Federal Contractor Profile
The Aerospace Corporation
$12B obligated·869 awards·9 agencies·12 NAICS
Federal Contracts
Showing contracts 2,251–2,300 of 3,034 total. Sorted by action date, most recent first. Excludes $0 modifications.
| Date | Agency | PIID | NAICS | Description | Amount |
|---|---|---|---|---|---|
| Aug 29, 2018 | National Aeronautics and Space AdministrationNASA GODDARD SPACE FLIGHT CENTER | 80GSFC18F0069 | 541712 | IGF::OT::IGF THE LANDSAT NINE LNINE MISSION CONSISTENT WITH US LAW AND GOVERNMENT POLICY WILL CONTINUE THE ACQUISITION ARCHIVAL AND DISTRIBUTION OF MULTI SPECTRAL IMAGERY AFFORDING GLOBAL SYNOPTIC AND REPETITIVE COVERAGE OF THE EARTHS LAND SURFACES AT A SCALE WHERE NATURAL AND HUMAN INDUCED CHANGES CAN BE DETECTED DIFFERENTIATED CHARACTERIZED AND MONITORED OVER TIME THE LNINE MISSION IS A COMPONENT OF THE SUSTAINED LAND IMAGING SLI PROGRAM BEING CONDUCTED JOINTLY BY THE NATIONAL AERONAUTICS AND SPACE ADMINISTRATION NASA AND THE USGS OF THE DEPARTMENT OF THE INTERIOR DOI THE GOAL OF THE SLI PROGRAM IS TO PROVIDE DATA INTO THE FUTURE THAT IS SUFFICIENTLY CONSISTENT WITH PREVIOUS LANDSAT DATA TO ALLOW THE DETECTION AND QUANTITATIVE CHARACTERIZATION OF CHANGES IN OR ON THE LAND SURFACE OF THE GLOBE THE LNINE WAS CONCEIVED AS A FOLLOWON MISSION TO THE HIGHLY SUCCESSFUL LANDSAT SERIES OF MISSIONS WHICH HAVE BEEN PROVIDING SATELLITE COVERAGE OF THE EARTHS CONTINENTAL SURFACES SINCE SEVENTY TWO THE DATA FROM THESE MISSIONS CONSTITUTE THE LONGEST CONTINUOUS RECORD OF THE EARTHS SURFACE AS SEEN FROM SPACE THE LNINE MISSION IS INTENDED TO ENSURE THAT LANDSAT DATA WILL BE PROVIDED TO THE USGS NATIONAL SATELLITE LAND REMOTE SENSING DATA ARCHIVE NSLRSDA FOR AT LEAST FIVE OPERATIONAL YEARS PLUS POINT TWENTY FIVE YEAR TO COVER THE OBSERVATORY COMMISSIONING PHASE THE LNINE OBSERVATORY WILL CARRY TWO SERIES TYPE INSTRUMENTS OLI TWO AND THE TIRS TWO THE RESPONSIBILITIES FOR THE LANDSAT NINE MISSION IMPLEMENTATION ARE IN GENERAL DIVIDED BETWEEN PRIMARY MISSION AREAS SPACE SEGMENT LAUNCH SEGMENT AND GROUND SEGMENT NASA IS RESPONSIBLE FOR THE DEVELOPMENT OF THE SPACE SEGMENT AND LAUNCH SEGMENT AND THE USGS IS RESPONSIBLE FOR THE GROUND SEGMENT THE USGS IS ALSO RESPONSIBLE FOR LANDSAT NINE MISSION OPERATIONS AFTER COMPLETION OF THE ON ORBIT VERIFICATION AND CHECKOUT PERIOD THE AGENCIES PLAN TO SHARE DATA CALIBRATION VALIDATION AND SCIENCE ACTIVITIES THROUGHOUT THE LIFE OF THE MISSION AS WELL AS ENGINEERING AND MANAGEMENT ACTIVITIES AS APPROPRIATE NASA IS ACCOUNTABLE FOR MISSION SUCCESS THROUGH DECLARATION OF OPERATIONAL READINESS ACROSS ALL MISSION SEGMENTS AND HANDOVER OF THE MISSION TO THE USGS AT THE COMPLETION OF ON ORBIT COMMISSIONING THE LANDSAT NINE PROJECT PLANS TO HOLD A POST LAUNCH ASSESSMENT REVIEW PLAR WHERE OPERATIONAL READINESS WILL BE DECLARED FOLLOWED BY A MISSION TRANSITION AND HANDOVER REVIEW MTHR WHERE THE RESPONSIBILITY FOR MISSION LEADERSHIP WILL TRANSFER FROM NASA TO USGS USGS PROVIDES THE GROUND SYSTEM FUNCTIONAL AREA EXPERTISE TO SUPPORT NASAS MISSION SYSTEM ENGINEERING EFFORT SPECIFICALLY USGS WILL LEAD THE SPACE TO GROUND INTERFACE ACTIVITIES USGS WILL LEAD SYSTEMS ENGINEERING FOR THE LANDSAT NINE GROUND SYSTEM RESPONSIBILITIES INCLUDE LEAD OVERALL SYSTEMS ENGINEERING EFFORT FOR THE GROUND SYSTEM INCLUDING MOC GNE AND DPAS ELEMENTS AS WELL AS OPERATIONS IN CONJUNCTION WITH THE NASA LANDSAT NINE PROJECT SOFTWARE MANAGER AND PROJECT SYSTEMS VERIFICATION ENGINEER ENSURE ALL SOFTWARE DEVELOPED FOR GROUND SYSTEM MEETS REQUIREMENTS AND IS VERIFIED WORK WITH THE MISSION OPERATIONS TEAM INCLUDING THE LNINE FOT TO ENSURE THAT THE GROUND SYSTEM OPERATION IS VALIDATED AGAINST THE MISSION AND GROUND SYSTEM OPERATIONS CONCEPTS MANAGEMENT OF GROUND SYSTEM LEVEL THREE AND LOWER REQUIREMENTS ARCHITECTURE AND CONCEPTS OF OPERATION PLAN DOCUMENT STAFF AND IMPLEMENT A ROBUST GROUND SYSTEM VERIFICATION AND VALIDATION PROCESS AND INTEGRATE THESE VERIFICATION EFFORTS INTO THE OVERALL MISSION VERIFICATION AND VALIDATION EFFORT PROVIDE A SEMP IN SUPPORT OF THE GROUND SYSTEM ACQUISITION DEVELOPMENT INTEGRATION AND TEST DEVELOP A GROUND SYSTEM SOFTWARE ACQUISITION AND MANAGEMENT PLAN TO BE USED IN SUPPORT OF THE GROUND SYSTEM ACQUISITION DEVELOPMENT I T AND COORDINATE WITH NASA ON ITS RELATIONSHIP TO THE SOFTWARE MANAGEMENT PLAN | $58K |
| Aug 29, 2018 | Department of CommerceDEPT OF COMMERCE NOAA | DOCT0002 | 541712 | IGF::OT::IGF FFRDC SUPPORT. TASK ORDER AWARD. | $751K |
| Aug 28, 2018 | National Aeronautics and Space AdministrationNASA GODDARD SPACE FLIGHT CENTER | NNG12VN22T | 541712 | GOES-R IIRT THE NATIONAL AERONAUTICS AND SPACE ADMINISTRATION (NASA) NASA GODDARD SPACE FLIGHT CENTER IS SERVING AS SYSTEM INTEGRATOR FOR THE NOAA GOES-R SPACECRAFT. GOES-R IS THE PLANNED FOLLOW-UP WEATHER SATELLITE FOR THE GOES N P SERIES NOW IN ORBIT. AEROSPACE CORPORATION HAS BEEN PROVIDING INDEPENDENT INTEGRATED REVIEW TEAM (IIRT) SUPPORT TO THE NASA GOES PROGRAM OFFICE SINCE THE GOES-K SATELLITE TIME FRAME THROUGH THE PRESENT GOES-R SERIES DESIGN AND DEVELOPMENT. TO ENSURE PROPER CONTINUITY OF THE DESIGN REVIEW PROCESS, FOLLOW-ON EFFORT BY THIS KEY CONTRACTOR IS REQUIRED. AEROSPACE CORPORATION SHALL PROVIDE TECHNICAL LEADERSHIP AS CO-CHAIR (WITH NASA GSFC CODE 300 AND GOES-R TECHNICAL STAFF) TO SPACECRAFT AND INSTRUMENT IIRTS FOR KEY MILESTONE REVIEWS AND APPROPRIATE BOX LEVEL AND SOFTWARE REVIEWS DURING THE 2012 AND 2013 TIMEFRAME. TRAVEL TO AND FROM AEROSPACE CORPORATION FACILITIES AND ALL GOES-R MEETING LOCATIONS IS AUTHORIZED AND INCLUDED IN THIS TASKING. AEROSPACE CORPORATION SHALL PROVIDE DETAILED INPUT TO CODE 300 REVIEW TEAM CHAIRMAN S REPORT WITHIN 14 DAYS AFTER EACH REVIEW SUPPORTED IN AN ELECTRONIC FORMAT. THE CONTRACTOR SHALL THEN PROVIDE A TIMELY JOINT IIRT BRIEFING TO THE GOES-R PROGRAM OFFICE AT A LOCATION OF MUTUAL CONVENIENCE WITHIN 30 DAYS AFTER EACH REVIEW SUPPORTED. AN ELECTRONIC VERSION OF THE BRIEFING PACKAGE SHALL BE DELIVERED 24 HOURS PRIOR TO EACH BRIEFING. NASA SHALL PROVIDE PROJECT INFORMATION (TECHNICAL DATA, SCHEDULES, ETC.) AS NECESSARY TO SUPPORT IIRT ACTIVITIES. TO THIS END, THE CONTRACTOR SHALL PROVIDE ON/OFF-SITE PROJECT AND MULTIDISCIPLINARY ENGINEERING SERVICES, INDEPENDENT TESTING, CONTRACTOR-ON-SITE MONITORING, AND INDEPENDENT EVALUATION OF PROJECTS AND/OR PROGRAMS, INCLUDING COST, SCHEDULE, AND AFFORDABILITY ANALYSES, IN ANY PHASE OF THE LIFE-CYCLE. THE CONTRACTOR SHALL ALSO PROVIDE LEADERSHIP OR STAFFING FOR FOCUSED SCIENCE AND TECHNOLOGY STUDIES, ADVANCED SYSTEMS ARCHITECTURE, SYSTEMS ENGINEERING AND INDEPENDENT REVIEWS OF ALL ABOVE ACTIVITIES PURSUANT TO TASK ORDERS ISSUED BY THE CONTRACTING OFFICER. THESE SERVICES SHALL INCLUDE THE PERSONNEL, FACILITIES, AND MATERIALS (UNLESS OTHERWISE PROVIDED BY THE GOVERNMENT) TO ACCOMPLISH THE TASKS. INDEPENDENT INSPECTION, ANALYSIS (INCLUDING MODELING AND SIMULATION), AND/OR TEST SHALL BE USED IN EXECUTION OF THIS SUPPORT. ASSESSMENTS MAY INCLUDE SUPPORT (DIRECT OR INDIRECT) TO ARCHITECTURE AND SYSTEMS DEFINITION; STRATEGIC PLANNING AND TECHNOLOGY ROAD-MAPPING; PERFORMANCE EVALUATION OR TRADES STUDIES (INCLUDING TECHNICAL, COST, SCHEDULE, AND/OR RISK). | $66K |
| Aug 27, 2018 | Department of CommerceDEPT OF COMMERCE NOAA | DOCT0014 | 541712 | IGF::OT::IGF FFRDC SUPPORT. TASK ORDER AWARD. | $100K |
| Aug 22, 2018 | National Aeronautics and Space AdministrationNASA KENNEDY SPACE CENTER | NNK17MA43T | 541712 | IGF::OT::IGF EM-2 SYSTEMS ENGINEERING&INTEGRATION AEROSPACE CONSULTING SERVICES | $86K |
| Aug 22, 2018 | National Aeronautics and Space AdministrationNASA JOHNSON SPACE CENTER | NNJ11HD42T | 541712 | SPECIAL STUDIES/ANALYSIS- AERONAUTICAL/SPACE | $644K |
