Stennis Space Center Awarded Task Orders and BPA Calls - systems engineering | Federal Compass

Stennis Space Center Awarded Task Orders and BPA Calls - systems engineering

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80SSC017F0027 / NNS16AA20B - THE WORK TO BE PERFORMED UNDER CONTRACT SHALL CONSIST OF FURNISHING ALL LABOR, EQUIPMENT, MATERIALS, AND SUPPLIES NECESSARY TO 1 PROVIDE MANAGEMENT OF THE TASKS OF THIS LOUISIANA BOARD OF REGENTS CONTRACT, AND 2 SUCH REQUIREMENTS THAT MAY BE SUBSEQUENTLY SET FORTH ON RESEARCH AND DEVELOPMENT TASK ORDERS. THE CONTRACTOR SHALL PROVIDE ENGINEERING AND SCIENTIFIC RESEARCH TO NASA AT THE JOHN C. STENNIS SPACE CENTER SSC OTHER NASA CENTERS, THE TENANT AGENCIES AT STENNIS SPACE CENTER, AND OTHER GOVERNMENT AGENCIES IN AREAS SUCH AS ACOUSTICS, IMAGE ANALYSIS, GEOGRAPHIC INFORMATION SYSTEMS, COMPUTATIONAL FLUID DYNAMICS, POLYMERS AND CERAMICS, ELECTRON MICROSCOPY, MICROELECTRONICS, MICRO ELECTRO MECHANICAL SYSTEMS MEMS, MAGNETO HYDRODYNAMICS, DIAGNOSTIC INSTRUMENTATION, ADVANCED SIGNAL PROCESSING, EMERGING TECHNOLOGIES IN COMMUNICATIONS, COMPUTATIONAL SCIENCES AND COMPUTER ARCHITECTURE, KNOWLEDGE SYSTEMS, FINITE ELEMENT ANALYSIS INCLUDING THERMAL STRESSES, FLUID SOLID INTERACTIONS, ADVANCED PROCESS CONTROL THEORY, WORKFORCE DEVELOPMENT, STEM EDUCATION, AND OTHER COMPUTATIONAL, SCIENTIFIC, AND ENGINEERING AREAS ASSOCIATED WITH THE TECHNICAL AND EDUCATIONAL MISSIONS OF NASA AND THE AGENCIES ELIGIBLE TO ENGAGE IN THIS CONTRACT MECHANISM. THE CONTRACT WILL BE ADMINISTERED BY THE LOUISIANA BOARD OF REGENTS LABOR WHICH WILL SERVE AS THE LIAISON TO NASA IN THE PERFORMANCE OF THIS CONTRACT. THE LABOR WILL BE RESPONSIBLE FOR RECEIVING STATEMENTS OF WORK SOW FROM THE NASA SSC OFFICE OF PROCUREMENT. TIMELY DISTRIBUTION OF THE SOW TO LABOR INSTITUTIONS OFFICES OF SPONSORED RESEARCH WITH INSTRUCTIONS ON THE PROCEDURE AND REQUIRED SCHEDULE FOR SUBMITTING PROPOSALS. PROVIDING DOCUMENTATION TO STENNIS SPACE CENTER SUPPORTING SOW DISTRIBUTION TO ALL LABOR INSTITUTIONS OFFICES OF SPONSORED RESEARCH. DOCUMENTATION SUPPORTING A NEGATIVE RESPONSE FROM NONPARTICIPATING LABOR INSTITUTIONS IS REQUIRED. PROVIDING ALL SUBMITTED PROPOSALS TO STENNIS SPACE CENTER IN A TIMELY MANNER FOR STENNIS SPACE CENTER TECHNICAL MONITOR REVIEW. PROVIDING ADMINISTRATIVE OVERSIGHT TO THE LABOR INSTITUTION SELECTED BY NASA STENNIS SPACE CENTER TO CONDUCT RESEARCH UNDER EACH TASK ORDER. PERFORMING GENERAL OVERSIGHT AND ADMINISTRATIVE FUNCTIONS. PROVIDING MONTHLY INVOICES TO STENNIS SPACE CENTER. ENSURING ACCOUNTABILITY AND NETWORKING AMONG LABOR INSTITUTIONS. PROVIDING STATUS REPORTS ON SCHEDULE AND COST. PROVIDE ANNUAL REPORTS ON THE ACTIVITIES ON THE LABOR AT STENNIS SPACE CENTER. PROVIDE A FINAL REPORT AND PROJECT CLOSE OUT. LISTED BELOW ARE THE CRITERIA THAT WILL BE USED TO EVALUATE THE LABOR PROPOSAL TO ADMINISTER THE CONTRACT IN LOUISIANA BACKGROUND ON THE LABOR WITH A SUMMARY OF RELEVANT CAPABILITIES OF ITS MEMBER INSTITUTIONS. MANAGEMENT PLAN FOR THE ADMINISTRATION OF THIS CONTRACT. COSTS OF CONTRACT ADMINISTRATION. PAST PERFORMANCE OF LABOR ON SIMILAR CONTRACTS. QUALIFICATIONS OF MANAGEMENT PERSONNEL
