S AREA. THE M&S AREA PROVIDES VARIOUS TYPES OF MODELING
AND SIMULATION SUPPORT TO ALL BRANCHES OF THE ARMED SERVICES, MULTIPLE PROGRAM OFFICES, AND OTHERS FOR DEVELOPMENT AND IMPROVEMENTS TO THEIR SYSTEMS. TASKS MAY ALSO INVOLVE RELATED NON-US SYSTEMS. S3I0310567 Parent award context Parent award agency: Department of Defense · Department of the Army Parent award NAICS: 541712 Parent award performance state: AL Parent award description: SINGLE AWARD TO AGAINST GSA OASIS SB (POOL 5B) FOR ENGINEERING AND PROFESSIONAL SERVICES SUPPORTING AVIATION AND MISSILE ELEMENT MODELS, SIMULATIONS, AND ANALYSIS FOR THE CCDC AVMC, S3I DIRECTORATE, M&S AREA. View parent award on USAspending | GS00Q14OADS621USAspending | $0 | Oct 31, 2024 | — – — |
| Subcontractor | Department of Defense | THE CONTRACTOR SHALL PERFORM THE TASKS DESCRIBED WITHIN THE CONTENTS OF THIS PWS AND PROVIDE THE LABOR, MATERIALS AND OTHER DIRECT COSTS TO PROVIDE THE SERVICES SPECIFIED BELOW. TECHNICAL DIRECTIONS (TD) WILL BE ISSUED BY THE GOVERNMENT AS INCREMENTAL FUNDING MODIFICATIONS TO FURTHER DEFINE THE EFFORT PERFORMED UNDER THIS PWS. T21S012 Parent award context Parent award agency: Department of Defense · Department of the Army Parent award NAICS: 541712 Parent award performance state: AL Parent award description: SINGLE AWARD TO AGAINST GSA OASIS SB R POOL 5B FOR HWIL MISSILE TO ACQUIRE SOFTWARE/SYSTEMS/SIMULATION ENGINEERING AND COMPUTER RESOURCE ENGINEERING SUPPORT FOR THE AVIATION AND MISSILE CENTER, S3I DIRECTORATE, HWIL / VIRTUAL SIMULATORS MISSION AREA. View parent award on USAspending | GS00Q14OADS621USAspending | $98,044 | Oct 15, 2024 | — – — |
| Subcontractor | Department of Defense | THE CONTRACTOR SHALL SUPPORT SYSTEM ENGINEERING TEST AND PERFORMANCE ANALYSIS USED TO ASSESS MDS PERFORMANCE BASED ON TEST, SIMULATION, AND WAR FIGHTER EVENTS. T21S012 Parent award context Parent award agency: Department of Defense · Department of the Army Parent award NAICS: 541712 Parent award performance state: AL Parent award description: SINGLE AWARD TO AGAINST GSA OASIS SB R POOL 5B FOR HWIL SYSTEMS OF SYSTEMS TO ACQUIRE ENGINEERING SERVICES FOR THE AVIATION AND MISSILE CENTER, S3I DIRECTORATE, HWIL / VIRTUAL SIMULATORS MISSION AREA. View parent award on USAspending | GS00Q14OADS621USAspending | -$1,716 | Oct 11, 2024 | — – — |
| Subcontractor | Department of Defense | THE OBJECTIVE OF THIS EFFORT IS TO ACQUIRE ENGINEERING AND PROFESSIONAL SERVICES SUPPORTING AVIATION AND MISSILE ELEMENT MODELS, SIMULATIONS, AND ANALYSIS FOR THE CCDC AVMC, S3I DIRECTORATE, M&S AREA. THE M&S AREA PROVIDES VARIOUS TYPES OF MODELING