| Aug 22, 2018 | National Aeronautics and Space AdministrationNASA HEADQUARTERS | NNH14CL71D | 541712 | IGF::OT::IGF THIS REQUIREMENT IS FOR CONTINUED/FOLLOW-ON ORGANIZATIONAL SUPPORT AND ASSISTANCE TO SCAP PROGRAM MANAGERS IN SETTING UP AND MAKING FUNCTIONAL THE SPACE ENVIRONMENT TEST ASSETS GROUP (SETAG), IDENTIFY AND UNDERSTAND THE CAPABILITY PORTFOLIO CONTENTS WITHIN AND OUTSIDE THE AGENCY, AND PERFORM INDEPENDENT ASSET CONDITION ASSESSMENTS IN ORDER TO ASSIST SCAP PROGRAM TO MONITOR HEALTH AND SAFETY OF ITS PROGRAM ASSETS. SUPPORT SHALL INCLUDE, BUT NOT LIMITED TO, WORKING WITH THE SPECIFIED PORTFOLIO GROUPS, SETTING UP AND FACILITATING MEETINGS, DRAFTING AND FINALIZING AND PRESENTING STUDIES/BRIEFINGS, (SPACE ENVIRONMENTAL TEST ALLIANCE GROUP, THERMAL VACUUM CHAMBERS (TVC S), VIBRATION AND ACOUSTIC CHAMBERS, CLEAN ROOMS, MODELING AND SIMULATION TEST FACILITIES, ETC.). | $50K |
| Aug 22, 2018 | National Aeronautics and Space AdministrationNASA GODDARD SPACE FLIGHT CENTER | NNG12VN14T | 541712 | TO PROVIDE DIRECT SUPPORT TO THE SPACE NETWORK GROUND SEGMENT SUSTAINMENT PROJECT - SERVICES: THE CONTRACTOR SHALL PROVIDE ON/OFF-SITE PROJECT AND MULTIDISCIPLINARY ENGINEERING SERVICES, INDEPENDENT TESTING, CONTRACTOR-ON-SITE MONITORING, AND INDEPENDENT EVALUATION OF PROJECTS AND/OR PROGRAMS, INCLUDING COST, SCHEDULE, AND AFFORDABILITY ANALYSES, IN ANY PHASE OF THE LIFE-CYCLE. THE CONTRACTOR SHALL ALSO PROVIDE LEADERSHIP OR STAFFING FOR FOCUSED SCIENCE AND TECHNOLOGY STUDIES, ADVANCED SYSTEMS ARCHITECTURE, SYSTEMS ENGINEERING AND INDEPENDENT REVIEWS OF ALL ABOVE ACTIVITIES PURSUANT TO TASK ORDERS ISSUED BY THE CONTRACTING OFFICER. THESE SERVICES SHALL INCLUDE THE PERSONNEL, FACILITIES, AND MATERIALS (UNLESS OTHERWISE PROVIDED BY THE GOVERNMENT) TO ACCOMPLISH THE TASKS. TASKS ORDERS WILL BE ISSUED TO PERFORM SERVICES FOR ANY OF GSFC S OR ARC S ORGANIZATIONAL ENTITIES RELATED TO PARTS, COMPONENTS, SOFTWARE, SUBSYSTEMS, SYSTEMS, AND SYSTEMS OF SYSTEMS CIRCUMSCRIBED BY AEROSPACE S CORE FUNCTIONS. TYPES OF NASA ENDEAVORS MAY INCLUDE, BUT ARE NOT LIMITED TO, SPACECRAFT; INSTRUMENTS OR OTHER PAYLOADS; OBSERVATORIES; LAUNCH VEHICLES (FOR SUB-ORBITAL, ORBITAL, LUNAR, OR INTERPLANETARY MISSIONS); LAUNCH ABORT SYSTEMS; ROVERS, LANDERS, OR IMPACT VEHICLES; GROUND SYSTEMS (INCLUDING MISSION OPERATIONS, DATA PROCESSING AND DISSEMINATION, LAUNCH OPERATIONS, ETC.); FACILITIES (E.G. RESEARCH, TEST, LAUNCH); SPACE AND GROUND NETWORKS; BALLOONS; GROUND SUPPORT EQUIPMENT; SIMULATORS; AND NON-FLIGHT MODELS OR PROTOTYPES. ASSESSMENTS MAY INCLUDE SUPPORT (DIRECT OR INDIRECT) TO ARCHITECTURE AND SYSTEMS DEFINITION; STRATEGIC PLANNING AND TECHNOLOGY ROAD-MAPPING; PERFORMANCE EVALUATION OR TRADES STUDIES (INCLUDING TECHNICAL, COST, SCHEDULE, AND/OR RISK); ACQUISITION AND PROJECT MANAGEMENT; SYSTEMS ENGINEERING; DESIGN ANALYSIS (PRELIMINARY OR DETAILED DESIGN); ASSEMBLY, INTEGRATION, AND TEST; REQUIREMENTS VERIFICATION; TEST INSTRUMENTATION; DATA SYSTEMS MANAGEMENT; LAUNCH AND POST-LAUNCH OPERATIONS; MISSION ASSURANCE (INCLUDING LAUNCH VERIFICATION); SYSTEMS SAFETY; RESEARCH AND TECHNOLOGY; DOCUMENTATION; MAINTENANCE; SUSTAINING ENGINEERING; SPECTRUM MANAGEMENT; CONFIGURATION MANAGEMENT, AND OTHERS. INDEPENDENT INSPECTION, ANALYSIS (INCLUDING MODELING AND SIMULATION), AND/OR TEST SHALL BE USED IN EXECUTION OF THIS SUPPORT. THE CONTRACTOR SHALL ALSO ENSURE THAT SUPPORT IS PROVIDED THAT HAS SIGNIFICANT WORKING KNOWLEDGE OF CURRENT AND NEAR FUTURE TECHNOLOGIES THAT APPLY TO MODERNIZING THIS GROUND SYSTEM. | $86K |
| Aug 21, 2018 | National Aeronautics and Space AdministrationNASA GODDARD SPACE FLIGHT CENTER | NNG17VN82T | 541712 | IGF::OT::IGF LANDSAT 9 OBSERVATORY MANAGEMENT SUPPORT PURPOSE, OBJECTIVE, AND BACKGROUND OF WORK TO BE PERFORMED THE LANDSAT 9 L9 MISSION IS THE SUCCESSOR MISSION TO LANDSAT DATA CONTINUITY MISSION LDCM RENAMED LANDSAT 8 AFTER COMMISSIONING IN MAY 2013. LANDSAT SATELLITES HAVE CONTINUOUSLY ACQUIRED MULTISPECTRAL IMAGES OF THE GLOBAL LAND SURFACE SINCE THE LAUNCH OF LANDSAT 1 IN 1972. THE LANDSAT DATA ARCHIVE CONSTITUTES THE LONGEST CONTINUOUS MODERATE-RESOLUTION RECORD OF THE GLOBAL LAND SURFACE AS VIEWED FROM SPACE. THE LANDSAT 9 MISSION OBJECTIVE IS TO EXTEND THE ABILITY TO DETECT AND QUANTITATIVELY CHARACTERIZE CHANGES ON THE GLOBAL LAND SURFACE AT A SCALE WHERE NATURAL AND HUMAN-INDUCED CAUSES OF CHANGE CAN BE DETECTED AND DIFFERENTIATED. ONCE OPERATIONAL, DATA ACQUISITION, REPORTING, OPERATIONS, AND ARCHIVAL WILL BE ACCOMPLISHED AT THE U.S. GEOLOGICAL SURVEY (USGS) EARTH RESOURCES OBSERVATION SYSTEMS EROS FACILITY IN SOUTH DAKOTA WHERE THE CURRENT DATA IS MANAGED. THE L9 OBSERVATORY INSTRUMENT SUITE CONSISTS OF TWO MATURE INSTRUMENTS, WHICH ARE NEAR-COPIES OF THE INSTRUMENTS FLOWN ON LANDSAT 8. THEY ARE THE OPERATIONAL LAND IMAGER OLI AND THE THERMAL INFRARED SENSOR TIRS. THESE INSTRUMENTS WILL BE DESIGNATED OLI 2 AND TIRS 2 FOR LANDSAT 9, AND THE TIRS 2 INSTRUMENT WILL BE UPGRADED TO RISK CLASS B TIRS IS CLASS C ON LANDSAT 8. THE OLI 2 WILL BE BUILT BY BALL AEROSPACE TECHNOLOGY CORPORATION BATC OF BOULDER, CO. THE TIRS 2 IS BEING DEVELOPED AS A GSFC IN-HOUSE EFFORT. THE L9 SPACECRAFT BUS WILL BE BUILT BY ORBITAL ATK IN GILBERT, AZ. L9 INSTRUMENT DEVELOPMENT ACTIVITIES ARE WELL UNDERWAY, WITH BOTH INSTRUMENTS PAST CDR. THE L9 SPACECRAFT BUS IS BEING BUILT BY ORBITAL ATK IN GILBERT, AZ, UNDER A RAPID SPACECRAFT DEVELOPMENT OFFICE-III DELIVERY ORDER AWARDED IN OCTOBER 2016. ORBITAL ATK IS ALSO RESPONSIBLE FOR INSTRUMENT INTEGRATION, OBSERVATORY-LEVEL TESTING, LAUNCH SITE SUPPORT, AND OPERATIONS SUPPORT. THE TARGETED LANDSAT 9 LAUNCH READINESS DATE (LRD) IS CURRENTLY DECEMBER 2020 THE PURPOSE OF THIS TASK IT TO SUPPORT MANAGING THE DEVELOPMENT OF THE LANDSAT 9 SPACECRAFT AND OBSERVATORY. 3. DESCRIPTION OF WORK TO BE PERFORMED: 3.1. THE CONTRACTOR SHALL PROVIDE SYSTEM ENGINEERING AND TECHNICAL MANAGEMENT SUPPORT TO OBSERVATORY MANAGEMENT ACTIVITIES. THIS INCLUDES: INTEGRATED BASELINE ESTABLISHMENT AND MAINTENANCE, STATUS ASSESSMENT AND REPORTING OF COST, SCHEDULE AND TECHNICAL PERFORMANCE IDENTIFICATION, ASSESSMENT, AND MANAGEMENT OF ISSUES AND RISKS, AND ESTIMATION OF PROJECT COST/SCHEDULE IMPACTS PROVIDING PROJECT CONTROL SUPPORT, INCLUDING BUDGET AND SCHEDULE DEVELOPMENT, EXECUTION AND TRACKING, AND PROJECT MANAGEMENT PREPARATIONS FOR INTERNAL AND EXTERNAL REPORTING, REVIEWS, AND MILESTONE ACTIVITIES PROVIDING TECHNICAL AND PROGRAMMATIC OVERSIGHT/INSIGHT INTO SPACECRAFT/OBSERVATORY DEVELOPMENT CONTRACTOR TECHNICAL PROGRESS AND STATUS, SCHEDULE, AND RISKS ASSESSING PERFORMANCE OF THE SPACECRAFT/OBSERVATORY DEVELOPMENT CONTRACTOR INCLUDING ASSESSMENT OF PERFORMANCE AGAINST PAYMENT MILESTONE CRITERIA SUPPORTING EVALUATION OF CHANGE PROPOSAL MATERIALS RELATED TO EXISTING PROCUREMENTS SUPPORTING REVIEW OF SPACECRAFT/OBSERVATORY CONTRACTOR DELIVERABLE DOCUMENTS AND MATERIALS PLANNING AND PREPARATIONS FOR PROJECT AND OBSERVATORY LIFE CYCLE MILESTONE REVIEWS AND KEY DECISION MEETINGS PROVIDING SPACECRAFT/OBSERVATORY TECHNICAL AND SYSTEM ENGINEERING SUPPORT INCLUDING MISSION CONCEPT DEVELOPMENT, REQUIREMENTS DEVELOPMENT AND MANAGEMENT, DESIGN SOLUTION EVALUATION AND TRADES ANALYSES, INTERFACE MANAGEMENT, SPACECRAFT AND OBSERVATORY INTEGRATION AND TESTING, LAUNCH VEHICLE INTEGRATION, VERIFICATION AND VALIDATION, RISK MANAGEMENT, TECHNICAL DATA AND CONFIGURATION MANAGEMENT, TECHNICAL REVIEWS, REQUIREMENTS COMPLIANCE, SOFTWARE ENGINEERING MANAGEMENT, OPERATIONS READINESS/TESTING, MISSION ASSURANCE, PRE- AND POST-LAUNCH CALIBRATION, AND TECHNICAL OVERSIGHT/INSIGHT ASSISTING THE L9 OBSERVATORY MANAGER | $120K |
| Aug 21, 2018 | Department of CommerceDEPT OF COMMERCE NOAA | DOCT0001 | 541712 | IGF::OT::IGF FFRDC SUPPORT. TASK ORDER AWARD. | $189K |