Delivery Order - 541712 Research and Development in the Physical, Engineering, and Life Sciences (except Biotechnology)
Contractor
LOUISIANA BOARD OF REGENTS
Contracting Agency/Office
National Aeronautics and Space Administration»Stennis Space Center
Effective date
09/12/2017
Obligated Amount
$64.6k
NNS17AA26T / NNS14AA17B - NASA IS INTERESTED IN DEVELOPING A FACILITY TO TEST NUCLEAR THERMAL PROPULSION (NTP) ROCKET ENGINES. CURRENT NTP ENGINE DESIGNS ARE NOT EXPECTED TO RELEASE RADIOACTIVE FISSION PRODUCTS BUT, TO PROTECT THE SAFETY OF THE PUBLIC AND NASA PERSONNEL AND COMPLY WITH ENVIRONMENTAL REGULATIONS, A RADIONUCLIDE CAPTURE SYSTEM SHOULD BE IMPLEMENTED. THE THERMAL PROPULSION CAPTURE SYSTEM (TPCS) IS CURRENTLY BEING DEFINED FOR NTP ENGINE TESTING AT SSC (STENNIS SPACE CENTER). THE TPCS IS DESIGNED TO TOTALLY CONTAIN ALL OF THE NTP HYDROGEN EXHAUST BY REACTING IT WITH OXYGEN TO CREATE STEAM WHICH IS CONDENSED TO LIQUID WITH A WATER COOLED HEAT EXCHANGER AND STORED IN A TANK. A SECONDARY LIQUID NITROGEN COOLED HEAT EXCHANGER CONDENSES RESIDUAL OXYGEN FOR STORAGE IN A TANK AT CRYOGENIC TEMPERATURES. DURING TESTING OF THE NTP ENGINE, HYDROGEN WILL BE EXHAUSTED AT THE FULL FLOW RATE FOR AROUND AN HOUR AND DURING THIS TIME THE TPCS WILL PREVENT ANY POTENTIAL RADIONUCLIDE RELEASE. AFTER THE TEST FIRE, THE REACTOR WILL CONTINUE TO GENERATE HEAT SO THE ENGINE IS OPERATED IN A COOL-DOWN MODE WHERE HYDROGEN IS INJECTED AT A SLOWLY DIMINISHING FRACTION OF THE FULL FLOW RATE OVER SEVERAL WEEKS. DURING THE COOL-DOWN PHASE, IT WILL BE UNECONOMICAL TO CONTINUE TO OPERATE THE TPCS BECAUSE IT IS SIZED FOR OPERATION AT MUCH HIGHER FLOW RATES. INSTEAD A REGENERATIVE RADIONUCLIDE ADSORPTION AND DISPOSAL SYSTEM (RRAADS) COULD BE IMPLEMENTED TO TRAP RADIOACTIVE FISSION PROJECTS FROM THE EXHAUST ON DEMAND BEFORE FLARING THE SCRUBBED HYDROGEN IN THE ATMOSPHERE. THE PURPOSE OF THIS PROJECT IS TO PERFORM TECHNOLOGY DEVELOPMENT THAT WILL ALLOW A RADIONUCLIDE FILTRATION SYSTEM TO BE SIZED. TO DATE, A SYSTEM THAT CAN REMOVE NTP RADIONUCLIDES FROM HYDROGEN GAS EXHAUST HAS ONLY BEEN IMPLEMENTED ONCE. IN 1971, THE NUCLEAR FURNACE 1 (NF-1) EFFLUENT CAPTURE SYSTEM (ECS) DEMONSTRATED THE POTENTIAL FOR AN ACTIVATED CHARCOAL FILTER TO TRAP RADIONUCLIDES FROM NTP EXHAUST. THE RESULTS FROM THE NF-1 PROJECT INDICATE THAT BETWEEN ABOUT 60% TO 99.99% OF RADIONUCLIDES WERE CAPTURED BUT INCONSISTENCIES IN THE NF-1 TEST RESULTS PREVENT THE ADSORPTION MODEL USED TO SIZE THE ECS FROM BEING APPLIED TOWARDS THE DESIGN OF THE COOL-DOWN MODE RRAADS. DURING THIS TECHNOLOGY DEVELOPMENT PROJECT A RADIONUCLIDE ADSORPTION DEMONSTRATION SYSTEM (RADS) WILL BE CONSTRUCTED AND TESTED TO VALIDATE THE ADSORPTION MODEL WHICH WILL BE USED TO DESIGN THE ON-DEMAND RADIONUCLIDE CONTAINMENT SYSTEM THAT WILL BE REQUIRED FOR FUTURE NTP ENGINE TESTING.
