Awards for “THE AEROSPACE CORPORATION”
25 awards on this page · sorted by amount · page 18
| Award ID | Recipient | Awarding agency | Amount | Start | End | NAICS | Description |
|---|---|---|---|---|---|---|---|
| NNM14AA15T | THE AEROSPACE CORPORATION | National Aeronautics and Space Administration | $299.94K | 2013-11-18 | 2014-04-11 | 541690 | IGF::OT::IGF INDUSTRIAL BASE ANALYSIS AND SUPPLY CHAIN MAP DEVELOPMENT PHASE 2 |
| NND15AA78T | THE AEROSPACE CORPORATION | National Aeronautics and Space Administration | $298.97K | 2015-05-01 | 2016-07-31 | 541712 | IGF::OT::IGF TASK ORDER NO. NND15AA78T U.S. COMMERCIAL SUBORBITAL FLIGHT VEHICLE AND ORBITAL SMALL SATELLITE TECHNOLOGY AND CAPABILITIES ADVANCEMENT THE FLIGHT OPPORTUNITIES PROGRAM (FOP) IS ATTEMPTING TO HELP FOSTER A SUSTAINABLE SUBORBITAL MARKET BY FACILITATING ACCESS TO NEAR SPACE FOR A VARIETY OF USERS THROUGH THE U.S. COMMERCIAL REUSABLE SUBORBITAL INDUSTRY. THE NASA FOP OFFICE HAS UTILIZED THE CONTRACT WITH THE THE AEROSPACE CORPORATION (AEROSPACE) TO SUPPORT IT IN AWARDING EFFORTS TO DEVELOP THE SUBORBITAL MARKET. NASA AWARDED THE SPECIALIZED ENGINEERING, EVALUATION AND TEST SERVICES (SEETS) CONTRACT (NNJ11HB94C) TO AEROSPACE IN APRIL 2011 AS AN AGENCY INDEFINITE QUANTITY INDEFINITE DELIVERY (IDIQ) CONTRACT THAT IS ADMINISTERED BY THE NASA JOHNSON SPACE CENTER (JSC). MOST OF THE PREVIOUS TASK ORDERS ISSUED TO AEROSPACE BY THE NASA ARMSTRONG FLIGHT RESEARCH CENTER (AFRC) WERE TO DEVELOP A MODEL BASED ON THE ECO-PHYSICS OF LAUNCH, FOR CHARACTERIZING MARKET DEMAND FOR SUBORBITAL REUSABLE LAUNCH VEHICLES (SRLVS) TO GAIN MARKET INSIGHT. THE MODEL BECAME AN INTEGRATED MANAGEMENT DECISION TOOL THAT WAS USED BY NASA FOP TO EVALUATE FLIGHT PROVIDER PROPOSALS. THE LAST TASK ORDER WAS TO HELP EXAMINE THE FEASIBILITY OF CONSTRUCTION OF A HYBRID ROCKET MOTOR PROPULSION UNIT FOR CUBESAT. A CUBESAT IS A TYPE OF MINIATURIZED SATELLITE FOR SPACE RESEARCH. THIS TASK ORDER CONTINUES THE USE OF AEROSPACE TO SUPPORT FOP IN FACILITATING COMMERCIAL DEVELOPMENT OF SUBORBITAL FLIGHT AND ORBITAL SMALL-SAT LAUNCH CAPABILITIES. THE FOP IS TASKING AEROSPACE TO PROVIDE EXPERTISE AND ASSISTANCE WITH ADVANCEMENT OF TECHNOLOGIES AND CAPABILITIES RELEVANT TO INCREASING SUPPLY AND DEMAND FOR SUBORBITAL AND ORBITAL FLIGHT, FOCUSING ON SYNERGY WITH OTHER SPACE TECHNOLOGY MISSION DIRECTORATE (STMD) INITIATIVES. |