| Aug 21, 2018 | National Aeronautics and Space AdministrationNASA GODDARD SPACE FLIGHT CENTER | NNG13VN41T | 541712 | IGF::OT::IGF FUNDS FOR GOES-R GROUND PROJECT CHIEF ENGINEER AND GOES-R PROGRAM SUPPORT. AEROSPACE WILL PROVIDE SENIOR TECHNICAL SUPPORT TO THE DEVELOPMENT, INTEGRATION, AND VERIFICATION OF THE GOES-R GROUND SYSTEM ACROSS SEVERAL NASA-GSFC ENGINEERING MANAGEMENT TEAMS. THESE TEAMS WILL INCLUDE CHIEF ENGINEERING, GROUND SYSTEM PROJECT, AND PROGRAM MANAGEMENT TEAMS. WHEREAS NASA HAS OVERALL SYSTEM ENGINEERING RESPONSIBILITY FOR THE DELIVERY OF THIS LARGE SPECIALIZED GOES-R GROUND SYSTEM, CONTRACTOR SUPPORT WILL REQUIRE A STRONG BACKGROUND IN NASA PRODUCED SYSTEMS INCLUDING A THOROUGH KNOWLEDGE OF NASA PROCESSES, PROCEDURES, ENGINEERING TECHNIQUES AND APPROACHES, SPECIFICALLY RELEVANT TO NASA AND GSFC ENGINEERING INFRASTRUCTURE AND CAPABILITIES. THIS SUPPORT WILL BE NEEDED TO PRODUCE SPECIFIC ENGINEERING AND TECHNICAL PRODUCTS TO SUPPORT GROUND SYSTEM ACQUISITION, DELIVERY, LAUNCH SUPPORT, AND SUCCESSFUL ON-ORBIT OPERATIONS TO INCLUDE, BUT NOT BE LIMITED TO, THE FOLLOWING AREAS: (A) PROVIDE EXPERIENCED LAUNCH PROVEN SUPPORT OF ALL PHASE C/D MISSION DEVELOPMENT TO INCLUDE SYSTEM ACQUISITION, HARDWARE AND SOFTWARE AS WELL AS ON-ORBIT PROCEDURE DEVELOPMENT, AND ENGINEERING SUSTAINMENT PLANS. B) PROVIDE SUPPORT FOR A CORRESPONDING SYSTEM-LEVEL INTEGRATED PRODUCT THAT INCLUDES SYSTEM LEVEL TROUBLESHOOTING AND THE CORRESPONDING RESOLUTION OF GROUND SYSTEM DISCREPANCIES THROUGH A YET TO BE DERIVED GROUND SYSTEM VERIFICATION PROCESS. C) SUPPORT TO DEVISE AND IMPLEMENT A GROUND SYSTEM CONFIGURATION CONTROL PROCESS. D) SUPPORT TO PRODUCE A NEW TIMELINE FOR A SERIES OF MISSION-LEVEL REVIEWS TO INCLUDE EVENTS FROM RELEASE RMM THROUGH TO LAUNCH. FOR THESE REVIEWS, CONTRACTOR IS TO SUPPLY TECHNICAL REVIEW CONTENT WHERE APPLICABLE. PROJECT AND PROGRAM REVIEWS INCLUDE, BUT ARE NOT LIMITED, TO: ORRS, PMRS, FORR, AND LAUNCH REVIEWS USING THE SNPP MISSION AS A SUCCESS MODEL. E) SUPPORT TO PRODUCE A FULLY INTEGRATED TEST PROCESS THAT INCLUDES ALL GROUND SYSTEM REQUIREMENTS LEVELS 6 THROUGH 2, FLIGHT AND INSTRUMENT SYSTEMS ESPECIALLY THOSE RELATIVE TO THERMAL VAC AND GROUND TO SPACECRAFT PRE-SHIPMENT TESTING, AS WELL AS A TEST PROCESS THAT INCLUDES A YET EVOLVING NATIONAL AND INTERNATIONAL WEATHER SERVICE CUSTOMER BASE. F) PROVIDE MAJOR TECHNICAL INPUT AND MULTI-MISSION COORDINATION BETWEEN THE GOES GROUND PROJECT, FLIGHT PROJECT, AS WELL AS COORDINATION AND PROBLEM RESOLUTION BETWEEN COMPETING RESOURCES OF THE GOES-R, SNPP, AND JPSS MISSIONS. G) PROVIDE SIGNIFICANT DESIGN SUPPORT TO THE FORMING OF A NEW MASTER GROUND SYSTEM SCHEDULE, TO INCLUDE THE GENERATION OF A NEAR-REAL TIME SCHEDULE MONITORING PROCESS THAT WILL BE USED TO ASSESS AND CORRECT TECHNICAL AND SCHEDULE RISKS AT THE PROJECT AND PROGRAM LEVELS, THE RESULTS OF WHICH WILL RESULT IN SOLUTIONS THAT WILL BE USED TO RESOLVE AND MITIGATE RISKS. H) LEVERAGE CROSS PROGRAM SUPPORT BETWEEN GOES-R, SNPP, JPSS, OTHER NASA ENTITIES, THE DEPARTMENT OF DEFENSE (DOD) AND OTHER INTELLIGENCE COMMUNITY (IC) PROGRAMS AS NEEDED. I) ASSIST THE CHIEF GSP ENGINEER IN LAUNCH ASSET REQUIREMENT ANALYSIS. | $750K |
| Aug 20, 2018 | Department of DefenseFA8802 INTEGRATION OPERATION PIKPKE | FA880214C0001 | 541712 | IGF::CL::IGF AEROSPACE FFRDC CONTRACT FROM 1 OCT 2013 TO 30 SEPT 2018 | $43M |
| Aug 17, 2018 | National Aeronautics and Space AdministrationNASA MARSHALL SPACE FLIGHT CENTER | 80MSFC18F0048 | 541712 | NEW AEROSPACE TASK ORDER IN SUPPORT TO NATIONAL INSTITUTE FOR ROCKET PROPULSION SYSTEMS (NIRPS) INDUSTRIAL BASE ANALYSIS OPERATIONS AND MAINTENANCE | $150K |
| Aug 16, 2018 | National Aeronautics and Space AdministrationNASA GODDARD SPACE FLIGHT CENTER | NNG13VN45T | 541712 | IGF::OT::IGF FUNDS FOR AEROSPACE SUPPORT TO JPSS MISSION 1 (J1) VISIBLE INFRARED IMAGING RADIOMETER SUITE (VIIRS) TEST PROGRAM. THIS TASK PROVIDES EXPERIENCED, SPECIALIZED SUPPORT TO THE JPSS PROGRAM. THE TASK PROVIDES INDEPENDENT ANALYSIS OF THE VIIRS FLIGHT MODEL (FM)-2 PERFORMANCE TESTS, PROVIDING THE JPSS FLIGHT PROJECT WITH THE ASSURANCE THAT VIIRS FM-2 INSTRUMENT MEETS ITS PERFORMANCE REQUIREMENTS. THE CONTRACTOR SHALL PERFORM REQUESTED TEST DATA ANALYSIS ON THE PLANNED J1 VIIRS SYSTEM LEVEL PERFORMANCE TESTS. THE CONTRACTOR WILL ANALYSIS ACTIVITIES INCLUDE COMPARISONS WITH REQUIREMENTS AND ANY REQUESTED ACTIVITIES NEEDED TO RESOLVE ANY DISCREPANCIES THAT ARISE. THE CONTRACTOR SHALL ANALYZE DATA FROM ANY SPECIAL TEST REQUESTS (STR). THE CONTRACTOR SHALL MAKE ALL PREPARATIONS NECESSARY TO ANALYZE DATA, INCLUDING TEST DATA ACQUISITION, TEST PROCEDURE REVIEW, AND DATA ANALYSIS TOOL REFINEMENTS. THE CONTACTOR SHALL PERFORM ANY TEST ANOMALY RESOLUTION ACTIVITIES REQUESTED BY CUSTOMER. THE CONTRACTOR SHALL PARTICIPATE IN GOVERNMENT TEAM TEST DATA ANALYSIS TELECONS. THE CONTRACTOR WILL ATTEND MEETING OR CALL IN TO TELECONS. DURING PRE-THERMAL VACUUM (TVAC) AND TVAC TESTING THE VENDOR WILL PROVIDE TEST OBSERVATION SUPPORT. THE CONTRACTOR SHALL PROVIDE TEST DATA ANALYSIS FINDING IN POWERPOINT PACKAGES AND BRIEF THESE FINDING TO THE GOVERNMENT TEAM IN TEST DATA ANALYSIS TELECONS. THE CONTRACTOR SHALL ALSO PROVIDE TEST DATA ANALYSIS FINDING IN OTHER FORMATS AS REQUEST BY THE CUSTOMER. THE CONTRACTOR SHALL PROVIDE ON/OFF-SITE PROJECT AND MULTIDISCIPLINARY ENGINEERING SERVICES, INDEPENDENT TESTING, CONTRACTOR-ON-SITE MONITORING, AND INDEPENDENT EVALUATION OF PROJECTS AND/OR PROGRAMS, INCLUDING COST, SCHEDULE, AND AFFORDABILITY ANALYSES, IN ANY PHASE OF THE LIFE-CYCLE. THE CONTRACTOR SHALL ALSO PROVIDE LEADERSHIP OR STAFFING FOR FOCUSED SCIENCE AND TECHNOLOGY STUDIES, ADVANCED SYSTEMS ARCHITECTURE, SYSTEMS ENGINEERING AND INDEPENDENT REVIEWS OF ALL ABOVE ACTIVITIES PURSUANT TO TASK ORDERS ISSUED BY THE CONTRACTING OFFICER. THESE SERVICES SHALL INCLUDE THE PERSONNEL, FACILITIES, AND MATERIALS (UNLESS OTHERWISE PROVIDED BY THE GOVERNMENT) TO ACCOMPLISH THE TASKS | $110K |
| Aug 15, 2018 | National Aeronautics and Space AdministrationNASA HEADQUARTERS | NNH13CI94D | 541712 | IGF::OT::IGF. FUNDS TO SUPPORT THE EXPLORATION SYSTEMS DEVELOPMENT DIVISION. THE EXPLORATION SYSTEMS DEVELOPMENT (ESD) DIVISION HAS REQUESTED AEROSPACE TO PROVIDE TECHNICAL AND PROGRAMMATIC ANALYSIS, CONSULTATION AND EVALUATION IN SUPPORT OF NASA S EXPLORATION ENTERPRISE. THIS SUPPORT WILL INCLUDE ASSISTANCE WITH INTEGRATED COST AND SCHEDULE DEVELOPMENT/ASSESSMENT ACTIVITIES AS WELL AS SYSTEMS ENGINEERING AND INTEGRATION (SE&I) ACTIVITIES FOR INTEGRATED EXPLORATION SYSTEMS AND MISSIONS. SPECIFIC ASSIGNMENTS WILL BE DIRECTED BY ESD AND WILL SPECIFY IN WHICH PROGRAMMATIC OR TECHNICAL AREAS AEROSPACE IS TO FOCUS ITS RESOURCES. AEROSPACE WILL PROVIDE SUBJECT MATTER EXPERTS, AND PERFORM INDEPENDENT ANALYSES, AS REQUESTED, IN SUPPORT OF THE GOVERNMENT'S DECISIONS. THE LEVEL OF FIDELITY FOR INDEPENDENT ASSESSMENTS WILL BE TAILORED ACCORDING TO THE INFORMATION AND TIME AVAILABLE. PRIORITIES AND SCHEDULES WILL BE ESTABLISHED BY MUTUAL AGREEMENT BETWEEN ESD AND AEROSPACE. SUPPORT TO INTEGRATED COST AND SCHEDULE DEVELOPMENT/ASSESSMENT ACTIVITIES INCLUDE BUT ARE NOT LIMITED TO: . BUDGET EVALUATION AND ASSESSMENT . COST AND SCHEDULE RISK DATA VALIDATION WITH HISTORICAL DATA. . IDENTIFICATION OF MAJOR COST AND SCHEDULE RISK DRIVERS . JOINT COST AND SCHEDULE CONFIDENCE LEVEL (JCL) METHODOLOGY DEVELOPMENT AND ASSESSMENT . TARGETED USE OF AEROSPACE PROGRAMMATIC ASSESSMENT PROCESSES AND TOOLS TO ENHANCE, SUPPLEMENT, OR VALIDATE ESD PROCESSES SUPPORT TO SE&I ACTIVITIES MAY INCLUDE BUT ARE NOT LIMITED TO: . VEHICLE ENVIRONMENTS . LOADS, DYNAMICS AND STRUCTURES . HARDWARE SYSTEMS AND SUBSYSTEMS . GROUND AND FLIGHT SOFTWARE . GUIDANCE, NAVIGATION AND CONTROL . MISSION ANALYSIS . FLIGHT SAFETY AND CREW RATING . MISSION, SYSTEM AND HARDWARE RISK . LAUNCH VEHICLE, PAYLOAD/SPACECRAFT AND GROUND SYSTEMS INTEGRATION . MANUFACTURING, ASSEMBLY, PROCESSING AND OPERATIONS . GROUND COMMAND, CONTROL, COMMUNICATION . RANGE SYSTEMS OPERATIONS AND INTEGRATION IN ADDITION TO FOCUSED ASSESSMENTS, AEROSPACE WILL PROVIDE THE FOLLOWING ADVISORY SERVICES FOR ESD: A. PROVIDE PERSONNEL AND EXPERTISE NECESSARY TO PERFORM ON-SITE NASA HQ SUPPORT AND OTHER REQUESTED SERVICES, AND PARTICIPATE IN REVIEWS AND MEETINGS B. COLLABORATE WITH NASA CIVIL SERVANTS AND SUPPORT CONTRACTORS C. PARTICIPATE IN MAJOR GOVERNMENT AND CONTRACTOR PROGRAM REVIEWS AND PROVIDE TECHNICAL ADVICE REGARDING DESIGNS, PRODUCTION, INTEGRATION, READINESS, RISK, OVERALL SYSTEMS ANALYSES, AND PROGRAMMATIC ISSUES D. PARTICIPATE IN RECURRING NASA AND CONTRACTOR TELECONFERENCES E. PARTICIPATE IN TECHNICAL INTERCHANGE MEETINGS IN SUPPORT OF SPECIFIC ISSUES WHEN AEROSPACE IS INVOLVED IN THE ASSESSMENT/RESOLUTION OF THAT ISSUE. | $536K |