Delivery Order - 541712 Research and Development in the Physical, Engineering, and Life Sciences (except Biotechnology)
Contractor
UNIVERSITY OF SOUTHERN MISSISSIPPI
Contracting Agency/Office
National Aeronautics and Space Administration»Stennis Space Center
Effective date
01/30/2017
Obligated Amount
$47.2k
NNS16AA12T / NNS12AB07B - PROVIDE AND LABOR, MATERIAL AND EQUIPMENT NECESSARY TO PROVIDE ARCHITECTURE AND ENGINEERING SERVICES FOR POST-DESIGN CONSTRUCTION SUPPORT OF THE B-2 RESTORATION AND BUILD-OUT FOR THE SPACE LAUNCH SYSTEM CORE VEHICLE GREEN RUN PORJECT.
Delivery Order - 541330 Engineering Services
Contractor
CDM CH2M HILL A JOINT VENTURE
Contracting Agency/Office
National Aeronautics and Space Administration»Stennis Space Center
Effective date
10/23/2015
Obligated Amount
$300.6k
NNS15AA09T / NNS12AB08B - ARCHITECT-ENGINEER DESIGN SERVICES FOR HIGH PRESSURE GAS PIPING SYSTEM REPLACEMENT AT STENNIS SPACE CENTER MISSISSIPPI
Delivery Order - 541330 Engineering Services
Contractor
S & B INFRASTRUCTURE, LTD
Contracting Agency/Office
National Aeronautics and Space Administration»Stennis Space Center
Effective date
11/13/2014
Obligated Amount
$1.7M
NNS14AA50T / NNS14AA17B - NUCLEAR THERMAL PROPULSION (NTP) IS A HIGH NASA TECHNOLOGY PRIORITY AREA, AN ASSESSMENT RECENTLY CONFIRMED BY THE NATIONAL RESEARCH COUNCIL (NRC). IT IS A RELATIVELY NEAR-TERM ENABLING TECHNOLOGY TO REDUCE HUMAN TRANSIT TIME (AND MISSION RISK) TO NEAR-EARTH OBJECTS (NEOS) AND MARS. NTP IS GAME CHANGING FOR SPACE EXPLORATION, PROVIDING A SPECIFIC IMPULSE OF ROUGHLY DOUBLE THAT OF STATE OF THE ART CHEMICAL ENGINES. THE FEASIBILITY OF AN IN-SPACE LAUNCH VEHICLE UTILIZING NTP WAS DEMONSTRATED DURING THE ROVER AND NERVA PROGRAMS (1955-1972). THE CURRENT RESURGENCE OF INTEREST IN NTP TECHNOLOGY DEVELOPMENT COMES FROM THE UNITED STATES RENEWED INTEREST IN HUMAN EXPLORATION BEYOND LOW EARTH ORBIT AND THE RECOGNITION THAT NTP OFFERS THE BEST HOPE OF ACHIEVING THIS GOAL NEAR TERM (REFERENCE NRC 2010 REPORT `NASA SPACE TECHNOLOGY ROADMAPS AND PRIORITIES - RESTORING NASA S TECHNOLOGICAL EDGE AND PAVING THE WAY FOR A NEW ERA IN SPACE ). HOWEVER, THE INFRASTRUCTURE NEEDED TO DEVELOP AND TEST NTP ENGINE AND VEHICLE TECHNOLOGY DOES NOT PRESENTLY EXIST. THE MOST RECENT STUDY OF NTP TECHNOLOGY DEVELOPMENT GROUND TEST FACILITY NEEDS WAS FUNDED BY NASA/MSFC IN 2006 AND PERFORMED AND PUBLISHED BY ARES, INC, (REPORT NO. 05025011_01) TITLED, `NUCLEAR THERMAL ENGINE GROUND TEST APPROACH AND SITE ASSESSMENT . THIS STUDY PROVIDES AN ASSESSMENT OF APPROACHES TO GROUND TESTING OF AN NTP ROCKET ENGINE, IDENTIFYING TWO CONCEPTS TO MITIGATE THE ENVIRONMENTAL HAZARD RISK OF NUCLEAR FISSION