| 80AFRC17F0014 | THE AEROSPACE CORPORATION | National Aeronautics and Space Administration | $298.9K | 2017-08-29 | 2018-12-31 | 541712 | IGF::OT::IGF THE COMMERCIAL PARTNERSHIPS PORTFOLIO WITHIN NASA'S SPACE TECHNOLOGY MISSION DIRECTORATE (STMD) ENCOMPASSES SIX KEY PROGRAMS: (1) FLIGHT OPPORTUNITIES, (2) SMALL BUSINESS INNOVATION RESEARCH (SBIR) / SMALL BUSINESS TECHNOLOGY TRANSFER (STTR), (3) CENTENNIAL CHALLENGES, (4) PRIZES&CHALLENGES, (5) REGIONAL ECONOMIC DEVELOPMENT, AND (6) EMERGING SPACE GRANTS. THESE PROGRAMS REPRESENT A KEY ASPECT OF NASA'S STRATEGY TO STIMULATE THE COMMERCIAL SPACE INDUSTRY AND SPARK ECONOMIC GROWTH, WHILE LEVERAGING THE INDUSTRY'S COMMERCIAL CAPABILITIES THROUGH PUBLIC-PRIVATE PARTNERSHIPS, TO DELIVER TECHNOLOGIES AND CAPABILITIES NEEDED FOR FUTURE NASA, OTHER GOVERNMENT AGENCY, AND COMMERCIAL MISSIONS. IN SUPPORT OF THAT STRATEGY, THE FLIGHT OPPORTUNITIES (FO) PROGRAM IS HELPING TO FOSTER MATURATION OF COMMERCIAL FLIGHT OPPORTUNITIES FOR THE RAPID DEVELOPMENT OF SPACE TECHNOLOGY. MATURATION, AND THROUGH MATURATION, ADOPTION OF A NEW AND INNOVATIVE SPACE TECHNOLOGY IS DEPENDENT ON THE ABILITY TO DEMONSTRATE THE TECHNOLOGY IN A RELEVANT OPERATIONAL ENVIRONMENT PRIOR TO MISSION USE. THE NASA FO OFFICE HAS UTILIZED A CONTRACT WITH THE AEROSPACE CORPORATION (AEROSPACE) TO SUPPORT IT IN AWARDING EFFORTS TO DEVELOP THE SUBORBITAL AND SMALL SATELLITE (SMALLSAT) MARKET. NASA AWARDED THE SPECIALIZED ENGINEERING, EVALUATION AND TEST SERVICES (SEETS) CONTRACT (NNJ11HB94C) TO AEROSPACE IN APRIL 2011 AS AN AGENCY INDEFINITE QUANTITY INDEFINITE DELIVERY (IDIQ) CONTRACT THAT IS ADMINISTERED BY THE NASA JOHNSON SPACE CENTER (JSC). UNDER PREVIOUS TASK ORDERS ISSUED TO AEROSPACE BY THE NASA ARMSTRONG FLIGHT RESEARCH CENTER (AFRC), AEROSPACE HAS PROVIDED TECHNICAL AND COMMERCIAL SPACE ANALYSIS OF FO SUBORBITAL AND SMALL ORBITAL LAUNCH VEHICLE DEVELOPMENT AND FLIGHT CAMPAIGNS, AS WELL AS EXPERIMENTAL PAYLOAD DEVELOPMENT AND TESTING. AEROSPACE ALSO PROVIDED ASSISTANCE WITH TECHNICAL MONITORING OF AND REPORTING ON ACTIVITIES BEING PERFORMED UNDER ONGOING PUBLIC-PRIVATE PARTNERSHIPS, INCLUDING FO ANNOUNCEMENT OF COLLABORATIVE OPPORTUNITIES (ACO) AND TIPPING POINT PROJECTS. AEROSPACE SUBJECT MATTER EXPERTS (SMES) PERFORMED AN INDEPENDENT ASSESSMENT OF EFFECTS OF SPIN-STABILIZED ROCKET FLIGHT ENVIRONMENTS ON THE NASA AMES RESEARCH CENTER (ARC) AFFORDABLE VEHICLE AVIONICS (AVA) DEVELOPMENTAL SYSTEM. EARLIER RELEVANT ACCOMPLISHMENTS INCLUDE DEVELOPMENT OF A MODEL BASED ON THE ECO-PHYSICS OF LAUNCH FOR CHARACTERIZING MARKET DEMAND FOR SUBORBITAL REUSABLE LAUNCH VEHICLES (SRLVS) TO GAIN MARKET