| Aug 10, 2018 | National Aeronautics and Space AdministrationNASA GODDARD SPACE FLIGHT CENTER | NNG17VN80T | 541712 | IGF::OT::IGF TASK ORDER TITLE ASTROPHYSICS DECADAL MISSION CONCEPT STUDY SUPPORT PHASE II PROVIDE INDEPENDENT GUIDANCE AND SUPPORT FOR LARGE MISSION CONCEPTS STUDIES TO PREPARE FOR THE NATIONAL ACADEMICS ASTROPHYSICS DECADAL SURVEY 2020. THE CONTRACTOR SHALL PROVIDE SUPPORT TO 4 SEPARATE SCIENCE AND TECHNOLOGY DEFINITION TEAMS STDTS. | $47K |
| Aug 10, 2018 | National Aeronautics and Space AdministrationNASA HEADQUARTERS | 80HQTR18F0285 | 541712 | IGF::OT::IGF NEO DETECTION PILOT STUDY: THE PURPOSE OF THIS PILOT TASK WOULD BE TO APPLY MODERN MACHINE LEARNING TECHNIQUES TO IMPROVE THE NEO DETECTION RATE AT THE CATALINA SKY SURVEY (CSS). | $50K |
| Aug 10, 2018 | National Aeronautics and Space AdministrationNASA MARSHALL SPACE FLIGHT CENTER | 80MSFC18F0166 | 541712 | AEROSPACE SHALL DEVELOP A PROTOTYPE WEB PORTAL, AVIEW - THE WORKING TITLE FOR THIS AEROSPACE VIEWER FOR NASA HISTORICAL PROGRAMMATIC DATA, TO VISUALIZE MISSION DATA: NAVIGATION, DISPLAY, CHARTING. AEROSPACE WILL IDENTIFY THE SUBSET OF THE FUNCTIONALITY IN FTE TOOL V2018.1 TO BE INCORPORATED IN AVIEW | $55K |
| Aug 9, 2018 | Department of CommerceDEPT OF COMMERCE NOAA | 1332KQ18FNEEG0028 | 541712 | IGF::OT::IGF SUPPORT SERVICES | $800K |
| Aug 8, 2018 | National Aeronautics and Space AdministrationNASA LANGLEY RESEARCH CENTER | 80LARC18F0082 | 541330 | CRYOGENICS TECHNICAL DISCIPLINE TEAM SUPPORT THE SCOPE OF THIS EFFORT IS FOR THE CONTRACTOR TO PROVIDE TECHNICAL EXPERTISE TO THE AGENCY FOR ISSUES ASSOCIATED WITH DESIGN, DEVELOPMENT, SIMULATION, TESTING, TROUBLESHOOTING, INTEGRATION, SAFETY AND IMPLEMENTATION OF CRYOGENICS SYSTEMS RELATED TO HUMAN AND/OR ROBOTIC GROUND, AIR, AND SPACE SYSTEMS. THE TEAM IS COMPRISED OF EXPERTS FROM NASA, INDUSTRY, ACADEMIA, AND OTHER GOVERNMENT AGENCIES. THE TEAM IS LED BY A NASA TECHNICAL FELLOW. | $20K |
| Aug 8, 2018 | National Aeronautics and Space AdministrationNASA GLENN RESEARCH CENTER | 80GRC018F0153 | 541712 | REDUCED GRAVITY CRYOGENIC LINE CHILLDOWN OPERATION AND MODELING | $40K |
| Aug 3, 2018 | Department of DefenseFA8802 INTEGRATION OPERATION PIKPKE | FA880214C0001 | 541712 | IGF::CL::IGF AEROSPACE FFRDC CONTRACT FROM 1 OCT 2013 TO 30 SEPT 2018 | $52M |
| Aug 1, 2018 | National Aeronautics and Space AdministrationNASA GODDARD SPACE FLIGHT CENTER | 80GSFC18F0070 | 541712 | THE CONTRACTOR SHALL PROVIDE SPECIALIZED ENGINEERING AND TECHNICAL SERVICES TO JPSS GROUND TO SUPPORT ACQUISITION AND OPERATIONS. | $80K |
| Aug 1, 2018 | National Aeronautics and Space AdministrationNASA GODDARD SPACE FLIGHT CENTER | NNG12VN31T | 541712 | IGF::OT::IGF OTHER FUNCTIONS. ENGINEERING AND SERVICES. 2. PURPOSE, OBJECTIVE, AND BACKGROUND OF WORK TO BE PERFORMED: NASA'S OBJECTIVE IS TO OBTAIN AN INDEPENDENT ASSESSMENT OF THE SECURITY RISKS INHERENT IN THE DESIGN, OPERATION AND MAINTENANCE OF SPACE NETWORK GROUND SYSTEMS LOCATED AT THE WHITE SANDS COMPLEX (WSC) IN LAS CRUCES, NEW MEXICO. THESE SYSTEMS HANDLE SENSITIVE BUT UNCLASSIFIED DATA FOR VARIOUS NASA CUSTOMERS HAVING A DESIRE TO ENSURE ADEQUATE CONTROL AND PROTECTION OF THEIR MISSION CRITICAL DATA. 3. DESCRIPTION OF THE WORK TO BE PERFORMED: AEROSPACE WILL PERFORM THE FOLLOWING SUBTASKS: 3.1. AEROSPACE WILL CONDUCT AN ANNUAL PENETRATION TEST OF THE ANCC AT THE GSFC WHITE SANDS COMPLEX. AEROSPACE WILL COORDINATE THE TIME AND PROCEDURES FOR THE PENETRATION TEST WITH THE WHITE SANDS COMPLEX IT SECURITY PERSONNEL. (NOTE: PENETRATION TEST PROCEDURES ARE BUILT BY THE CONTRACTOR AND APPROVED BY NASA). 3.2. AEROSPACE WILL INVESTIGATE, EVALUATE, AND PROVIDE RECOMMENDED SOLUTIONS TO IT SECURITY ISSUES ASSOCIATED WITH UPGRADES TO SN SYSTEMS. AEROSPACE WILL EVALUATE SGSS APPROACHES WITH RESPECT TO INFORMATION ASSURANCE FOR THE SPACE NETWORK PROJECT, AND PERFORM OTHER INFORMATION ASSURANCE RELATED TASKS IN SUPPORT OF THE SPACE NETWORK AS DIRECTED BY THE GOVERNMENT NASA SPONSOR. 4. DELIVERABLES/MILESTONES: AEROSPACE WILL PROVIDE THE FOLLOWING DELIVERABLES FOR THEIR ASSOCIATED SUBTASK: SUBTASK 3.1 A) AN EXIT BRIEFING TO WSC SECURITY IMMEDIATELY FOLLOWING THE PERFORMANCE OF THE ON-SITE PORTION OF THE PENETRATION TEST B) A SUMMARY SLIDE PACKAGE FOR THE PURPOSE OF BRIEFING MANAGEMENT AND SECURITY ORGANIZATIONS. (1 MONTH AFTER TEST) C) A FINAL WRITTEN REPORT DELINEATING THE PROCESS AND FINDINGS. (3 MONTH AFTER TEST) SUBTASK 3.2 A) A SUMMARY OF FINDINGS TO THE TM FOLLOWING EACH MAJOR REVIEW WITHIN 2 WEEKS AFTER THE REVIEW. B) AS NEEDED, A SUMMARY BRIEFING, SUITABLE FOR MANAGEMENT, DETAILING SPECIFIC ISSUES AND CONCERNS AS THEY ARE UNCOVERED. C) AN INFORMAL SUMMARY OF ACTIVITIES AND FINDINGS TO THE TM EACH MONTH. | $10K |
| Aug 1, 2018 | Department of CommerceDEPT OF COMMERCE NOAA | DOCT0008 | 541712 | IGF::OT::IGF FFRDC SUPPORT. TASK ORDER AWARD FOR THE OSAAP PROGRAM OFFICE. | $599K |
| Jul 31, 2018 | National Aeronautics and Space AdministrationNASA GLENN RESEARCH CENTER | 80GRC018F0134 | 541712 | CRYOGENIC CHILLDOWN TWO-PHASE HEAT TRANSFER CORRELATION DEVELOPMENT. UTILIZE NEW DATA PROVIDED BY NASA GLENN RESEARCH CENTER (GRC) TO IMPROVE CRYOGENIC TWO-PHASE PIPE FLOW HEAT TRANSFER CORRELATIONS. | $37K |
| Jul 31, 2018 | National Aeronautics and Space AdministrationNASA GODDARD SPACE FLIGHT CENTER | 80GSFC18F0053 | 541712 | NASA GSFC OFFICE OF SPECTRUM MANAGEMENT HAS THE PRIMARY RESPONSIBILITY FOR MANAGING USE OF S BAND FOR ALL NASA OPERATIONS AND IS KNOWN AS THE FACE OF S BAND TO ALL FEDERAL AGENCIES. AS S BAND IS HEAVILY USED BY NASA NETWORKS AND MISSIONS AND THE DEPARTMENT OF DEFENSE DOD COORDINATION AMONG THE AGENCIES HAPPENS FREQUENTLY THROUGHOUT THE YEAR FOR SYSTEMS TO COEXIST IN THE SPECTRUM BY PREVENTING THE OCCURRENCE OF INTERFERENCE TO EACH OTHER S SYSTEMS OPERATING IN THE BAND. S BAND IS HEAVILY CONGESTED AND CONTAINS MANY RESTRICTIONS ON ITS USAGE. THE CONGESTION IS GETTING WORSE EACH YEAR AS FEDERAL AGENCIES CONTINUE TO LOSE ACCESS TO SPECTRUM IN OTHER BANDS THROUGH FCC AUCTIONS AND ARE REALLOCATED TO S BAND BY NTIA. AS THIS TASK ORDER INVOLVES THE STUDY OF S BAND IT IS BENEFICIAL TO NASA AS THE MANAGER OF S BAND TO BE INVOLVED IN PROVIDING GUIDANCE AND EXPERTISE TO THE DON AND AEROSPACE WHEN CONDUCTING STUDIES ON S BAND AS A CANDIDATE FOR REALLOCATION. THE DEPARTMENT OF THE NAVY CHIEF INFORMATION OFFICE DON CIO INSURES ACCESS TO THE RADIO FREQUENCY SPECTRUM FOR NAVY AND MARINE CORPS SYSTEMS TO PROMOTE PROTECT AND ENHANCE THE NATIONS SECURITY AND TO HELP ENSURE THE PROTECTION OF AMERICAN WAR FIGHTERS. IN RESPONSE TO THE AWS 3 AUCTION THE DOD US NAVY HAS TO REALLOCATE AND OR VACATE CERTAIN RADIO FREQUENCY BANDS. NUMEROUS NAVY AND MARINE CORPS COMMUNICATIONS SYSTEMS MAY BE IMPACTED AND ACTIONS ARE REQUIRED TO EVALUATE THE POSSIBILITY OF RELOCATION OR SPECTRUM SHARING WITH COMMERCIAL USERS AND OR IDENTIFYING POTENTIAL MITIGATION TECHNIQUES. IN PARTICULAR THE MARINE CORPS AN MRC 142 C MOBILE POINT TO POINT COMMUNICATIONS MUST VACATE THE BAND IT CURRENTLY OPERATES IN BY JANUARY 2019. ADDITIONALLY PROPOSED UPGRADES TO EXISTING SYSTEMS WILL HAVE TO BE EVALUATED TO DETERMINE THEIR TECHNOLOGY READINESS TO SUPPORT IN BOTH AN OPERATIONAL AND TRAINING ENVIRONMENT. IT IS ANTICIPATED THIS PROJECT WILL RELY ON INFORMATION ANALYSES AND LESSONS LEARNED FROM OTHER FREQUENCY BANDS SELECTED FOR VACATING OR MONITORING FUNDED USING THE SPECTRUM RELOCATION FUND. | $882K |