S RADIOACTIVE BYPRODUCT CONTAMINATION IN THE ENGINE PROPELLANT EXHAUST; (1) CONTAINMENT OF CONTAMINATED ENGINE EXHAUST BY FIRING THE ENGINE INTO AN ALLUVIUM SOIL GROUND BORE HOLE THAT ABSORBS THE NUCLEAR CONTAMINANT AND (2) DIRECT TREATMENT OF ENGINE EXHAUST THAT CAPTURES THE NUCLEAR CONTAMINANT AND FLARES TO ATMOSPHERE THE ENVIRONMENTALLY SAFE HYDROGEN EFFLUENT. SSC S OFFICE OF CHIEF TECHNOLOGIST HAS PROVIDED FUNDING VIA ITS CENTER INNOVATION FUNDING BUDGET TO INITIATE INVESTIGATION OF NTP ENGINE EXHAUST SCRUBBING TECHNOLOGY. THIS PROJECT S GOAL IS TO MITIGATE THE TECHNICAL IMMATURITY OF THE DIRECT GAS TREATMENT (EFFLUENT SCRUBBING) APPROACH; TO INVESTIGATE ITS FEASIBILITY AND IDENTIFY DESIGN REQUIREMENTS. THE SCOPE OF THIS EFFORT IS TO: 1. IDENTIFY AND RESEARCH THE LATEST TECHNOLOGIES IN RADIOACTIVE EFFLUENT SCRUBBING ON THE ORDER OF MAGNITUDE OF NTP ENGINE AND STAGE VEHICLE DEVELOPMENT TESTING (I.E., 25-60 LB/SEC HYDROGEN FLOWRATE FOR 1 HOUR DURATION) 2. SCOPE AND ESTIMATE THE COST OF THE SPECIFIC WORK AND EFFORT REQUIRED TO DEVELOP A HYDROGEN SCRUBBER SYSTEM TO SUPPORT NASA S NTP ENGINE AND STAGE DEVELOPMENT GOALS. NASA/SSC IS SEEKING SPECIFIC KNOWLEDGE AND EXPERTISE
Delivery Order - 541712 Research and Development in the Physical, Engineering, and Life Sciences (except Biotechnology)
Contractor
UNIVERSITY OF SOUTHERN MISSISSIPPI
Contracting Agency/Office
National Aeronautics and Space Administration»Stennis Space Center
Effective date
02/28/2014
Obligated Amount
$386.8k
NNS14AA52T / NNS14AA17B - NUCLEAR THERMAL PROPULSION (NTP) IS A HIGH NASA TECHNOLOGY PRIORITY AREA, AN ASSESSMENT RECENTLY CONFIRMED BY THE NATIONAL RESEARCH COUNCIL (NRC). IT IS A RELATIVELY NEAR-TERM ENABLING TECHNOLOGY TO REDUCE HUMAN TRANSIT TIME (AND MISSION RISK) TO NEAR-EARTH OBJECTS (NEOS) AND MARS. NTP IS GAME CHANGING FOR SPACE EXPLORATION, PROVIDING A SPECIFIC IMPULSE OF ROUGHLY DOUBLE THAT OF STATE OF THE ART CHEMICAL ENGINES. THE FEASIBILITY OF AN IN-SPACE LAUNCH VEHICLE UTILIZING NTP WAS DEMONSTRATED DURING THE ROVER AND NERVA PROGRAMS (1955-1972). THE CURRENT RESURGENCE OF INTEREST IN NTP TECHNOLOGY DEVELOPMENT COMES FROM THE UNITED STATES RENEWED INTEREST IN HUMAN EXPLORATION BEYOND LOW EARTH ORBIT AND THE RECOGNITION THAT NTP OFFERS THE BEST HOPE OF ACHIEVING THIS GOAL NEAR TERM (REFERENCE NRC 2010 REPORT `NASA SPACE TECHNOLOGY ROADMAPS AND PRIORITIES - RESTORING NASA S TECHNOLOGICAL EDGE AND PAVING THE WAY FOR A NEW ERA IN SPACE ). HOWEVER, THE INFRASTRUCTURE NEEDED TO DEVELOP AND TEST NTP ENGINE AND VEHICLE TECHNOLOGY DOES NOT PRESENTLY EXIST. THE MOST RECENT STUDY OF NTP TECHNOLOGY DEVELOPMENT GROUND TEST FACILITY NEEDS WAS FUNDED BY