INSIGHT, AND ANALYSIS OF TECHNICAL INVESTMENTS SUPPORTING STMD SUBORBITAL AND SMALLSAT INITIATIVES. AEROSPACE ALSO IDENTIFIED AND ANALYZED SRLV AND SMALLSAT MARKET BARRIERS, FOCUSING ON AFFORDABLE LAUNCH PRACTICES AND IDENTIFICATION OF TIPPING POINT INVESTMENT AREAS TO BETTER ASSURE COMMERCIALIZATION OF NEW RELEVANT TECHNOLOGIES. IN ADDITION, AEROSPACE PERFORMED A PARAMETRIC STUDY ON PROJECTED SAFETY OF SRLVS AND OF SPACE FLIGHT PARTICIPANTS (SFPS) ABOARD TO MONITOR TECHNOLOGY DEMONSTRATION PAYLOADS. TO FACILITATE OPTIMIZATION OF STMD INVESTMENT OPPORTUNITIES WITH U.S. INDUSTRY, THE FO PROGRAM IS TASKING AEROSPACE TO CONTINUE PROVIDING TECHNICAL AND COMMERCIAL SPACE ANALYSIS TO ONGOING AND FUTURE PROJECTS ADDRESSING COMMERCIAL SMALL LAUNCH CAPABILITIES. AEROSPACE WILL IDENTIFY AND ANALYZE SRLV AND SMALLSAT LAUNCH TECHNOLOGY BARRIERS, FOCUSING ON SYSTEM PERFORMANCE IMPROVEMENTS AND ENABLING TECHNOLOGIES, WILL ASSESS OPPORTUNITIES FOR FURTHERING COMMERCIAL ENGAGEMENT, AND WILL PERFORM FURTHER ANALYSIS OF RISKS TO SPACEFLIGHT PARTICIPANTS (SFPS) ABOARD SRLVS TO MONITOR TECHNOLOGY DEMONSTRATION PAYLOADS. |
| NND16AC27T | THE AEROSPACE CORPORATION | National Aeronautics and Space Administration | $298.78K | 2016-10-01 | 2018-01-31 | 541712 | IGF::OT::IGF THE COMMERCIAL PARTNERSHIPS PORTFOLIO WITHIN NASA'S SPACE TECHNOLOGY MISSION DIRECTORATE (STMD) ENCOMPASSES SIX KEY PROGRAMS: (1) FLIGHT OPPORTUNITIES, (2) SMALL BUSINESS INNOVATION RESEARCH (SBIR) / SMALL BUSINESS TECHNOLOGY TRANSFER (STTR), (3) CENTENNIAL CHALLENGES, (4) PRIZES&CHALLENGES, (5) REGIONAL ECONOMIC DEVELOPMENT, AND (6) EMERGING SPACE GRANTS. THESE PROGRAMS REPRESENT A KEY ASPECT OF NASA'S STRATEGY TO STIMULATE THE COMMERCIAL SPACE INDUSTRY AND SPARK ECONOMIC GROWTH, WHILE LEVERAGING THE INDUSTRY'S COMMERCIAL CAPABILITIES THROUGH PUBLIC-PRIVATE PARTNERSHIPS, TO DELIVER TECHNOLOGIES AND CAPABILITIES NEEDED FOR FUTURE NASA, OTHER GOVERNMENT AGENCY, AND COMMERCIAL MISSIONS. IN SUPPORT OF THAT STRATEGY, THE FLIGHT OPPORTUNITIES (FO) PROGRAM IS HELPING TO FOSTER MATURATION OF COMMERCIAL FLIGHT OPPORTUNITIES FOR THE RAPID DEVELOPMENT OF SPACE TECHNOLOGY. MATURATION, AND THROUGH MATURATION, ADOPTION OF A NEW AND INNOVATIVE SPACE TECHNOLOGY IS DEPENDENT ON THE ABILITY TO DEMONSTRATE THE TECHNOLOGY IN A RELEVANT OPERATIONAL ENVIRONMENT PRIOR TO MISSION USE. THE NASA FO OFFICE HAS UTILIZED A CONTRACT WITH THE AEROSPACE CORPORATION (AEROSPACE) TO SUPPORT IT IN AWARDING EFFORTS TO DEVELOP THE SUBORBITAL AND SMALL