| Jul 31, 2018 | National Aeronautics and Space AdministrationNASA GODDARD SPACE FLIGHT CENTER | 80GSFC18F0069 | 541712 | IGF::OT::IGF THE LANDSAT NINE LNINE MISSION CONSISTENT WITH US LAW AND GOVERNMENT POLICY WILL CONTINUE THE ACQUISITION ARCHIVAL AND DISTRIBUTION OF MULTI SPECTRAL IMAGERY AFFORDING GLOBAL SYNOPTIC AND REPETITIVE COVERAGE OF THE EARTHS LAND SURFACES AT A SCALE WHERE NATURAL AND HUMAN INDUCED CHANGES CAN BE DETECTED DIFFERENTIATED CHARACTERIZED AND MONITORED OVER TIME THE LNINE MISSION IS A COMPONENT OF THE SUSTAINED LAND IMAGING SLI PROGRAM BEING CONDUCTED JOINTLY BY THE NATIONAL AERONAUTICS AND SPACE ADMINISTRATION NASA AND THE USGS OF THE DEPARTMENT OF THE INTERIOR DOI THE GOAL OF THE SLI PROGRAM IS TO PROVIDE DATA INTO THE FUTURE THAT IS SUFFICIENTLY CONSISTENT WITH PREVIOUS LANDSAT DATA TO ALLOW THE DETECTION AND QUANTITATIVE CHARACTERIZATION OF CHANGES IN OR ON THE LAND SURFACE OF THE GLOBE THE LNINE WAS CONCEIVED AS A FOLLOWON MISSION TO THE HIGHLY SUCCESSFUL LANDSAT SERIES OF MISSIONS WHICH HAVE BEEN PROVIDING SATELLITE COVERAGE OF THE EARTHS CONTINENTAL SURFACES SINCE SEVENTY TWO THE DATA FROM THESE MISSIONS CONSTITUTE THE LONGEST CONTINUOUS RECORD OF THE EARTHS SURFACE AS SEEN FROM SPACE THE LNINE MISSION IS INTENDED TO ENSURE THAT LANDSAT DATA WILL BE PROVIDED TO THE USGS NATIONAL SATELLITE LAND REMOTE SENSING DATA ARCHIVE NSLRSDA FOR AT LEAST FIVE OPERATIONAL YEARS PLUS POINT TWENTY FIVE YEAR TO COVER THE OBSERVATORY COMMISSIONING PHASE THE LNINE OBSERVATORY WILL CARRY TWO SERIES TYPE INSTRUMENTS OLI TWO AND THE TIRS TWO THE RESPONSIBILITIES FOR THE LANDSAT NINE MISSION IMPLEMENTATION ARE IN GENERAL DIVIDED BETWEEN PRIMARY MISSION AREAS SPACE SEGMENT LAUNCH SEGMENT AND GROUND SEGMENT NASA IS RESPONSIBLE FOR THE DEVELOPMENT OF THE SPACE SEGMENT AND LAUNCH SEGMENT AND THE USGS IS RESPONSIBLE FOR THE GROUND SEGMENT THE USGS IS ALSO RESPONSIBLE FOR LANDSAT NINE MISSION OPERATIONS AFTER COMPLETION OF THE ON ORBIT VERIFICATION AND CHECKOUT PERIOD THE AGENCIES PLAN TO SHARE DATA CALIBRATION VALIDATION AND SCIENCE ACTIVITIES THROUGHOUT THE LIFE OF THE MISSION AS WELL AS ENGINEERING AND MANAGEMENT ACTIVITIES AS APPROPRIATE NASA IS ACCOUNTABLE FOR MISSION SUCCESS THROUGH DECLARATION OF OPERATIONAL READINESS ACROSS ALL MISSION SEGMENTS AND HANDOVER OF THE MISSION TO THE USGS AT THE COMPLETION OF ON ORBIT COMMISSIONING THE LANDSAT NINE PROJECT PLANS TO HOLD A POST LAUNCH ASSESSMENT REVIEW PLAR WHERE OPERATIONAL READINESS WILL BE DECLARED FOLLOWED BY A MISSION TRANSITION AND HANDOVER REVIEW MTHR WHERE THE RESPONSIBILITY FOR MISSION LEADERSHIP WILL TRANSFER FROM NASA TO USGS USGS PROVIDES THE GROUND SYSTEM FUNCTIONAL AREA EXPERTISE TO SUPPORT NASAS MISSION SYSTEM ENGINEERING EFFORT SPECIFICALLY USGS WILL LEAD THE SPACE TO GROUND INTERFACE ACTIVITIES USGS WILL LEAD SYSTEMS ENGINEERING FOR THE LANDSAT NINE GROUND SYSTEM RESPONSIBILITIES INCLUDE LEAD OVERALL SYSTEMS ENGINEERING EFFORT FOR THE GROUND SYSTEM INCLUDING MOC GNE AND DPAS ELEMENTS AS WELL AS OPERATIONS IN CONJUNCTION WITH THE NASA LANDSAT NINE PROJECT SOFTWARE MANAGER AND PROJECT SYSTEMS VERIFICATION ENGINEER ENSURE ALL SOFTWARE DEVELOPED FOR GROUND SYSTEM MEETS REQUIREMENTS AND IS VERIFIED WORK WITH THE MISSION OPERATIONS TEAM INCLUDING THE LNINE FOT TO ENSURE THAT THE GROUND SYSTEM OPERATION IS VALIDATED AGAINST THE MISSION AND GROUND SYSTEM OPERATIONS CONCEPTS MANAGEMENT OF GROUND SYSTEM LEVEL THREE AND LOWER REQUIREMENTS ARCHITECTURE AND CONCEPTS OF OPERATION PLAN DOCUMENT STAFF AND IMPLEMENT A ROBUST GROUND SYSTEM VERIFICATION AND VALIDATION PROCESS AND INTEGRATE THESE VERIFICATION EFFORTS INTO THE OVERALL MISSION VERIFICATION AND VALIDATION EFFORT PROVIDE A SEMP IN SUPPORT OF THE GROUND SYSTEM ACQUISITION DEVELOPMENT INTEGRATION AND TEST DEVELOP A GROUND SYSTEM SOFTWARE ACQUISITION AND MANAGEMENT PLAN TO BE USED IN SUPPORT OF THE GROUND SYSTEM ACQUISITION DEVELOPMENT I T AND COORDINATE WITH NASA ON ITS RELATIONSHIP TO THE SOFTWARE MANAGEMENT PLAN | $137K |
| Jul 31, 2018 | National Aeronautics and Space AdministrationNASA GODDARD SPACE FLIGHT CENTER | 80GSFC18F0083 | 541712 | NEXT GENERATION RELAY SUPPORT STATEMENT OF WORK NASA GSFC EXPLORATION AND SPACE COMMUNICATIONS PROJECTS DIVISION CODE 450 IS SOLICITING INFORMATION ON PRICE AVAILABILITY AND FEASIBILITY OF IMPLEMENTATION OF THE CONCEPTS FOR THE FOLLOW ON TO THE LASER COMMUNICATIONS RELAY DEMONSTRATION LCRD. THIS FOLLOW-ON HAS BEEN DESIGNATED AS THE NEXT GENERATION RELAY PAYLOAD. THE NEXT GENERATION RELAY PAYLOAD WILL FLY ABOARD A SEPARATE SPACECRAFT THAT IS BEING SOLICITED IN ANOTHER RFI. IT WILL FLY IN GEOSYNCHRONOUS ORBIT AT A LONGITUDE CLOSE TO THAT OF THE SPACE NETWORK SN NASA WHITE SANDS COMPLEX WSC. NEXT GENERATION RELAY PAYLOAD IS A CATEGORY 1 CLASS C PROGRAM PER NPR 8705.4 WITH A 5 YEAR DESIGN LIFE. THE BASIC CONCEPT OF OPERATIONS IS SHOWN IN FIGURE 1. IT WILL ACT AS AN OPTICAL RELAY SATELLITE FOR LOW EARTH ORBIT LEO OPTICAL-CAPABLE SPACECRAFT. IT WILL ALSO HAVE GEO GEO OPTICAL CAPABILITY TO PROVIDE CROSSLINKS TO OTHER OPTICAL RELAY SPACECRAFT THAT WILL BE LAUNCHED AS FOLLOW ON SPACECRAFT. THE NEXT GENERATION RELAY PAYLOAD IS AN OPERATIONAL SYSTEM NOT A DEMONSTRATION. THE GOAL IS A PAYLOAD THAT CAN BE FLOWN AS EITHER A HOSTED PAYLOAD RIDESHARE LAUNCH OR STANDALONE LAUNCH. DESIGN SELECTIONS MADE FOR THE NEXT GENERATION RELAY WILL IMPACT DESIGN OF A FUTURE USER OPTICAL COMMUNICATIONS TERMINALS. IN ORDER TO ASSURE THE SUCCESS OF THE NEXT GENERATION RELAY DEVELOPMENT GSFC REQUIRES SYSTEMS ENGINEERING OPERATIONS AND TECHNICAL MANAGEMENT SUPPORT STAFF FROM THE AEROSPACE CORPORATION AS WELL AS SPECIALIZED ENGINEERING SUPPORT SERVICES FOR TECHNICAL AND SCIENCE DEVELOPMENTS IN SUPPORT OF INSTRUMENT AND BUS PROCUREMENT INTEGRATION TESTING AND ANOMALY INVESTIGATION ACTIVITIES. AEROSPACE SHALL PROVIDE THE FOLLOWING SUPPORT TO THE NEXT GENERATION RELAY FLIGHT PROJECT AS DESCRIBED BELOW PAYLOAD SPACECRAFT SYSTEMS MANAGEMENT AEROSPACE SHALL PROVIDE PAYLOAD/SPACECRAFT SYSTEMS MANAGEMENT SERVICES TO THE NEXT GENERATION RELAY FLIGHT PROJECT. THESE SERVICES WILL INCLUDE BUT ARE NOT LIMITED TO MANAGING AND MONITORING SPACECRAFT AND PAYLOAD TEAMS. THE SUPPORT WILL INCLUDE PARTICIPATING IN PROGRESS MEETINGS DESIGN REVIEWS REVIEWING PLANS AND PROCEDURES ASSISTING IN PROBLEM RESOLUTION EVALUATING COMPLIANCE WITH NASA TECHNICAL STANDARDS AND PROVIDING OVERSIGHT AND MANAGEMENT NECESSARY TO KEEP THE DEVELOPMENTS ON SCHEDULE. AEROSPACE WILL ALSO ASSIST IN THE MANAGEMENT OF PROCUREMENT ACTIVITIES CONTRACT MODS TASK ORDERS CCB AND RISK BOARD ACTIVITIES AND ENSURE THE MILESTONE REVIEWS ARE CONDUCTED IN ACCORDANCE WITH NASA POLICY AND STANDARDS. THIS SUPPORT WILL REQUIRE OCCASIONAL TRAVEL TO MULTIPLE CONTRACTOR GOVERNMENT AND UNIVERSITY COLLEGE FACILITIES. SYSTEMS ENGINEERING AEROSPACE SHALL PROVIDE SYSTEMS ENGINEERING SERVICES TO THE NEXT GENERATION RELAY FLIGHT PROJECT. THESE SERVICES WILL INCLUDE SUPPORT FOR BUT ARE NOT LIMITED TO THE TECHNICAL MANAGEMENT THIS SUPPORT WILL INCLUDE MONITORING THE REQUIREMENTS DEFINITION TECHNICAL PLANNING TECHNICAL CONTROL TECHNICAL ASSESSMENTS AND TECHNICAL DECISION ANALYSIS. AEROSPACE WILL PARTICIPATE IN DESIGN REVIEWS TEST READINESS REVIEWS ANOMALY BOARDS PARTS MATERIAL BOARDS ETC REVIEWING PLANS AND PROCEDURES ASSISTING IN PROBLEM RESOLUTION AND REVIEWING TEST DATA FOR SPECIFICATION COMPLIANCE. ADDITIONALLY THE SUPPORT WILL REQUIRE EVALUATING COMPLIANCE WITH NASA TECHNICAL STANDARDS CONDUCTING TRADE STUDIES IN SUPPORT OF INSTRUMENT ACCOMMODATION RISK PROCESSES ASSISTING WITH CONFIGURATION CHANGE PROCESS FOR INSTRUMENTS AND TEST READINESS REVIEWS ETC. THIS SUPPORT WILL REQUIRE OCCASIONAL TRAVEL TO MULTIPLE CONTRACTOR GOVERNMENT AND UNIVERSITY COLLEGE FACILITIES. ENGINEERING AEROSPACE SHALL PROVIDE ENGINEERING SERVICES AS REQUESTED TO ASSIST IN TRADE STUDIES MODELING AND ANOMALY RESOLUTION. ADDITIONALLY AEROSPACE MAY BE REQUIRED TO EVALUATE SPECIFIC HARDWARE SOFTWARE PERFORMANCE ITEMS INCLUDING BUT NOT LIMITED TO CONTAMINATION OPTICAL COMPONENTS THERMAL COATINGS ELECTRONICS PARTS AND MECHANISMS. | $60K |