NASA/MSFC IN 2006 AND PERFORMED AND PUBLISHED BY ARES, INC, (REPORT NO. 05025011_01) TITLED, `NUCLEAR THERMAL ENGINE GROUND TEST APPROACH AND SITE ASSESSMENT . THIS STUDY PROVIDES AN ASSESSMENT OF APPROACHES TO GROUND TESTING OF AN NTP ROCKET ENGINE, IDENTIFYING TWO CONCEPTS TO MITIGATE THE ENVIRONMENTAL HAZARD RISK OF NUCLEAR FISSION S RADIOACTIVE BYPRODUCT CONTAMINATION IN THE ENGINE PROPELLANT EXHAUST; (1) CONTAINMENT OF CONTAMINATED ENGINE EXHAUST BY FIRING THE ENGINE INTO AN ALLUVIUM SOIL GROUND BORE HOLE THAT ABSORBS THE NUCLEAR CONTAMINANT AND (2) DIRECT TREATMENT OF ENGINE EXHAUST THAT CAPTURES THE NUCLEAR CONTAMINANT AND FLARES TO ATMOSPHERE THE ENVIRONMENTALLY SAFE HYDROGEN EFFLUENT. SSC S OFFICE OF CHIEF TECHNOLOGIST HAS PROVIDED FUNDING VIA ITS CENTER INNOVATION FUNDING BUDGET TO INITIATE INVESTIGATION OF NTP ENGINE EXHAUST SCRUBBING TECHNOLOGY. THIS PROJECT S GOAL IS TO MITIGATE THE TECHNICAL IMMATURITY OF THE DIRECT GAS TREATMENT (EFFLUENT SCRUBBING) APPROACH; TO INVESTIGATE ITS FEASIBILITY AND IDENTIFY DESIGN REQUIREMENTS. THE SCOPE OF THIS EFFORT IS TO: 1. IDENTIFY AND RESEARCH THE LATEST TECHNOLOGIES IN RADIOACTIVE EFFLUENT SCRUBBING ON THE ORDER OF MAGNITUDE OF NTP ENGINE AND STAGE VEHICLE DEVELOPMENT TESTING (I.E., 25-60 LB/SEC HYDROGEN FLOWRATE FOR 1 HOUR DURATION) 2. SCOPE AND ESTIMATE THE COST OF THE SPECIFIC WORK AND EFFORT REQUIRED TO DEVELOP A HYDROGEN SCRUBBER SYSTEM TO SUPPORT NASA S NTP ENGINE AND STAGE DEVELOPMENT GOALS. NASA/SSC IS SEEKING SPECIFIC KNOWLEDGE
Delivery Order - 541712 Research and Development in the Physical, Engineering, and Life Sciences (except Biotechnology)
Contractor
UNIVERSITY OF SOUTHERN MISSISSIPPI
Contracting Agency/Office
National Aeronautics and Space Administration»Stennis Space Center
Effective date
02/20/2014
Obligated Amount
$15.2k
NNS13AA93T / NNS08AA83B - THE FOLLOWING TASKS ARE DESIGNED TO SUPPORT SSC WITH THE ABOVE LISTED REQUIREMENTS AS THEY RELATE TO POTENTIAL TESTING OF NUCLEAR THERMAL PROPULSION (NTP) ROCKET ENGINES. THE PURPOSE OF THIS STATEMENT OF WORK IS TO OUTLINE STEPS NECESSARY TO PROVIDE NASA STENNIS PERSONNEL WITH INFORMATION REGARDING CURRENT, PAST, AND PROSPECTIVE TECHNOLOGIES THAT HAVE POTENTIAL APPLICATION IN NTP EFFLUENT TREATMENT AND TREATMENT SYSTEMS. THE ULTIMATE GOAL OF THE NTP PROGRAM IS TO SUCCESSFULLY DEVELOP AN NTP ENGINE, HOWEVER THIS GOAL CANNOT BE ACHIEVED WITHOUT THE IMPLEMENTATION OF NUMEROUS FACTORS, INCLUDING NOT ONLY AN APPROPRIATE TESTING FACILITY, BUT A FACILITY THAT PROVIDES FOR EFFLUENT TREATMENT. THEREFORE, FOR THE DEVELOPMENT OF A SUCCESSFUL NTP PROGRAM, THE METHODS IMPLEMENTED FOR EFFLUENT TREATMENT ARE A PRIMARY CONCERN. NTP