FedTALLY

Awards for “SERCO INC”

25 awards on this page · sorted by amount · page 121

Award IDRecipientAwarding agencyAmountStartEndNAICSDescription
15F06718P0003597SERCO INC.Department of Justice$127.67K
2018-05-152018-05-22334310N/A
SP470224F0034SERCO INCDepartment of Defense$127.6K
2024-06-082025-06-07561611STRATEGIC WORKFORCE PLANNING
OPM020700038O0135SERCO INCOffice of Personnel Management$127.46K
2010-08-292010-09-30611430TRAINING LEARNING
N0017421P0149SERCO INCDepartment of Defense$127.43K
2021-06-072022-02-04334511CVN-71 CIWS LABOR SUPPORT
0047SERCO INCDepartment of Defense$127.33K
2012-02-222013-02-15541330TECHNICAL, ANALYTICAL, ENGINEERING SERVICES
N6600119F0926SERCO INCDepartment of Defense$127.15K
2019-07-192019-11-12541330USS RAFAEL PERALTA ICOP
05GA0A25K0032SERCO INCGovernment Accountability Office$126.73K
2025-04-202026-04-19611710BPA - LEARNING CENTER SUPPORT SERVICES THE PURPOSE OF THIS REQUISITION IS TO ISSUE A CALL FOR CAE ON 05GA0A24A0003 (SERCO) FOR LEARNING SUPPORT SERVICES.
0129SERCO INCDepartment of Defense$126.48K
2008-11-032009-09-305413301ST OPTION YEAR - LOT IV
15F06721P0004060WHITNEY BRADLEY & BROWN, INC.Department of Justice$126.34K
2021-09-222022-01-28541330AUDIO VISUAL EQUIPMENT
0075SERCO INCDepartment of Defense$126.24K
2010-09-022011-09-01541330FUNDING FOR CLIN 0003
0003SERCO INCDepartment of Defense$126.11K
2015-06-082016-04-15541511IGF::OT::IGF ; IMPACT OF NAVY MPTE
0088SERCO INCDepartment of Defense$125.9K
2009-08-072010-09-25541330LOT II - FIRST OPTION YR - CPFF SERVICES
N0017421P0190SERCO INCDepartment of Defense$125.34K
2021-07-232023-04-30334511DDG-58 CIWS LABOR SUPPORT
0025SERCO INCDepartment of Defense$125.31K
2016-10-192017-10-24541330IGF::OT::IGF TASK ORDER AWARD IN SUPPORT FOR AN/WLR-8(V) RESTORATION/MAINTENANCE ON MAC SPECIAL PROJECTS CONTRACT
0030SERCO INCDepartment of Defense$125.31K
2007-04-052008-04-04541611LABOR
0083SERCO INCDepartment of Defense$125.19K
2014-05-162015-04-30541330IGF::OT::IGF TECHNICAL, ANALYTICAL, ENGINEERING SERVICES
NNX14CG31PSERCO INC.National Aeronautics and Space Administration$125K
2014-06-202014-12-19541712IGF::OT::IGF THE GOAL OF ANY SPACECRAFT TRAJECTORY DESIGN PROCESS IS TO IDENTIFY A PATH THAT TRANSFERS A VEHICLE FROM ITS POINT OF ORIGIN TO SOME SPECIFIC DESTINATION IN THE PRESENCE OF PATH AND MISSION LEVEL CONSTRAINTS. FROM THE MISSION DESIGNER PERSPECTIVE, THIS PROCESS IS DIVIDED INTO TWO PRIMARY TASKS: (A) THE IDENTIFICATION OF CANDIDATE STARTUP ARCS, AND (B) THE SUBSEQUENT REFINEMENT OF THOSE SOLUTIONS, VIA TARGETING OR OPTIMIZATION PROCESSES, TO MEET SOME PRE-DEFINED MISSION REQUIREMENTS. THE WORK PROPOSED HERE SEEKS TO ADDRESS THE FIRST ASPECT DIRECTLY, WHILE ADDRESSING THE SECOND INDIRECTLY, USING NASA'S GENERAL MISSION ANALYSIS TOOL (GMAT) AS THE UNDERLYING DEMONSTRATION PLATFORM. PHASE I OF THIS EFFORT IS FOCUSED ON DEVELOPING A PROTOTYPE FOR AN INTERACTIVE VISUAL ANALYTICS TOOL (IVAT) FOR GMAT. THE GOAL OF THE IVAT MODULE IS TO PROVIDE A MODERN, INTERACTIVE, PRELIMINARY DESIGN TOOL