AND SIMULATION SUPPORT TO ALL BRANCHES OF THE ARMED SERVICES, MULTIPLE PROGRAM OFFICES, AND OTHERS FOR DEVELOPMENT AND IMPROVEMENTS TO THEIR SYSTEMS. TASKS MAY ALSO INVOLVE RELATED NON-US SYSTEMS. S3I0310567 Parent award context Parent award agency: Department of Defense · Department of the Army Parent award NAICS: 541712 Parent award performance state: AL Parent award description: SINGLE AWARD TO AGAINST GSA OASIS SB (POOL 5B) FOR ENGINEERING AND PROFESSIONAL SERVICES SUPPORTING AVIATION AND MISSILE ELEMENT MODELS, SIMULATIONS, AND ANALYSIS FOR THE CCDC AVMC, S3I DIRECTORATE, M&S AREA. View parent award on USAspending | GS00Q14OADS621USAspending | $0 | Sep 30, 2024 | — – — |
| Subcontractor | Department of Defense | THE CONTRACTOR SHALL SUPPORT IN THE PERFORMANCE OF SYSTEM ENGINEERING, THEORETICAL ANALYSES, SIMULATION AND MODELING, RESEARCH AND DEVELOPMENT HARDWARE DESIGN, SOFTWARE/ALGORITHM DEVELOPMENT, HARDWARE FABRICATION, SYSTEM INTEGRATION, ELECTRICAL AND MECHANICAL INTERFACE DESIGN, HARDWARE IDENTIFICATION AND PROCUREMENT, TEST PLANNING, TEST SUPPORT AND DATA ACQUISITION, REDUCTION AND REPORTING TO SUPPORT RESEARCH AND DEVELOPMENT FOR THE FOLLOWING CATEGORIES OF SENSOR SYSTEMS, SUBSYSTEMS, AND TECHNOLOGY USED FOR MISSILE GUIDANCE AND FIRE CONTROL APPLICATIONS: TERMINAL HOMING SYSTEMS INCLUDING BOTH PASSIVE AND ACTIVE SENSORS SUCH AS INFRARED (IR), RADIO FREQUENCY (RF), MILLIMETER WAVE (MMW), ELECTRO OPTICAL (EO) AND ACOUSTIC WITH AND WITHOUT FIBER OPTIC OR RF DATA LINKS TO THE GROUND AND/OR OTHER AERIAL VEHICLE; COMMAND GUIDANCE INCLUDING LASER, MMW, RF, AND WIRE; SEMI-ACTIVE GUIDANCE INCLUDING LASERS AND RF ILLUMINATORS; DUAL MODE GUIDANCE INCLUDING VARIOUS COMBINATIONS OF SENSORS, GUIDANCE MODES, GROUND AND AIRBORNE PLATFORM SENSOR SYSTEMS FOR DETECTION, RECOGNITION, IDENTIFICATION AND TRACKING TO SUPPORT TARGET ENGAGEMENT.
2.1.2. THE CONTRACTOR SHALL SUPPORT SYSTEM ENGINEERING ANALYSIS, DESIGN, HARDWARE AND SOFTWARE DEVELOPMENT, MODELING AND SIMULATION, AND FABRICATION IN SUPPORT OF TECHNOLOGY BASE, TECHNOLOGY DEMONSTRATIONS, AND CUSTOMER FUNDED PROGRAMS IN THE FOLLOWING AREAS: MULTI-MODE SEEKERS, TARGETS AND BACKGROUNDS MODELING AND DISCRIMINATION, ADVANCED IMAGING AUTOTRACKERS, AUTONOMOUS ACQUISTION ALGORITHMS AND PROCESSORS, INTEGRATED SENSOR SUITES (SENSOR FUSION), ADVANCED RF DATALINKS.
2.1.3. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT OF GENERIC MODELS OF SPECIFIC SENSOR SYSTEMS FOR USE IN COMPARATIVE ANALYSES AND PERFORMANCE SIMULATIONS OF THESE SENSORS IN A VARIETY OF ENVIRONMENTAL BACKGROUND CONDITIONS AND SYSTEM CONFIGURATIONS. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT OF SYSTEM LEVEL PRELIMINARY DESIGN FOR FUNCTIONAL DEFINITION AND PRELIMINARY ENGINEERING LAYOUT ANALYSIS, SCALED SKETCHES, DRAWINGS, AND SCALED MODELS OF SELECTED SENSORS AND SYSTEMS.