EFFLUENT TREATMENT IS NECESSARY TO ENSURE COMPLIANCE WITH ENVIRONMENTAL AND SAFETY STANDARDS ASSOCIATED WITH ANY POTENTIAL RELEASE OF RADIOACTIVE SPECIES. IN SUPPORT OF NTP TEST PLANNING ACTIVITIES, REVIEWS OF HISTORICAL DOCUMENTATION REGARDING NTP EFFLUENT TREATMENT, AS WELL AS RECENT DEVELOPMENTS IN OFFGAS TREATMENT SHOULD BE CONDUCTED. REVIEW, EVALUATION AND ANALYSIS IS A PREREQUISITE FOR ALL FUTURE CONSIDERATIONS RELATED TO CHEMICAL EFFLUENTS, OFFGASSES, AND THE DEVELOPMENT OF MONITORING INSTRUMENTATION SYSTEMS. ULTIMATELY, THE TYPES OF ROCKET ENGINES UNDER CONSIDERATION, AS WELL AS REACTOR TYPE, AND THE MECHANISM BY WHICH RADIOACTIVE EFFLUENTS ARE HANDLED WILL AFFECT THE EFFLUENTS TECHNOLOGIES AND THE MONITORING CAPABILITIES THAT ARE ULTIMATELY UTILIZED. HOWEVER A CLEAR UNDERSTANDING OF THE STATE OF THE ART OF EFFLUENT TECHNOLOGIES IS REQUIRED, SO THAT THE SAFEST AND MOST OPTIMAL DECISION MAKING WILL RESULT. TASKS THE FOLLOWING LISTS KEY TASKS REQUIRED TO PROVIDE IDENTIFICATION OF RELEVANT EFFLUENT TREATMENT TECHNOLOGIES THAT SHOULD BE CONSIDERED FOR SAFE OPERATION OF NTP TESTING: 1.REVIEW OF HISTORICAL NTP RECOMMENDATIONS: OVER THE PAST FOUR DECADES, MULTIPLE EFFORTS HAVE BEEN AIMED AT ESTABLISHING REQUIREMENTS FOR NTP TEST EFFLUENT TREATMENT SYSTEMS IN ACCORDANCE WITH THE ENGINE DESIGNS UNDER CONSIDERATION AT THE TIME. SEMINAL PAPERS IN THIS FIELD SHOULD BE REVIEWED AND USED TO ESTABLISH A BASELINE FOR EFFLUENT TREATMENT APPROACHES. 2.REVIEW OF EFFLUENT TREATMENT APPROACHES IN RELATED FIELDS: A REVIEW OF RELEVANT SYSTEMS AS DEVELOPED FOR OTHER RADIOACTIVE EFFLUENT TREATMENT APPLICATIONS SHOULD BE CONDUCTED. FOR EXAMPLE, SYSTEMS USED FOR THE TREATMENT OF NUCLEAR WASTE SHOULD BE CONSIDERED PRIMARY TARGETS FOR THIS LITERATURE REVIEW.3.REVIEW OF CURRENT STATUS OF NTP REACTOR/ENGINE PLANS: A REVIEW OF THE TYPES OF NTP REACTOR SYSTEMS CURRENTLY UNDER CONSIDERATION FOR FUTURE DEVELOPMENT SHOULD BE PERFORMED
Delivery Order - 541712 Research and Development in the Physical, Engineering, and Life Sciences (except Biotechnology)
Contractor
UNIVERSITY OF SOUTHERN MISSISSIPPI
Contracting Agency/Office
National Aeronautics and Space Administration»Stennis Space Center
Effective date
09/19/2013
Obligated Amount
$54k
NNS12AA91T / NNS08AA83B - OTHER FUNCTIONS;STATEMENT OF WORK PROJECT PLANNING AND CONTROL (PP&C) FOR THE PROJECT DIRECTORATE AT JOHN C. STENNIS SPACE CENTER BACKGROUND THE PROJECT DIRECTORATE (PD) AT NASA S JOHN C. STENNIS SPACE CENTER (SSC) IS RESPONSIBLE FOR THE OVERSIGHT AND MANAGEMENT OF ALL PROPULSION TEST PROJECTS AS WELL AS THE PROGRAM ACTIVITIES OF THE APPLIED SCIENCE AND TECHNOLOGY PROJECT OFFICE (ASTPO). PROJECT