| Jul 31, 2018 | National Aeronautics and Space AdministrationNASA GODDARD SPACE FLIGHT CENTER | 80GSFC17F0017 | 541712 | IGF::OT::IGF LANDSAT GROUND AND MISSION OPERATIONS SYSTEMS ENGINEERING SUPPORT | $100K |
| Jul 31, 2018 | National Aeronautics and Space AdministrationNASA GODDARD SPACE FLIGHT CENTER | NNG14VN52T | 541712 | IGF::OT::IGF JPSS SPACE ASSET PROTECTION PROGRAM (SAPP) SUPPORT. THE CONTRACTOR WILL PROVIDE SYSTEM ENGINEERING SUPPORT. REVIEW AND PERFORM ANALYSIS TO INFORM ARCHITECTURE DESIGN DECISIONS. CONDUCT ANALYSIS OF THE MISSION. IMPLEMENT THREAT DETECTION AND MITIGATION OPTIONS AND ADVISE THE SAPP AND JPSS-2 PERSONNEL. IDENTIFY AND DOCUMENT LESSONS LEARNED FROM THE BEGINNING TO THE END OF THE TASK. PROVIDE PERSONNEL CAPABLE OF REVIEWING AND ASSESSING MATERIAL. CONSULT WITH SAPP TO ENSURE THAT PRODUCTS ARE APPROPRIATELY CLASSIFIED. THE JOINT POLAR SATELLITE SYSTEM-2 (JPSS-2) MISSION IS JOINTLY IMPLEMENTED BY THE NATIONAL OCEANIC AND ATMOSPHERIC ADMINISTRATION (NOAA) AND THE NATIONAL AERONAUTICS AND SPACE ADMINISTRATION (NASA) AS AN OPERATIONAL MISSION PROVIDING ENVIRONMENTAL SENSING FROM A POLAR SUN-SYNCHRONOUS ORBIT, IN ORDER TO MEET THE NATIONAL NEEDS FOR WEATHER AND CLIMATE INFORMATION. THE JPSS-2 MISSION COLLECTS AND TRANSMITS STORED MISSION DATA. THE CONTRACTOR SHALL REVIEW JPSS-2 MISSION FAULT TREE ANALYSES (FTA) AND PROBABILISTIC RISK ASSESSMENTS (PRA) AND PERFORM A SPACE ASSET PROTECTION GAP-ANALYSIS TO INFORM ARCHITECTURE DESIGN DECISIONS. PRIORITIZE MALICIOUS RISKS AND PROVIDE DETECTION AND MITIGATION OPTIONS. | $139K |
| Jul 27, 2018 | National Aeronautics and Space AdministrationNASA GODDARD SPACE FLIGHT CENTER | NNG12VN28T | 541712 | SPECIALIZED ENGINEERING SUPPORT TO JOINT POLAR SATELLITE SYSTEM (JPSS) FLIGHT SEGMENT RESTRUCTURING OF THE NATIONAL POLAR-ORBITING OPERATIONAL ENVIRONMENTAL SATELLITE SYSTEM (NPOESS) HAS RESULTED IN NOAA AND NASA ASSUMING ACQUISITION RESPONSIBILITY FOR THE AFTERNOON ORBIT OF THE CONSTELLATION. THESE SATELLITES, RENAMED THE JOINT POLAR SATELLITE SYSTEM (JPSS) FLIGHT SEGMENT, WILL BE DEVELOPED BY NASA GODDARD SPACE FLIGHT CENTER (GSFC) FOR NOAA. IN ORDER TO ASSURE THE SUCCESS OF THE JPSS DEVELOPMENT, GSFC REQUIRES SUPPORT FROM STAFF FROM THE AEROSPACE CORPORATION WHO HAD PREVIOUSLY WORKED ON NPOESS AS WELL AS SPECIALIZED ENGINEERING SUPPORT SERVICES PARTICULARLY IN THE AREA OF OPTICAL FOCAL PLANE DEVELOPMENTS IN SUPPORT OF INSTRUMENT DEVELOPMENT/TESTING AND EVALUATION ACTIVITIES. THE CONTRACTOR SHALL PROVIDE ELECTRICAL SYSTEMS ENGINEERING SUPPORT FOR JPSS. THIS SUPPORT SHALL INCLUDE, BUT NOT BE LIMITED TO, DEVELOPING JPSS PROGRAM AND MISSION SPECIFICATIONS, REVISING AND/OR DEVELOPING JPSS INTERFACE DOCUMENTS, CONDUCTING TRADE STUDIES IN SUPPORT OF JPSS ARCHITECTURE DEFINITION AND EVOLUTION, MANAGING MISSION- AND OBSERVATORY-LEVEL TECHNICAL BUDGETS, MONITORING SPACECRAFT CONTRACTOR IN DESIGN AND PROCUREMENT ACTIVITIES, PARTICIPATING IN SPACECRAFT PROGRESS MEETINGS; DESIGN REVIEWS; TEST READINESS REVIEWS; ANOMALY BOARDS; PARTS/MATERIAL BOARDS; ETC., AND ASSISTING IN PROBLEM RESOLUTION THE CONTRACTOR SHALL PROVIDE INSTRUMENT SYSTEMS ENGINEERING SERVICES TO JPSS. THESE SERVICES SHALL INCLUDE, BUT NOT BE LIMITED TO, SUPPORTING NPOESS TO JPSS INSTRUMENT TRANSITION BY PREPARING TECHNICAL DOCUMENTATION FOR INSTRUMENT CONTRACTS, COORDINATING INSTRUMENT REQUIREMENTS WITH MISSION- AND OBSERVATORY-LEVEL REQUIREMENTS, EVALUATING INSTRUMENT COMPLIANCE WITH NASA TECHNICAL STANDARDS, CONDUCTING TRADE STUDIES IN SUPPORT OF INSTRUMENT ACCOMMODATION, SUPPORTING THE INSTRUMENT SYSTEMS ENGINEERING STAFF, MANAGING INSTRUMENT RISK PROCESSES, ASSISTING WITH CONFIGURATION CHANGE PROCESS FOR INSTRUMENTS, AND PARTICIPATING IN INSTRUMENT DESIGN REVIEWS; TEST READINESS REVIEWS; ETC. THE CONTRACTOR SHALL PROVIDE ENGINEERING SERVICES TO OVERSEE THE JPSS INSTRUMENT DEVELOPMENT. THESE SERVICES SHALL INCLUDE, BUT NOT BE LIMITED TO, SUPPORTING NPOESS TO JPSS INSTRUMENT TRANSITION BY PREPARING TECHNICAL DOCUMENTATION FOR INSTRUMENT CONTRACTS, COORDINATING INSTRUMENT REQUIREMENTS WITH MISSION- AND OBSERVATORY-LEVEL REQUIREMENTS, MONITORING THE OMPS AND CRIS CONTRACTOR IN EXECUTION OF INSTRUMENT BUILD AND TEST, PARTICIPATING IN INSTRUMENT PROGRESS MEETINGS; DESIGN REVIEWS; TEST READINESS REVIEWS; ANOMALY BOARDS; PARTS/MATERIAL BOARDS; ETC., REVIEWING PLANS AND PROCEDURES, ASSISTING IN PROBLEM RESOLUTION, AND REVIEWING TEST DATA FOR SPECIFICATION COMPLIANCE. | $195K |
| Jul 27, 2018 | National Aeronautics and Space AdministrationNASA GODDARD SPACE FLIGHT CENTER | NNG16VN67T | 541712 | IGF::OT::IGF THE NATIONAL OCEANIC AND ATMOSPHERIC ADMINISTRATION (NOAA) HAS PARTNERED WITH THE NATIONAL AERONAUTICS AND SPACE ADMINISTRATION (NASA) TO IMPLEMENT THE JOINT POLAR SATELLITE SYSTEM (JPSS) PROGRAM. NASAS ROLE IS TO SERVE AS NOAAS ACQUISITION AND SYSTEM INTEGRATION AGENT IN THE DEVELOPMENT OF THE FLIGHT AND GROUND SYSTEMS OF JPSS, WHICH NOAA THEN OPERATES. THE JPSS PROGRAM WILL IMPLEMENT NOAAS REQUIREMENTS FOR COLLECTION OF GLOBAL MULTI SPECTRAL RADIOMETRY AND OTHER SPECIALIZED METEOROLOGICAL, AND OCEANOGRAPHIC DATA VIA REMOTE SENSING OF LAND, SEA, AND ATMOSPHERIC DATA. THESE DATA WILL SUPPORT NOAAS MISSION FOR CONTINUOUS OBSERVATION OF THE EARTHS ENVIRONMENT NECESSARY TO UNDERSTAND AND PREDICT CHANGES IN WEATHER, CLIMATE, OCEANS AND COASTS, WHICH SUPPORT THE NATIONS ECONOMY, AND PROTECT LIVES AND PROPERTY. 2.1. THE JPSS WILL ALSO PROVIDE OPERATIONAL CONTINUITY OF SATELLITE BASED OBSERVATIONS AND PRODUCTS FOR NOAAS POLAR ORBITING OPERATIONAL ENVIRONMENTAL SATELLITES (POES) AND THE SUOMI NATIONAL POLAR ORBITING PARTNERSHIP (S-NPP) SATELLITE. JPSS WILL CONSIST OF A SERIES OF MISSIONS INVOLVING ENVIRONMENTAL SENSING SATELLITES IN THE 1330 LOCAL TIME ASCENDING NODE (LTAN) SUN SYNCHRONOUS POLAR ORBIT, AND THE GROUND SYSTEM REQUIRED TO SUPPORT THEM. 2.2. THE FLIGHT PROJECT CONSISTS OF THE SPACECRAFT, INSTRUMENTS AND LAUNCH VEHICLE. PLANNED FOR A 7 YEAR MISSION LIFETIME, EACH JPSS MISSION SATELLITE WILL OPERATE IN A POLAR, SUN SYNCHRONOUS MISSION ORBIT AT A NOMINAL ALTITUDE OF 824 KM AND 1330 LOCAL TIME OF ASCENDING NODE CROSSING (LTAN). THE JPSS-1 MISSION INSTRUMENT COMPLEMENT INCLUDES THE VISIBLE INFRARED IMAGING RADIOMETER SUITE (VIIRS), THE CROSS TRACK INFRARED SOUNDER (CRIS), THE ADVANCED TECHNOLOGY MICROWAVE SOUNDER (ATMS), THE OZONE MAPPING PROFILER SUITE NADIR PROFILER (OMPS-N), AND THE CLOUDS AND THE EARTHS RADIANT ENERGY SYSTEM (CERES) INSTRUMENT. ON JPSS-2/3/4 THE CERES INSTRUMENT IS REPLACED BY THE RADIATION BUDGET INSTRUMENT (RBI). THE LAUNCH SEGMENT PROVIDES THOSE ASSETS AND SERVICES ASSOCIATED WITH THE LAUNCH VEHICLE (LV) AND THE PAYLOAD INTEGRATION NECESSARY TO PLACE THE JPSS SATELLITE INTO THE MISSION ORBIT. 2.3. IN ORDER TO ASSURE THE SUCCESS OF THE JPSS DEVELOPMENT, GSFC REQUIRES SYSTEMS ENGINEERING, OPERATIONS AND TECHNICAL MANAGEMENT SUPPORT STAFF FROM THE AEROSPACE CORPORATION AS WELL AS SPECIALIZED ENGINEERING SUPPORT SERVICES FOR TECHNICAL AND SCIENCE DEVELOPMENTS IN SUPPORT OF INSTRUMENT PROCUREMENT, INTEGRATION, TESTING AND ANOMALY INVESTIGATION ACTIVITIES. | $1.0M |