2.1.4. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT OF TWO OR THREE DIMENSIONAL IMAGE
2
PROCESSING AND PATTERN RECOGNITION TECHNIQUES FOR AUTOMATIC TARGET LOCATION, TRACKING AND MISSILE GUIDANCE USING VIDEO, INFRARED, ACOUSTIC, AND MMW IMAGERY. TECHNIQUES CONSIDERED SHALL INCLUDE CONVENTIONAL METHODS SUCH AS PRESCREENING, SEGMENTATION, FEATURE EXTRACTION, CLASSIFIER DESIGNS, AS WELL AS CORRELATION, MATCHED FILTERS, MOVING TARGET ALGORITHMS, OPTICAL FLOW TECHNIQUES, 3-DIMENSIONAL MODELING, WIRE FRAME, AND STEREOSCOPIC PROJECTIONS. SOFTWARE FOR ACCOMPLISHING THESE FUNCTIONS SHALL BE IMPLEMENTED AND DEMONSTRATED IN CAPTIVE FLIGHT TEST (CFT) HARDWARE OR SYSTEM SIMULATIONS. THE CONTRACTOR SHALL ASSIST IN THE DESIGN, FABRICATION, AND TESTING OF HARDWARE FOR IMPLEMENTING THE ALGORITHMS IN STATE-OF-THE ART CIRCUITRY FOR ACHIEVING NEAR REAL-TIME OPERATION IN MISSILE BORNE PROCESSORS. 2.1.5. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT AND TESTING OF PROCESSING TECHNIQUES FOR EXPLOITING THE CAPABILITIES OF MULTIPLE SENSORS (SENSOR FUSION), ACTIVE AND PASSIVE, FOR THE AUTONOMOUS FUNCTIONS OF DETECTION, RECOGNITION, TARGET TRACKING, AND MISSILE GUIDANCE WHEN THE DIFFERENT SENSORS HAVE DISSIMILAR CHARACTERISTICS (ACOUSTIC, RF, IR, AND EO SENSORS).
2.1.6. THE CONTRACTOR SHALL PROVIDE TEST SUPPORT, AND FLIGHT TEST SUPPORT, IN THE FORM OF TEST PLANNING, HARDWARE INSTRUMENTATION DEVELOPMENT, HARDWARE INTEGRATION, ELECTRICAL AND MECHANICAL INTERFACE DESIGN AND FABRICATION, AIRCRAFT MODIFICATIONS, TEST OPERATIONS, DATA ACQUISITION AND REDUCTION FOR THE TEST AND EVALUATION OF SENSOR SYSTEMS.
2.1.7. THE CONTRACTOR SHALL ASSIST IN CONDUCTING TARGET SIGNATURE MEASUREMENTS AND ASSIST IN PERFORMING ANALYSES UTILIZING SPECIFIC SENSORS OR COMBINATIONS OF SENSORS. TESTS SHALL CONSIDER THE EFFECT OF SMOKE, DUST CLUTTER AND WEATHER ON THE TARGET AND SENSORS. T18S012 Parent award context Parent award agency: Department of Defense · Department of the Army Parent award NAICS: 541330 Parent award performance state: AL Parent award description: TECHNICAL AND ENGINEERING SUPPORT FOR THE WEAPONS, DEVELOPMENT, AND INTEGRATION DIRECTORATE View parent award on USAspending | GS23F0321NUSAspending | $0 | Sep 30, 2024 | — – — |
| Subcontractor | Department of Defense | THE CONTRACTOR SHALL SUPPORT SYSTEM ENGINEERING TEST AND PERFORMANCE ANALYSIS USED TO ASSESS MDS PERFORMANCE BASED ON TEST, SIMULATION, AND WAR FIGHTER EVENTS. T21S012 Parent award context Parent award agency: Department of Defense · Department of the Army Parent award NAICS: 541712 Parent award performance state: AL Parent award description: SINGLE AWARD TO AGAINST GSA OASIS SB R POOL 5B FOR HWIL SYSTEMS OF SYSTEMS TO ACQUIRE ENGINEERING SERVICES FOR THE AVIATION AND MISSILE CENTER, S3I DIRECTORATE, HWIL / VIRTUAL SIMULATORS MISSION AREA. View parent award on USAspending | GS00Q14OADS621USAspending | $0 | Sep 30, 2024 | — – — |
| Subcontractor | Department of Defense | HIGH PERFORMANCE COMPUTING MODERNIZATION PROGRAM SUBC-000270-T04-24F0404 Parent award context Parent award agency: Department of Defense · Department of the Army Parent award NAICS: 541513 Parent award performance state: VA Parent award description: LABOR IN SUPPORT OF THE HIGH PERFORMANCE COMPUTING MODERNIZATION PROGRAM View parent award on USAspending | W912DY22D0040USAspending | $1,144,994 | Sep 30, 2024 | — – — |