SUCCESS, THE CENTER-WIDE OBJECTIVE, REQUIRES A FOCUSED APPROACH DEVOTED TO IDENTIFYING REQUIREMENTS, MEETING OBJECTIVES AND ACHIEVING SPECIFIC GOALS AS OUTLINED IN ALL PROGRAMS/PROJECT PLANS. VARIOUS PROJECT PLANNING AND CONTROL (PP&C) FUNCTIONS ARE NECESSARY TO MEET THESE GOALS AND OBJECTIVES, BOTH AT THE INDIVIDUAL PROJECT LEVELS AND AT THE INTEGRATED DIRECTORATE LEVEL. THE PP&C SUPPORT TO BE PROVIDED BOTH DIRECTLY TO THE PROJECT MANAGERS, AND THE PP&C MANAGER, ENCOMPASSES A RANGE OF ANALYSIS ACTIVITIES ACROSS THE FOLLOWING REPRESENTATIVE CATEGORIES. THIS WOULD ALSO INCLUDE SIMILAR SUPPORT TO THE ENGINEERING AND TEST DIRECTORATE AS NECESSARY. TASKS:1.PROVIDE A HIGH-LEVEL REVIEW AND ANALYSIS OF STRATEGIC PROGRAM REQUIREMENTS, RELATING TO LONG-RANGE IMPLEMENTATION AND PLANNING FOR SSC MISSION PROJECTS, INCLUDING ANALYSIS OF PROJECT MILESTONES/ACTIVITIES AND THEIR INTERACTIVITY WITH OTHER CENTER TASKS TO ASSIST IN PROJECT CONFLICT AVOIDANCE AND MITIGATION. 2.PROVIDE TECHNICAL REVIEWS, ANALYSES, AND HISTORICAL ANALOGS TO DEVELOPING NASA PROGRAMS AND CORRESPONDING REQUIREMENTS TO DETERMINE STRATEGIC IMPLICATIONS AND DEMAND FOR SSC CORE COMPETENCIES, FACILITY INFRASTRUCTURE AND CONCEPTS OF OPERATION. 3.PROVIDE REVIEW AND ANALYSIS OF A BROAD BASE OF HISTORICAL DATA AND CURRENT TRENDS TO RESOLVE COMPLEX PROBLEMS OF PREDICTION AND FORECAST WHICH RESULT FROM UNCERTAINTIES, CHANGES OR DELAYS IN ONGOING PROJECTS. CONDUCT ONGOING REVIEWS AND ANALYSES OF THE RELATIONSHIP BETWEEN PROJECT/PROGRAMS AND ANTICIPATED FUNDING LEVELS, INCLUDING THE FORECASTING OF SHORTFALLS AND ACTIONS NECESSARY TO ACCOMMODATE PROJECT CHANGES. THIS INCLUDES A REVIEW AND ANALYSIS OF PROJECT BASELINES AND SCHEDULES, WITH ANALYSIS OF CAUSE, IMPACT AND ANY CORRECTIVE ACTIONS FOR SIGNIFICANT VARIANCES.5.CONDUCT IMPACT AND RISK ANALYSIS ASSOCIATED WITH PROJECTED CHANGES IN PROJECT/PROGRAM CONTENT, CONCEPTS OF OPERATION AND FUNDING PROFILES AND EFFECTS ON SSC'S BUSINESS BASE.6.IDENTIFY CRITERIA AND RECOMMEND SUCCESS GOALS THAT MEASURE AND/OR PREDICT THE ATTAINMENT OF PROGRAM ORGANIZATIONAL OBJECTIVES. THESE CRITERIA CONTRIBUTE DIRECTLY TO THE IMPROVEMENT OF PRODUCTIVITY, EFFECTIVENESS AND EFFICIENCY IN PROJECT/PROGRAM OPERATION. 7.MAINTAIN FAMILIRITY AND WORK WITHIN THE CENTER AND DIRECTORATE SYSTEMS TO PROVIDE AND RETRIEVE DATA THAT FACILITATES ANALYSIS IN ALIGNMENT WITH THE NEEDS AND OBJECTIVES OF THE PROJECT DIRECTORATE. THIS WOULD INCLUDE MAINTAINING PP&C CORE DOCUMENTATION ACCORDING TO PROJECT DIRECTORATE GUIDELINES. DELIVERABLES: MONTHLY INTERNAL PERFORMANCE AND STATUS (CHECKBOOK) REPORTS AND DETAILED VARIANCE ANALYSIS REPORT DUE: 5TH BUSINESS DAY OF EACH MONTH TO THE