SATELLITE (SMALLSAT) MARKET. NASA AWARDED THE SPECIALIZED ENGINEERING, EVALUATION AND TEST SERVICES (SEETS) CONTRACT (NNJ11HB94C) TO AEROSPACE IN APRIL 2011 AS AN AGENCY INDEFINITE QUANTITY INDEFINITE DELIVERY (IDIQ) CONTRACT THAT IS ADMINISTERED BY THE NASA JOHNSON SPACE CENTER (JSC). IMPORTANT AND RELEVANT ACCOMPLISHMENTS UNDER THE PREVIOUS TASK ORDERS ISSUED TO AEROSPACE BY THE NASA ARMSTRONG FLIGHT RESEARCH CENTER (AFRC) INCLUDE DEVELOPMENT OF A MODEL BASED ON THE ECO-PHYSICS OF LAUNCH FOR CHARACTERIZING MARKET DEMAND FOR SUBORBITAL REUSABLE LAUNCH VEHICLES (SRLVS) TO GAIN MARKET INSIGHT, AND ANALYSIS OF TECHNICAL INVESTMENTS SUPPORTING STMD SUBORBITAL AND SMALLSAT INITIATIVES. AEROSPACE ALSO IDENTIFIED AND ANALYZED SRLV AND SMALLSAT MARKET BARRIERS, FOCUSING ON AFFORDABLE LAUNCH PRACTICES AND IDENTIFICATION OF TIPPING POINT INVESTMENT AREAS TO BETTER ASSURE COMMERCIALIZATION OF NEW RELEVANT TECHNOLOGIES. SPECIFICALLY, THE INITIAL STRUCTURE OF A BARRIERS AND TIPPING POINT (BTP) MODEL WAS DEVELOPED. THIS MODEL SHOWS PROMISE FOR ASSESSING MARKET AND TECHNOLOGY BARRIERS AND TIPPING POINTS TO COMMERCIALIZATION READINESS OF SUBORBITAL FLIGHT VEHICLES AND SMALLSAT LAUNCH SYSTEMS RELEVANT TO THE COMMERCIALIZATION AND BUSINESS PLANS. AEROSPACE ALSO PERFORMED A PARAMETRIC STUDY ON PROJECTED SAFETY OF SRLVS AND OF SPACE FLIGHT PARTICIPANTS. TO FACILITATE OPTIMIZATION OF STMD INVESTMENT OPPORTUNITIES WITH U.S. INDUSTRY, THE FO IS TASKING AEROSPACE TO PROVIDE EXPERTISE AND ASSISTANCE WITH ASSESSING MARKET AND TECHNOLOGY BARRIERS, AS WELL AS COMMERCIALIZATION AND BUSINESS PLANS, RELEVANT TO COMMERCIALIZATION READINESS OF SUBORBITAL FLIGHT VEHICLES AND SMALLSAT ORBITAL LAUNCHERS. USING TOOLS DEVELOPED UNDER PREVIOUS FO TASKS, AEROSPACE WILL MAP COMMERCIALIZATION READINESS OF SRLV AND SMALLSAT LAUNCH SYSTEMS AGAINST OTHER ESTABLISHED AND DEVELOPMENTAL COMMERCIALIZATION ANALYSIS TOOLS. AEROSPACE WILL IDENTIFY AND ANALYZE SRLV AND SMALLSAT LAUNCH TECHNOLOGY BARRIERS, FOCUSING ON SYSTEM PERFORMANCE IMPROVEMENTS AND ENABLING TECHNOLOGIES, AND WILL PERFORM FURTHER ANALYSIS OF PROJECTED SAFETY OF SPACE FLIGHT PARTICIPANTS (SFPS) ABOARD SRLVS TO MONITOR EXPERIMENTAL PAYLOADS. |