| Subcontractor | Department of Defense | THE CONTRACTOR SHALL PERFORM THE TASKS DESCRIBED WITHIN THE CONTENTS OF THIS PWS AND PROVIDE THE LABOR, MATERIALS AND OTHER DIRECT COSTS TO PROVIDE THE SERVICES SPECIFIED BELOW. TECHNICAL DIRECTIONS (TD) WILL BE ISSUED BY THE GOVERNMENT AS INCREMENTAL FUNDING MODIFICATIONS TO FURTHER DEFINE THE EFFORT PERFORMED UNDER THIS PWS. T21S012 Parent award context Parent award agency: Department of Defense · Department of the Army Parent award NAICS: 541712 Parent award performance state: AL Parent award description: SINGLE AWARD TO AGAINST GSA OASIS SB R POOL 5B FOR HWIL MISSILE TO ACQUIRE SOFTWARE/SYSTEMS/SIMULATION ENGINEERING AND COMPUTER RESOURCE ENGINEERING SUPPORT FOR THE AVIATION AND MISSILE CENTER, S3I DIRECTORATE, HWIL / VIRTUAL SIMULATORS MISSION AREA. View parent award on USAspending | GS00Q14OADS621USAspending | $21,229 | Sep 27, 2024 | — – — |
| Subcontractor | Department of Defense | IMS, 3D CAD MODELS, DACA 30 SDRLS 4500343445 Parent award context Parent award agency: Department of Defense · Department of the Navy Parent award NAICS: 541714 Parent award performance state: UT Parent award description: NGJ LB CB1 DEVELOPMENT View parent award on USAspending | — | $2,579,856 | Sep 25, 2024 | — – — |
| Subcontractor | Department of Defense | THE CONTRACTOR SHALL SUPPORT IN THE PERFORMANCE OF SYSTEM ENGINEERING, THEORETICAL ANALYSES, SIMULATION AND MODELING, RESEARCH AND DEVELOPMENT HARDWARE DESIGN, SOFTWARE/ALGORITHM DEVELOPMENT, HARDWARE FABRICATION, SYSTEM INTEGRATION, ELECTRICAL AND MECHANICAL INTERFACE DESIGN, HARDWARE IDENTIFICATION AND PROCUREMENT, TEST PLANNING, TEST SUPPORT AND DATA ACQUISITION, REDUCTION AND REPORTING TO SUPPORT RESEARCH AND DEVELOPMENT FOR THE FOLLOWING CATEGORIES OF SENSOR SYSTEMS, SUBSYSTEMS, AND TECHNOLOGY USED FOR MISSILE GUIDANCE AND FIRE CONTROL APPLICATIONS: TERMINAL HOMING SYSTEMS INCLUDING BOTH PASSIVE AND ACTIVE SENSORS SUCH AS INFRARED (IR), RADIO FREQUENCY (RF), MILLIMETER WAVE (MMW), ELECTRO OPTICAL (EO) AND ACOUSTIC WITH AND WITHOUT FIBER OPTIC OR RF DATA LINKS TO THE GROUND AND/OR OTHER AERIAL VEHICLE; COMMAND GUIDANCE INCLUDING LASER, MMW, RF, AND WIRE; SEMI-ACTIVE GUIDANCE INCLUDING LASERS AND RF ILLUMINATORS; DUAL MODE GUIDANCE INCLUDING VARIOUS COMBINATIONS OF SENSORS, GUIDANCE MODES, GROUND AND AIRBORNE PLATFORM SENSOR SYSTEMS FOR DETECTION, RECOGNITION, IDENTIFICATION AND TRACKING TO SUPPORT TARGET ENGAGEMENT.
2.1.2. THE CONTRACTOR SHALL SUPPORT SYSTEM ENGINEERING ANALYSIS, DESIGN, HARDWARE AND SOFTWARE DEVELOPMENT, MODELING AND SIMULATION, AND FABRICATION IN SUPPORT OF TECHNOLOGY BASE, TECHNOLOGY DEMONSTRATIONS, AND CUSTOMER FUNDED PROGRAMS IN THE FOLLOWING AREAS: MULTI-MODE SEEKERS, TARGETS AND BACKGROUNDS MODELING AND DISCRIMINATION, ADVANCED IMAGING AUTOTRACKERS, AUTONOMOUS ACQUISTION ALGORITHMS AND PROCESSORS, INTEGRATED SENSOR SUITES (SENSOR FUSION), ADVANCED RF DATALINKS.
2.1.3. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT OF GENERIC MODELS OF SPECIFIC SENSOR SYSTEMS FOR USE IN COMPARATIVE ANALYSES AND PERFORMANCE SIMULATIONS OF THESE SENSORS IN A VARIETY OF ENVIRONMENTAL BACKGROUND CONDITIONS AND SYSTEM CONFIGURATIONS. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT OF SYSTEM LEVEL PRELIMINARY DESIGN FOR FUNCTIONAL DEFINITION AND PRELIMINARY ENGINEERING LAYOUT ANALYSIS, SCALED SKETCHES, DRAWINGS, AND SCALED MODELS OF SELECTED SENSORS AND SYSTEMS.