| Jul 26, 2018 | National Aeronautics and Space AdministrationNASA HEADQUARTERS | NNH17CN06D | 541712 | IGF::OT::IGF THIS TASK ORDER IS FOR THE SUPPORT TO THE MARS 2020 PROJECT INSRP IN THE REVIEW OF THE PROJECT SAR AND DEVELOPMENT OF THE INSRP SER. SUPPORT WILL BE FOCUSED IN THREE AREAS: 1. REVIEW OF PROGRAM GENERATED MATERIALS BY THE INSRP AND PROVIDING RELEVANT COMMENTS BACK TO THE PROGRAM TO ASSIST IN THE DEVELOPMENT OF A HIGH QUALITY SAR, 2. THE DRAFTING-DEFENDING OF THE INSRP SER FOR THE MARS 2020 MISSION, AND 3. TECHNICAL SUPPORT FOR THE DEVELOPMENT OF THE MARS 2020 PROJECT INSRPS EVALUATION OF LATE LAUNCH, SUB-ORBITAL AND REENTRY DYNAMICS ASSOCIATED WITH POTENTIAL ACCIDENTS THAT COULD RELEASE OF RADIOACTIVE MATERIALS. | $45K |
| Jul 25, 2018 | National Aeronautics and Space AdministrationNASA GODDARD SPACE FLIGHT CENTER | NNG12VN14T | 541712 | TO PROVIDE DIRECT SUPPORT TO THE SPACE NETWORK GROUND SEGMENT SUSTAINMENT PROJECT - SERVICES: THE CONTRACTOR SHALL PROVIDE ON/OFF-SITE PROJECT AND MULTIDISCIPLINARY ENGINEERING SERVICES, INDEPENDENT TESTING, CONTRACTOR-ON-SITE MONITORING, AND INDEPENDENT EVALUATION OF PROJECTS AND/OR PROGRAMS, INCLUDING COST, SCHEDULE, AND AFFORDABILITY ANALYSES, IN ANY PHASE OF THE LIFE-CYCLE. THE CONTRACTOR SHALL ALSO PROVIDE LEADERSHIP OR STAFFING FOR FOCUSED SCIENCE AND TECHNOLOGY STUDIES, ADVANCED SYSTEMS ARCHITECTURE, SYSTEMS ENGINEERING AND INDEPENDENT REVIEWS OF ALL ABOVE ACTIVITIES PURSUANT TO TASK ORDERS ISSUED BY THE CONTRACTING OFFICER. THESE SERVICES SHALL INCLUDE THE PERSONNEL, FACILITIES, AND MATERIALS (UNLESS OTHERWISE PROVIDED BY THE GOVERNMENT) TO ACCOMPLISH THE TASKS. TASKS ORDERS WILL BE ISSUED TO PERFORM SERVICES FOR ANY OF GSFC S OR ARC S ORGANIZATIONAL ENTITIES RELATED TO PARTS, COMPONENTS, SOFTWARE, SUBSYSTEMS, SYSTEMS, AND SYSTEMS OF SYSTEMS CIRCUMSCRIBED BY AEROSPACE S CORE FUNCTIONS. TYPES OF NASA ENDEAVORS MAY INCLUDE, BUT ARE NOT LIMITED TO, SPACECRAFT; INSTRUMENTS OR OTHER PAYLOADS; OBSERVATORIES; LAUNCH VEHICLES (FOR SUB-ORBITAL, ORBITAL, LUNAR, OR INTERPLANETARY MISSIONS); LAUNCH ABORT SYSTEMS; ROVERS, LANDERS, OR IMPACT VEHICLES; GROUND SYSTEMS (INCLUDING MISSION OPERATIONS, DATA PROCESSING AND DISSEMINATION, LAUNCH OPERATIONS, ETC.); FACILITIES (E.G. RESEARCH, TEST, LAUNCH); SPACE AND GROUND NETWORKS; BALLOONS; GROUND SUPPORT EQUIPMENT; SIMULATORS; AND NON-FLIGHT MODELS OR PROTOTYPES. ASSESSMENTS MAY INCLUDE SUPPORT (DIRECT OR INDIRECT) TO ARCHITECTURE AND SYSTEMS DEFINITION; STRATEGIC PLANNING AND TECHNOLOGY ROAD-MAPPING; PERFORMANCE EVALUATION OR TRADES STUDIES (INCLUDING TECHNICAL, COST, SCHEDULE, AND/OR RISK); ACQUISITION AND PROJECT MANAGEMENT; SYSTEMS ENGINEERING; DESIGN ANALYSIS (PRELIMINARY OR DETAILED DESIGN); ASSEMBLY, INTEGRATION, AND TEST; REQUIREMENTS VERIFICATION; TEST INSTRUMENTATION; DATA SYSTEMS MANAGEMENT; LAUNCH AND POST-LAUNCH OPERATIONS; MISSION ASSURANCE (INCLUDING LAUNCH VERIFICATION); SYSTEMS SAFETY; RESEARCH AND TECHNOLOGY; DOCUMENTATION; MAINTENANCE; SUSTAINING ENGINEERING; SPECTRUM MANAGEMENT; CONFIGURATION MANAGEMENT, AND OTHERS. INDEPENDENT INSPECTION, ANALYSIS (INCLUDING MODELING AND SIMULATION), AND/OR TEST SHALL BE USED IN EXECUTION OF THIS SUPPORT. THE CONTRACTOR SHALL ALSO ENSURE THAT SUPPORT IS PROVIDED THAT HAS SIGNIFICANT WORKING KNOWLEDGE OF CURRENT AND NEAR FUTURE TECHNOLOGIES THAT APPLY TO MODERNIZING THIS GROUND SYSTEM. | $92K |
| Jul 25, 2018 | National Aeronautics and Space AdministrationNASA GODDARD SPACE FLIGHT CENTER | NNG15VN58T | 541712 | IGF::OT::IGF "OSIRIS-REX FLIGHT DYNAMICS TEAM NAVIGATION EXPERT SUPPORT": THE ORIGINS SPECTRAL INTERPRETATION RESOURCE IDENTIFICATION SECURITY-REGOLITH EXPLORER (OSIRIS- REX) MISSION S PRIMARY GOAL IS AN EARTH RETURN OF REGOLITH SAMPLE FROM A TYPE-B NEAR EARTH OBJECT (NEO) ASTEROID. THE OSIRIS-REX MISSION WILL GATHER THIS SAMPLE THROUGH A FLIGHT SYSTEM CONSISTING OF A SCIENCE INSTRUMENT SUITE, A TOUCH-AND-GO SAMPLE ACQUISITION MECHANISM (TAGSAM), AND A SAMPLE RETURN CAPSULE (SRC). THE FLIGHT SYSTEM WILL RENDEZVOUS WITH THE NEO, OBSERVE, CHARACTERIZE AND MAP THE ASTEROID, AND FINALLY APPROACH, PERFORM A TOUCH-AND-GO MANEUVER, RETRIEVE A REGOLITH SAMPLE AND DEPART FROM THE ASTEROID. THE OSIRIS-REX FLIGHT SYSTEM WILL THEN NAVIGATE BACK TO EARTH AND JETTISON THE SRC FOR A LANDING AT THE UTAH TEST AND TRAINING RANGE (UTTR). THE OBJECTIVES OF THE MISSION ARE TO RETURN A PRISTINE SAMPLE OF THE ASTEROID, UNDERSTAND THE ORIGINS OF PLANETARY MATERIALS AND THE INITIAL STAGES OF PLANETARY FORMATION. IDENTIFY THE SOURCES OF ORGANIC COMPOUNDS AND OTHER PREBIOTIC CHEMICALS THAT CONTRIBUTED TO THE EMERGENCE OF LIFE ON EARTH; EXPLORE A NEO TO GAIN A GREATER UNDERSTANDING OF POTENTIAL RESOURCES; AND ENABLE THE LONG TERM PREDICTION OF THE DYNAMICS OF NEOS THAT POSE AN IMPACT HAZARD TO EARTH. THE NASA GODDARD SPACE FLIGHT CENTER (GSFC) MANAGES THE OSIRIS-REX PROJECT FOR NASA AND FOR THE PRINCIPAL INVESTIGATOR, AT THE UNIVERSITY OF ARIZONA, LUNAR AND PLANETARY LABORATORY (LPL) IN TUCSON, AZ. THE GODDARD SPACE FLIGHT CENTER MANAGES THE FLIGHT DYNAMICS SYSTEM. KINETX, INC., IS UNDER CONTRACT TO NASA TO DESIGN, DEVELOP, TEST AND IMPLEMENT THE FLIGHT DYNAMICS SYSTEM FOR OSIRIS-REX. THE CONTRACTOR SHALL LEVERAGE EXPERIENCE WITH DEEP SPACE NAVIGATION ANALYSIS AND OPERATIONS TO SUPPORT DIRECTLY THE GSFC FLIGHT DYNAMICS SYSTEM MANAGER IN DAY-TO-DAY ADMINISTRATION OF THE FLIGHT DYNAMICS TEAM. THE CONTRACTOR SHALL PERFORM OVERALL COORDINATION OF FLIGHT DYNAMICS SYSTEM (FDS) ANALYSES ACTIVITIES PERFORMED BY GOVERNMENT AND CONTRACTOR PERSONNEL. EXAMPLES WOULD INCLUDE WORKING WITH THE NAVIGATION CONTRACTOR TO DEFINE AND PERFORM COVARIANCE ANALYSES AND NAVIGATION SIMULATIONS, AND SUPPORT THE DOCUMENTATION OF RESULTS FROM THESE ANALYSIS ACTIVITIES IN THE NAVIGATION PLAN. THE CONTRACTOR SHALL REVIEW OPERATIONAL INTERFACE AGREEMENTS (OIA) AND SYSTEM INTERFACE SPECIFICATIONS (SIS) FOR THE RELEVANT SUBSYSTEMS, SUPPORTING MEETINGS WITH FDS CONTRACTORS AND GROUND SYSTEM ELEMENTS. THE CONTRACTOR SHALL ASSIST IN THE PREPARATION OF REVIEW MATERIALS FOR THE GROUND MISSION OPERATIONS REVIEW AND MOR EPR. THE CONTRACTOR SHALL COORDINATE THE ACTIVITIES OF THE FLIGHT DYNAMICS EXTERNAL ADVISORY PANEL, COORDINATING TOPICS AND MATERIALS FOR REVIEW PANEL MEETINGS, AND CORRESPONDING WITH REVIEW PANEL MEMBERS REGARDING MEETING PREPARATION AND FOLLOW UP. THE CONTRACTOR SHALL PROVIDE A WRITTEN MONTHLY STATUS REPORT THAT SUMMARIZES ACCOMPLISHMENTS DURING THE PREVIOUS REPORTING PERIOD, AND A LIST OF PLANNED ACTIVITIES DURING THE NEXT REPORTING PERIOD. MONTHLY STATUS INPUTS WILL BE PROVIDED BY THE THIRD FRIDAY OF THE MONTH, UNLESS OTHERWISE SPECIFIED. THE CONTRACTOR SHALL PROVIDE AN ANNUAL REPORT AT THE END OF THE GOVERNMENT FISCAL YEAR SUMMARIZING THE ACCOMPLISHMENTS DURING THE PREVIOUS YEAR. | $150K |
| Jul 25, 2018 | National Aeronautics and Space AdministrationNASA GODDARD SPACE FLIGHT CENTER | NNG17VN82T | 541712 | IGF::OT::IGF LANDSAT 9 OBSERVATORY MANAGEMENT SUPPORT PURPOSE, OBJECTIVE, AND BACKGROUND OF WORK TO BE PERFORMED THE LANDSAT 9 L9 MISSION IS THE SUCCESSOR MISSION TO LANDSAT DATA CONTINUITY MISSION LDCM RENAMED LANDSAT 8 AFTER COMMISSIONING IN MAY 2013. LANDSAT SATELLITES HAVE CONTINUOUSLY ACQUIRED MULTISPECTRAL IMAGES OF THE GLOBAL LAND SURFACE SINCE THE LAUNCH OF LANDSAT 1 IN 1972. THE LANDSAT DATA ARCHIVE CONSTITUTES THE LONGEST CONTINUOUS MODERATE-RESOLUTION RECORD OF THE GLOBAL LAND SURFACE AS VIEWED FROM SPACE. THE LANDSAT 9 MISSION OBJECTIVE IS TO EXTEND THE ABILITY TO DETECT AND QUANTITATIVELY CHARACTERIZE CHANGES ON THE GLOBAL LAND SURFACE AT A SCALE WHERE NATURAL AND HUMAN-INDUCED CAUSES OF CHANGE CAN BE DETECTED AND DIFFERENTIATED. ONCE OPERATIONAL, DATA ACQUISITION, REPORTING, OPERATIONS, AND ARCHIVAL WILL BE ACCOMPLISHED AT THE U.S. GEOLOGICAL SURVEY (USGS) EARTH RESOURCES OBSERVATION SYSTEMS EROS FACILITY IN SOUTH DAKOTA WHERE THE CURRENT DATA IS MANAGED. THE L9 OBSERVATORY INSTRUMENT SUITE CONSISTS OF TWO MATURE INSTRUMENTS, WHICH ARE NEAR-COPIES OF THE INSTRUMENTS FLOWN ON LANDSAT 8. THEY ARE THE OPERATIONAL LAND IMAGER OLI AND THE THERMAL INFRARED SENSOR TIRS. THESE INSTRUMENTS WILL BE DESIGNATED OLI 2 AND TIRS 2 FOR LANDSAT 9, AND THE TIRS 2 INSTRUMENT WILL BE UPGRADED TO RISK CLASS B TIRS IS CLASS C ON LANDSAT 8. THE OLI 2 WILL BE BUILT BY BALL AEROSPACE TECHNOLOGY CORPORATION BATC OF BOULDER, CO. THE TIRS 2 IS BEING DEVELOPED AS A GSFC IN-HOUSE EFFORT. THE L9 SPACECRAFT BUS WILL BE BUILT BY ORBITAL ATK IN GILBERT, AZ. L9 INSTRUMENT DEVELOPMENT ACTIVITIES ARE WELL UNDERWAY, WITH BOTH INSTRUMENTS PAST CDR. THE L9 SPACECRAFT BUS IS BEING BUILT BY ORBITAL ATK IN GILBERT, AZ, UNDER A RAPID SPACECRAFT DEVELOPMENT OFFICE-III DELIVERY ORDER AWARDED IN OCTOBER 2016. ORBITAL ATK IS ALSO RESPONSIBLE FOR INSTRUMENT INTEGRATION, OBSERVATORY-LEVEL TESTING, LAUNCH SITE SUPPORT, AND OPERATIONS SUPPORT. THE TARGETED LANDSAT 9 LAUNCH READINESS DATE (LRD) IS CURRENTLY DECEMBER 2020 THE PURPOSE OF THIS TASK IT TO SUPPORT MANAGING THE DEVELOPMENT OF THE LANDSAT 9 SPACECRAFT AND OBSERVATORY. 