| NNG16VN64T | THE AEROSPACE CORPORATION | National Aeronautics and Space Administration | $298.22K | 2016-02-03 | 2016-07-31 | 541712 | IGF::OT::IGF MICROWAVE TECHNOLOGIES FOR FUTURE EARTH SCIENCE NEEDS ASSESSMENT. THE PURPOSE OF THIS TASK IS TO UPDATE THE 2004 WORKING GROUP ON ACTIVE AND PASSIVE MICROWAVE TECHNOLOGIES IN ADVANCE OF THE 2017 NRC EARTH SCIENCES DECADAL SURVEY. THIS ASSESSMENT WILL BE LED BY THE EARTH SCIENCE TECHNOLOGY OFFICE (ESTO). THE CONTRACTOR SHALL CONDUCT A SURVEY OF ALL CURRENT ACTIVE AND PASSIVE MICROWAVE TECHNOLOGIES (INCLUDING FRI MITIGATION TECHNOLOGIES) STATE-OF-THE-ART AND TECHNOLOGY READINESS LEVEL (TRL) AS THEY PERTAIN TO FUTURE MICROWAVE MEASUREMENT AND DATA HANDLING/DISTRIBUTION NEEDS FOR THE EARTH SCIENCE COMMUNITY. THE CONTRACTOR SHALL ASSESS REQUIRED TECHNOLOGY INVESTMENTS IN THE AFOREMENTIONED AREAS FOR THE NEXT TEN TO FIFTEEN YEARS IN ORDER TO ENABLE EARTH SCIENCE MEASUREMENT REQUIREMENTS. THE CONTRACTOR SHALL SUPPORT NASA CENTER SITE VISITS AND A COMMUNITY FORUM THAT EARTH SCIENCE TECHNOLOGY OFFICE (ESTO) WILL CONVENE TO INFORM THE ASSESSMENT ACTIVITY. THE CONTRACTOR SHALL ASSIST THE EARTH SCIENCE TECHNOLOGY OFFICE (ESTO) LEAD WITH COORDINATION OF ALL ACTIVITIES CONNECTED TO THE SUBJECT TASK. THE CONTRACTOR SHALL ASSIST WITH PREPARATION OF THE FINAL REPORT DESCRIBING THE FINDINGS OF THE ASSESSMENT STUDY THAT WILL BE PUBLISHED BY EARTH SCIENCE TECHNOLOGY OFFICE (ESTO). 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. |
| 80GRC023F0062 | THE AEROSPACE CORPORATION | National Aeronautics and Space Administration | $297.37K | 2023-06-09 | 2024-09-30 | 541715 | AVIATION BROADCAST MESH NETWORK NETWORKING AND RADIO CONVERGENCE LAYERS REQUIREMENTS |
| DOCT0022 | THE AEROSPACE CORPORATION | Department of Commerce | $296.46K | 2016-02-16 | 2017-11-30 | 541712 | IGF::OT::IGF FFRDC SUPPORT. FOLLOW-ON TASK ORDER AWARD. |
| 80HQTR21F0217 | THE AEROSPACE CORPORATION | National Aeronautics and Space Administration | $295.85K | 2021-10-01 | 2022-07-29 | 541715 | ASSESS THE CONDITION AND HEALTH OF SETMO SPACE ENVIRONMENT |
| 80LARC21F0010 | THE AEROSPACE CORPORATION | National Aeronautics and Space Administration | $295.42K | 2020-12-16 | 2023-05-31 | 541715 | REACTION WHEEL PERFORMANCE FOR NASA MISSIONS ASSESSMENTS |
| NNL16AB89T | THE AEROSPACE CORPORATION | National Aeronautics and Space Administration | $293.9K | 2016-09-29 | 2017-09-30 | 541330 | IGF::OT::IGF " AN INDUSTRIAL BASE STUDY ON THE WORLD WIDE FOUNDRY CAPABILITY FOR SPACE SYSTEMS TO INCLUDE BOTH TRUSTED AND RAD HARD CAPABILITY " - THE SCOPE OF THIS EFFORT IS FOR THE CONTRACTOR TO STUDY WILL IDENTIFY SUPPLIERS AND CAPABILITIES WORLDWIDE FOR SEMICONDUCTOR TECHNOLOGY. ONCE IDENTIFIED, THE CAPABILITY WILL BE BROKEN DOWN INTO CATEGORIES INCLUDING SUCH AREAS AS: TECHNOLOGY NODES, CAPACITY, WAFER SIZE, AMOUNT OF PRODUCT DELIVERED, RAD HARD CAPABILITY AND IF THIS CAPABILITY COULD BE UTILIZED FOR NASA AND DEPARTMENT OF DEFENSE (DOD) PROGRAMS. |