THAT ALLOWS ANALYSTS TO MORE EFFICIENTLY EXPLORE AND MINE THE SPACE OF CANDIDATE SOLUTIONS PRIOR TO SELECTING A SPECIFIC MISSION FOR THE REFINEMENT PHASE. THE DEVELOPMENT LEVERAGES GMAT'S ADVANCED PATH PLANNING (APP) AND DYNAMICAL SYSTEMS ANALYSIS TOOLBOX (DSAT), DEVELOPED BY DECISIVE ANALYTICS CORPORATION (DAC). IVAT IS ENVISIONED AS A PRELIMINARY DESIGN TOOL THAT CAN BE READILY INTEGRATED WITH GRADIENT BASED OPTIMAL OR SUB-OPTIMAL REFINEMENT TOOLS, SUCH AS BUT NOT LIMITED TO THOSE PROVIDED BY GMAT. HOWEVER, FOR THIS EFFORT WE FOCUS ON GMAT AS OUR SELECTED TECHNOLOGY DEMONSTRATION PLATFORM.
HQ014715C7122SERCO INC.Department of Defense$125K
2014-12-222015-07-21541712SBIR PHASE I RESEARCH&DEVELOPMENT VARIATIONAL DYNAMICS AND OBJECT ORIENTED INFERENCE FOR TRACK REFINEMENT IN UNKNOWN BREAK-UP SCENARIOS IGF::OT::IGF
N6833518C0803SERCO INC.Department of Defense$125K
2018-10-152019-04-18541715PROGRESS REPORT
NNX12CE16PSERCO INC.National Aeronautics and Space Administration$125K
2012-02-132012-08-13541712ADVANCED TRAJECTORY DESIGN AND ESTIMATION CAPABILITIES IN COMPLEX NONLINEAR DYNAMICAL REGIMES REPRESENT TWO OF THE GREATEST TECHNICAL CHALLENGES OF MODERN SPACE FLIGHT. IN ADDRESSING THESE CHALLENGES, DECISIVE ANALYTICS CORPORATION SEEKS TO ADVANCE THE CAPABILITIES OF NASA'S OPEN SOURCE GENERAL MISSION ANALYSIS TOOL TO INTEGRATE THE LATEST ADVANCES IN TRAJECTORY PATH PLANNING AND ESTIMATION. THIS INCLUDES THE DEVELOPMENT OF AN ADVANCED PATH PLANNING (APP) PLUGIN THAT LEVERAGES CONCEPTS FROM DYNAMICAL SYSTEMS THEORY, MULTI-PHASE TARGETING, AND VISUALIZATION FOR TRAJECTORY DESIGN IN REGIONS WHERE MULTI-BODY EFFECTS ARE SIGNIFICANT, SUCH AS NEAR THE LIBRATION POINTS. PARALLEL TO THAT IS THE DEVELOPMENT OF AN ADVANCED ESTIMATION (AE) PLUGIN, WHICH LEVERAGES THE RESULTS OF PAST STUDIES DONE AT DECISIVE ANALYTICS FOR THE MISSILE DEFENSE AGENCY AND THE US AIR FORCE. THE PROPOSED AE PLUGIN WILL BE DESIGNED AROUND A HYBRID DYNAMIC BAYESIAN NETWORK FRAMEWORK, PIONEERED BY DECISIVE ANALYTICS, WHICH WILL ENABLE ADVANCED ESTIMATION CAPABILITIES INCLUDING UNSCENTED KALMAN FILTERS AND GAUSSIAN MIXTURE MODELS. THESE TWO TECHNIQUES, PARTICULARLY GAUSSIAN MIXTURE MODELS, OFFER ENHANCED PREDICTIVE CAPABILITIES FOR THE DETERMINATION OF THE TRUE PROBABILITY DENSITY WHEN NONLINEARITIES SIGNIFICANTLY INFLUENCE THE ESTIMATION PROCESS. PHASE 1 WILL FOCUS ON THE SOFTWARE DEVELOPMENT, INTEGRATION, TESTING, AND VALIDATION OF INITIAL PROTOTYPES FOR BOTH PLUGINS.
N6833517C0394SERCO INC.Department of Defense$125K
2017-06-092018-01-09541712PHASE I R&D; IGF::OT::IGF
N6833518C0264SERCO INC.Department of Defense$124.98K
2018-03-122018-09-12541715IGF::OT::IGF
0002SERCO INCDepartment of Defense$124.96K
2015-05-052016-05-04541330ENGINEERING-BASED COST ANALYSES SERVICES. IGF::OT::IGF
0016SERCO INCDepartment of Defense$124.92K
2008-03-252008-09-30541330ENGINEERING AND TECHNICAL SUPPORT SERVIC
0008SERCO INCDepartment of Defense$124.79K
2010-05-012010-09-29561210BASE PERIOD
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