3. DESCRIPTION OF WORK TO BE PERFORMED: 3.1. THE CONTRACTOR SHALL PROVIDE SYSTEM ENGINEERING AND TECHNICAL MANAGEMENT SUPPORT TO OBSERVATORY MANAGEMENT ACTIVITIES. THIS INCLUDES: INTEGRATED BASELINE ESTABLISHMENT AND MAINTENANCE, STATUS ASSESSMENT AND REPORTING OF COST, SCHEDULE AND TECHNICAL PERFORMANCE IDENTIFICATION, ASSESSMENT, AND MANAGEMENT OF ISSUES AND RISKS, AND ESTIMATION OF PROJECT COST/SCHEDULE IMPACTS PROVIDING PROJECT CONTROL SUPPORT, INCLUDING BUDGET AND SCHEDULE DEVELOPMENT, EXECUTION AND TRACKING, AND PROJECT MANAGEMENT PREPARATIONS FOR INTERNAL AND EXTERNAL REPORTING, REVIEWS, AND MILESTONE ACTIVITIES PROVIDING TECHNICAL AND PROGRAMMATIC OVERSIGHT/INSIGHT INTO SPACECRAFT/OBSERVATORY DEVELOPMENT CONTRACTOR TECHNICAL PROGRESS AND STATUS, SCHEDULE, AND RISKS ASSESSING PERFORMANCE OF THE SPACECRAFT/OBSERVATORY DEVELOPMENT CONTRACTOR INCLUDING ASSESSMENT OF PERFORMANCE AGAINST PAYMENT MILESTONE CRITERIA SUPPORTING EVALUATION OF CHANGE PROPOSAL MATERIALS RELATED TO EXISTING PROCUREMENTS SUPPORTING REVIEW OF SPACECRAFT/OBSERVATORY CONTRACTOR DELIVERABLE DOCUMENTS AND MATERIALS PLANNING AND PREPARATIONS FOR PROJECT AND OBSERVATORY LIFE CYCLE MILESTONE REVIEWS AND KEY DECISION MEETINGS PROVIDING SPACECRAFT/OBSERVATORY TECHNICAL AND SYSTEM ENGINEERING SUPPORT INCLUDING MISSION CONCEPT DEVELOPMENT, REQUIREMENTS DEVELOPMENT AND MANAGEMENT, DESIGN SOLUTION EVALUATION AND TRADES ANALYSES, INTERFACE MANAGEMENT, SPACECRAFT AND OBSERVATORY INTEGRATION AND TESTING, LAUNCH VEHICLE INTEGRATION, VERIFICATION AND VALIDATION, RISK MANAGEMENT, TECHNICAL DATA AND CONFIGURATION MANAGEMENT, TECHNICAL REVIEWS, REQUIREMENTS COMPLIANCE, SOFTWARE ENGINEERING MANAGEMENT, OPERATIONS READINESS/TESTING, MISSION ASSURANCE, PRE- AND POST-LAUNCH CALIBRATION, AND TECHNICAL OVERSIGHT/INSIGHT ASSISTING THE L9 OBSERVATORY MANAGER | $9K |
| Jul 24, 2018 | National Aeronautics and Space AdministrationNASA ARMSTRONG FLIGHT RESEARCH CNTR | 80AFRC18F0064 | 541712 | THE AEROSPACE CORPORATION (AEROSPACE) WILL PROVIDE PROGRAMMATIC AND PROJECT SUPPORT IN GOVERNMENT FISCAL YEAR (FY) 2018 TO AFRC IN SUPPORT OF THE DEVELOPMENT AND EXECUTION OF FLIGHT PROJECTS WORKING WITH OTHER NASA CENTERS AND DOD. NASA ARMSTRONG FLIGHT RESEARCH CENTER (AFRC) IS RESPONSIBLE FOR COMPLEX FLIGHT RESEARCH PROJECTS. AFRC HAS CREATED AND REFINED INNOVATIVE FLIGHT RESEARCH TECHNIQUES UTILIZED IN ALL PHASES OF THE FLIGHT PROJECTS LIFE CYCLE FROM DEVELOPMENT OF REQUIREMENTS AND SYSTEM ENGINEERING CONCEPTS TO DESIGN THROUGH DEVELOPMENT, FABRICATION, AND OPERATIONS. AEROSPACE, A FEDERALLY FUNDED RESEARCH AND DEVELOPMENT CENTER (FFRDC), HAS PROGRAMMATIC AND PROJECT MANAGEMENT EXPERTISE THAT BOTH COMPLEMENTS AND SUPPLEMENTS AFRC AND ITS TECHNICAL ORGANIZATIONS. AFRC IS LOOKING TO LEVERAGE THE REPUTATION AND EXPERTISE OF AEROSPACE WITH SPACE SYSTEMS/TECHNOLOGY TO COMPLEMENT THE AERONAUTICS EXPERTISE AT AFRC. AFRC NEEDS HIGHLY EXPERIENCED PERSONNEL, WITH THIS SPECIFIC KNOWN BACKGROUND, TO SUPPORT ALL PHASES OF PROJECT AND ACQUISITION ACTIVITY TO MEET AFRC GOALS AND OBJECTIVES. | $51K |
| Jul 23, 2018 | National Aeronautics and Space AdministrationNASA JOHNSON SPACE CENTER | NNJ11HD42T | 541712 | SPECIAL STUDIES/ANALYSIS- AERONAUTICAL/SPACE | $162K |
| Jul 23, 2018 | National Aeronautics and Space AdministrationNASA GLENN RESEARCH CENTER | NNC17TA24T | 541712 | IGF::OT::IGF NASA GRC TASK ORDER: EXPLORATION SYSTEMS AND SPACE TECHNOLOGY PROGRAM SUPPORT. | $115K |
| Jul 23, 2018 | National Aeronautics and Space AdministrationNASA GLENN RESEARCH CENTER | NNC17TA24T | 541712 | IGF::OT::IGF NASA GRC TASK ORDER: EXPLORATION SYSTEMS AND SPACE TECHNOLOGY PROGRAM SUPPORT. | $40K |
| Jul 23, 2018 | National Aeronautics and Space AdministrationNASA GLENN RESEARCH CENTER | NNC15TA91T | 541712 | IGF::OT::IGF NASA'S EVOLUTIONARY XENON THRUSTER COMMERCIAL (NEXT-C) INDEPENDENT REVIEW BOARD (IRB) MEMBERSHIP SAP PURCHASE REQUISITION: 4200558544 | $2K |
| Jul 19, 2018 | Department of the InteriorOFC OF ACQUSITION GRANTS-NATIONAL | ING16PC00011 | 541330 | IGF::OT::IGF ENGINEERING SUPPORT FOR LANDSAT 7, 8, AND 9 | $254K |
| Jul 19, 2018 | Department of CommerceDEPT OF COMMERCE NOAA | DOCT0006 | 541712 | IGF::OT::IGF FFRDC SUPPORT. AWARD OF TASK ORDER FOR OSGS / PETD. | $198K |
| Jul 18, 2018 | National Aeronautics and Space AdministrationNASA GLENN RESEARCH CENTER | 80GRC018F0125 | 541712 | RESIDUAL RELIABILITY RISK ASSESSMENT ON THE UTILIZATION OF MILITARY SPACECRAFT BUS ARCHITECTURES FOR CRITICAL NASA MISSIONS. | $93K |
| Jul 17, 2018 | Department of CommerceDEPT OF COMMERCE NOAA | DOCT0010 | 541712 | IGF::OT::IGF FFRDC SUPPORT. TASK ORDER AWARD FOR THE CLASS PROGRAM OFFICE. | $172K |
| Jul 12, 2018 | National Aeronautics and Space AdministrationNASA LANGLEY RESEARCH CENTER | 80LARC18F0142 | 541330 | MANAGING OBSERVATORY LINE-OF-SIGHT POINTING JITTER: A DESIGN AND DEVELOPMENT PROCESS OVERVIEW TUTORIAL THE PRIMARY PURPOSE OF THE TASK IS FOR THE CONTRACTOR TO COLLECT AND DOCUMENT THE INDUSTRY BEST PRACTICES AND LESSONS LEARNED OVER THE YEARS FOR PREDICTING AND MANAGING SPACE OBSERVATORY (I.E., SPACECRAFT BUS PLUS INSTRUMENT PAYLOAD) LINE-OF-SIGHT JITTER/RMICRO-VIBRATIONS DUE TO ON-BOARD INTERNAL DISTURBANCE SOURCES. THE END-PRODUCT OF THIS STUDY WILL BE A TUTORIAL TYPE PRESENTATION DOCUMENTING AND DESCRIBING THE PREFERRED PROCESS AND PRACTICES FOR OBSERVATORY JITTER/MICRO-VIBRATION ANALYSIS, MODELING, SIMULATION, GROUND TESTING, AND IN-FLIGHT TESTING. | $65K |
| Jul 11, 2018 | National Aeronautics and Space AdministrationNASA LANGLEY RESEARCH CENTER | 80LARC18F0137 | 541330 | COMMERCIAL CREW PROGRAM CCP SPACEX 2.0 COMPOSITE OVERWRAPPED PRESSURE VESSELS COPV GRAIN SIZE THE NASA ENGINEERING AND SAFETY CENTER NESC WAS REQUESTED TO EVALUATE MATERIAL PROPERTIES FOR THE ALUMINUM LINERS FROM THE SPACEX COPV 2.0 DESIGN. TESTING WILL INCLUDE, BUT IS NOT LIMITED TO, SAMPLE PREPARATION, TENSILE TESTING, ELECTRON BACKSCATTER DIFFRACTION EBSD, DIGITAL IMAGE CORRELATION DIC, FATIGUE TESTING, AND FRACTURE TOUGHNESS TESTING. | $44K |
| Jul 11, 2018 | National Aeronautics and Space AdministrationNASA AMES RESEARCH CENTER | NNA13AC43T | 541712 | IGF::OT::IGF THE AEROSPACE CORPORATION SHALL PROVIDE SUPPORT TO ISS LIFE SCIENCE PAYLOADS IN THE AREAS OF MATERIALS AND PROCESSES, CONTAMINATION CONTROL, INTEGRATION AND TEST PLANNING, SYSTEM ENGINEERING, SAFETY PLANNING, ENGINEERING ANALYSIS, TECHNICAL INSIGHT, AND TECHNOLOGY REVIEW. | $10K |
| Jul 11, 2018 | National Aeronautics and Space AdministrationNASA AMES RESEARCH CENTER | NNA12AC40T | 541712 | IGF::OT::IGF SUBSYSTEM FLIGHT VALIDATION MISSION TO TEST COTS COMPONENTS AND SUBSYSTEMS THAT WILL ENABLE NEW PROXIMITY OPERATIONS AND COMMUNICATIONS CAPABILITIES FOR CUBESATS AND OTHER SPACECRAFT. | $292K |
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