| 80GSFC18F0069 | THE AEROSPACE CORPORATION | National Aeronautics and Space Administration | $293.28K | 2018-04-05 | 2019-05-31 | 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 |
| 80ARC023F0049 | THE AEROSPACE CORPORATION | National Aeronautics and Space Administration | $290.58K | 2023-10-01 | 2024-09-30 | 541715 | THE CONTRACTOR SHALL PROVIDE ENGINEERING/SCIENTIFIC SERVICES IN SUPPORT OF SPECTRUM MANAGEMENT AND GLOBAL POSITIONING SYSTEM/POSITION NAVIGATION AND TIMING (GPS/PNT) PROJECT. |
| 80LARC24F0010 | THE AEROSPACE CORPORATION | National Aeronautics and Space Administration | $289.89K | 2024-02-21 | 2026-10-31 | 541715 | TO PROVIDE TACTICAL SUPPORT FOR THE AEROSCIENCES EVALUATION AND TEST CAPABILITY (AETC) FACILITY SECURITY POSTURETRANSITIONS. |
| 80GRC026F7024 | THE AEROSPACE CORPORATION | National Aeronautics and Space Administration | $289.15K | 2026-05-05 | 2027-02-05 | 541715 | GRC STMD GAME CHANGING DEVELOPMENT (GCD) TECHNOLOGY DEVELOPMENT ROADMAP ASSESSMENT |
| NNL06AC88T | THE AEROSPACE CORPORATION | National Aeronautics and Space Administration | $288.19K | 2006-08-15 | 2009-03-31 | 541330 | INDIVIDUAL ASSESSMENT PLAN FOR THE CREW LAUNCH VEHICLE |
| NNL06AA61T | THE AEROSPACE CORPORATION | National Aeronautics and Space Administration | $286.76K | 2005-12-16 | 2006-10-31 | 541330 | SUPPORT TO RELIABILITY OF CRITICAL SPACECRAFT SYSTEMS INDEPENDENT TECHNICAL ASSESSMENT TEAM |
| SAQMMA15M2764 | THE AEROSPACE CORPORATION | Department of State | $285.82K | 2015-09-30 | 2016-09-29 | 541611 | PROFESSIONAL SUPPORT SERVICES FOR COUNTER-SPACE TECHNOLOGIES LIST (CSTL) IGF::CT::IGF |
| NNG17VN77T | THE AEROSPACE CORPORATION | National Aeronautics and Space Administration | $284.68K | 2016-12-01 | 2017-04-28 | 541712 | IGF::OT::IGF IGF::OT::IGF EXPLORATION AND SPACE COMMUNICATIONS (ESC) PROJECTS DIVISION IS RESPONSIBLE FOR THE PROCUREMENT OF ESC SYSTEMS AND ACTIVITIES IN ALL ENGINEERING LIFECYCLE PHASES. THIS INCLUDES PROCUREMENT OF OPERATIONS, MAINTENANCE AND SUSTAINMENT SUPPORT AS WELL AS PROCUREMENT OF NEW SYSTEM ELEMENTS AND THE MODIFICATION OF EXISTING SYSTEMS NEEDED TO OPERATE SATELLITES AND SPACE AND GROUND NETWORKS. THESE SYSTEMS INCLUDE COMPUTERS, COMMUNICATIONS, RADIO FREQUENCY (RF) EQUIPMENT AND THE ASSOCIATED HARDWARE AND SOFTWARE, AS WELL AS BUILD, MAINTAIN AND UPGRADE THE PHYSICAL INFRASTRUCTURE (E.G., FACILITIES) SUPPORTING THE MISSIONS. ESC IS ALSO RESPONSIBLE FOR PERFORMING SIMILAR WORK ON COOPERATIVE MISSIONS WITH OTHER UNITED STATES GOVERNMENT AGENCIES, FOREIGN GOVERNMENTS, AND ORGANIZATIONS. ESC IS RESPONSIBLE FOR THE IT ARCHITECTURE AND SECURITY OF THEIR COMPUTER SYSTEMS PROCESSING ENVIRONMENTAL DATA, AND SUPPORTING BOTH OPERATIONAL AND ADMINISTRATIVE FUNCTIONS. THIS TASK IS TO PROVIDE SUPPORT TO THE PROCUREMENT DEVELOPMENT TEAM AND POTENTIALLY THE SEB FOR THE SENSE CONTRACT ACQUISITION, WHICH WILL PROVIDE NETWORK SERVICES TO THE ESC. |
| 80LARC25F7027 | THE AEROSPACE CORPORATION | National Aeronautics and Space Administration | $284.65K | 2025-05-01 | 2027-04-30 | 541715 | PROVIDE SPECIFIC, NECESSARY, AND CRITICAL TECHNICAL EXPERTISE TO THE NASA ENGINEERING AND SAFETY CENTER'S (NESC) STRUCTURES TECHNICAL DISCIPLINE TEAM (TDT) ENABLING RAPID RESPONSE TO HIGH RISK, VISIBILITY AND CRITICAL MISSION ANOMALIES & REQUIREMENTS |
| 80LARC19F0141 | THE AEROSPACE CORPORATION | National Aeronautics and Space Administration | $283.7K | 2019-10-01 | 2020-12-15 | 541715 | THE NASA ENGINEERING AND SAFETY CENTER'S (NESC) MOLDED AVCOAT BLOCK HEATSHIELD DESIGN BOND VERIFICATION TEAM WILL PROVIDE ASSISTANCE IN THE DEVELOPMENT OF A BOND VERIFICATION PLAN FOR THE NEW ORION HEATSHIELD ARCHITECTURE. |
| NNL08AC92T | THE AEROSPACE CORPORATION | National Aeronautics and Space Administration | $281.87K | 2008-09-08 | 2009-05-29 | 541330 | ROCKET PROPULSION TEST MODEL |
| NNL09AB77T | THE AEROSPACE CORPORATION | National Aeronautics and Space Administration | $279.46K | 2009-05-13 | 2010-09-19 | 541330 | INDEPENDENT TECHNICAL ASSESSMENT SERVICES |
| 80HQTR23F0040 | THE AEROSPACE CORPORATION | National Aeronautics and Space Administration | $278.27K | 2023-02-08 | 2023-09-23 | 541715 | SETMO CAPABILITY COMPONENTS CONDITION AND HEALTH ASSESSMENT AT MARSHALL SPACE FLIGHT CENTER |
| 80LARC24F0038 | THE AEROSPACE CORPORATION | National Aeronautics and Space Administration | $276.25K | 2024-09-27 | 2027-01-31 | 541715 | TO CONDUCT AN ARC HIGH-ENERGY INITIATION AND PROPAGATION TEST PLAN AND UPDATE STANDARDS TO CONTROL RISK IF WARRANTED IN ACCORDANCE WITH THE ATTACHED STATEMENT OF WORK TITLED "NASA ENGINEERING AND SAFETY CENTER (NESC) PROPAGATING ARCING POTENTIAL." |
| 80JSC020F0275 | THE AEROSPACE CORPORATION | National Aeronautics and Space Administration | $275.77K | 2020-08-03 | 2021-09-30 | 541715 | ACQUISITION PLANNING, PREPARATION&EVALUATION SUPPORT - ISS RLLS SEB SUPPORT |