2.1.4. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT OF TWO OR THREE DIMENSIONAL IMAGE
2
PROCESSING AND PATTERN RECOGNITION TECHNIQUES FOR AUTOMATIC TARGET LOCATION, TRACKING AND MISSILE GUIDANCE USING VIDEO, INFRARED, ACOUSTIC, AND MMW IMAGERY. TECHNIQUES CONSIDERED SHALL INCLUDE CONVENTIONAL METHODS SUCH AS PRESCREENING, SEGMENTATION, FEATURE EXTRACTION, CLASSIFIER DESIGNS, AS WELL AS CORRELATION, MATCHED FILTERS, MOVING TARGET ALGORITHMS, OPTICAL FLOW TECHNIQUES, 3-DIMENSIONAL MODELING, WIRE FRAME, AND STEREOSCOPIC PROJECTIONS. SOFTWARE FOR ACCOMPLISHING THESE FUNCTIONS SHALL BE IMPLEMENTED AND DEMONSTRATED IN CAPTIVE FLIGHT TEST (CFT) HARDWARE OR SYSTEM SIMULATIONS. THE CONTRACTOR SHALL ASSIST IN THE DESIGN, FABRICATION, AND TESTING OF HARDWARE FOR IMPLEMENTING THE ALGORITHMS IN STATE-OF-THE ART CIRCUITRY FOR ACHIEVING NEAR REAL-TIME OPERATION IN MISSILE BORNE PROCESSORS. 2.1.5. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT AND TESTING OF PROCESSING TECHNIQUES FOR EXPLOITING THE CAPABILITIES OF MULTIPLE SENSORS (SENSOR FUSION), ACTIVE AND PASSIVE, FOR THE AUTONOMOUS FUNCTIONS OF DETECTION, RECOGNITION, TARGET TRACKING, AND MISSILE GUIDANCE WHEN THE DIFFERENT SENSORS HAVE DISSIMILAR CHARACTERISTICS (ACOUSTIC, RF, IR, AND EO SENSORS).
2.1.6. THE CONTRACTOR SHALL PROVIDE TEST SUPPORT, AND FLIGHT TEST SUPPORT, IN THE FORM OF TEST PLANNING, HARDWARE INSTRUMENTATION DEVELOPMENT, HARDWARE INTEGRATION, ELECTRICAL AND MECHANICAL INTERFACE DESIGN AND FABRICATION, AIRCRAFT MODIFICATIONS, TEST OPERATIONS, DATA ACQUISITION AND REDUCTION FOR THE TEST AND EVALUATION OF SENSOR SYSTEMS.
2.1.7. THE CONTRACTOR SHALL ASSIST IN CONDUCTING TARGET SIGNATURE MEASUREMENTS AND ASSIST IN PERFORMING ANALYSES UTILIZING SPECIFIC SENSORS OR COMBINATIONS OF SENSORS. TESTS SHALL CONSIDER THE EFFECT OF SMOKE, DUST CLUTTER AND WEATHER ON THE TARGET AND SENSORS. T18S012 Parent award context Parent award agency: Department of Defense · Department of the Army Parent award NAICS: 541330 Parent award performance state: AL Parent award description: TECHNICAL AND ENGINEERING SUPPORT FOR THE WEAPONS, DEVELOPMENT, AND INTEGRATION DIRECTORATE View parent award on USAspending | GS23F0321NUSAspending | $0 | Aug 31, 2024 | — – — |
| Subcontractor | Department of Defense | THE CONTRACTOR SHALL SUPPORT SYSTEM ENGINEERING TEST AND PERFORMANCE ANALYSIS USED TO ASSESS MDS PERFORMANCE BASED ON TEST, SIMULATION, AND WAR FIGHTER EVENTS. T21S012 Parent award context Parent award agency: Department of Defense · Department of the Army Parent award NAICS: 541712 Parent award performance state: AL Parent award description: SINGLE AWARD TO AGAINST GSA OASIS SB R POOL 5B FOR HWIL SYSTEMS OF SYSTEMS TO ACQUIRE ENGINEERING SERVICES FOR THE AVIATION AND MISSILE CENTER, S3I DIRECTORATE, HWIL / VIRTUAL SIMULATORS MISSION AREA. View parent award on USAspending | GS00Q14OADS621USAspending | $0 | Aug 31, 2024 | — – — |
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Agencies supported
- Department of the InteriorGov-sourced
- Department of Homeland SecurityGov-sourced
- Department of Health and Human ServicesGov-sourced
- National Aeronautics and Space AdministrationGov-sourced
- Department of DefenseGov-sourced
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