LEAD OF RESOURCES FOR THE PROJECT DIRECTORATE IN SUPPORT OF THE PP&C MANAGER AND THE SUPPORTED PROJECT MANAGERS. MONTHLY EXTERNAL REPORTS AND INTERNAL ORGANIZATIONAL (CUSTOM) REPORTS DUE:8TH BUSINESS DAY OF EACH MONTH TO THE LEAD OF RESOURCES FOR THE PROJECT DIRECTORATE IN SUPPORT OF THE PP&C MANAGER AND THE SUPPORTED PROJECT MANAGERS.MONTHLY PROJECT MANAGEMENT REVIEW BY PROJECT DUE: 7TH BUSINESS DAY OF EACH MONTH TO THE LEAD OF RESOURCES FOR THE PROJECT DIRECTORATE IN SUPPORT OF THE PP&C MANAGER (INCLUDES WORKFORCE, TRENDS, DETAILED INDEPENDENT ANALYSIS).MONTHLY FINANCIAL AND PERFORMANCE REVIEWS WITH THE LEAD OF RESOURCES TO SUPPORT THE PROJECT. PROJECT MANAGERS AT MONTHLY PROGRAM REVIEWS.MONTHLY INTEGRATED RISK REVIEW MEETING WITH PP&C MANAGER AND UPDATED VERSION OF THE INTEGRATED RISK
Delivery Order - 541712 Research and Development in the Physical, Engineering, and Life Sciences (except Biotechnology)
Contractor
UNIVERSITY OF SOUTHERN MISSISSIPPI
Contracting Agency/Office
National Aeronautics and Space Administration»Stennis Space Center
Effective date
07/31/2012
Obligated Amount
$1.6M
NNS11AA78T / NNS08AA83B - TECHNICAL EXPERTISE AND RESEARCH REGARDING THE METHODS AND MATERIALS USED TO MAINTAIN, REFURBISH, AND CONSTRUCT NASA S TEST FACILITIES BACKGROUND: THE ENGINEERING AND TEST DIRECTORATE (ETD) IS RESPONSIBLE FOR PERFORMING ROCKET PROPULSION TESTING FOR GOVERNMENT AND COMMERCIAL CUSTOMERS. ETD S RESPONSIBILITIES INCLUDE REQUIREMENTS DEVELOPMENT, DESIGN, ACTIVATION AND OPERATIONS OF MULTIPLE TEST AND SUPPORT FACILITIES. TECHNICAL EXPERTISE AND RESEARCH REGARDING THE METHODS AND MATERIALS USED TO MAINTAIN, REFURBISH AND CONSTRUCT NASA S TEST FACILITIES IS REQUIRED: TASK #1 PERFORM RESEARCH AND COLLECT DATA LEADING TO THE DEVELOPMENT OF APPROPRIATE METHODS TO REPAIR/REPLACE AGING INFRASTRUCTURE AND FACILITIES. THIS EFFORT SHOULD INCLUDE AN ASSESSMENT OF ALL SYSTEMS INCLUDING VALVES, PUMPS, COMPRESSORS, PIPING AND CLOSURE SYSTEMS AS WELL AS AN EVALUATION OF MATERIALS FOR FLUID COMPATIBILITY, OPERATING METHODOLOGY AND APPROPRIATE MAINTENANCE PRACTICES. TASK#2 PERFORM A REVIEW OF THOSE PRESSURANT AND PROPELLANT SYSTEMS/SUBSYSTEMS IDENTIFIED ON THE ENGINEERING AND TEST DIRECTORATE RISK LIST TO IDENTIFY AREAS WHERE RISK CAN BE MITIGATED OR ELIMINATED. TASK #3 PERFORM A HIGH LEVEL REVIEW OF HISTORICAL DATA AND DO ANY REQUIRED RESEARCH NECESSARY TO IDENTIFY AREAS WHERE IMPROVEMENTS IN FLUID CONSERVATION AND ENERGY CONSUMPTION COULD BE SUBSTANTIALLY REDUCED. IDENTIFY NEW TECHNOLOGIES THAT MAY BE APPLIED TO REDUCE FLUID CONSUMPTION AND REDUCE SYSTEM OPERATING/MAINTENANCE COSTS. TASK #4 PERFORM AN ANALYSIS OF SYSTEMS/SUBSYSTEMS TO DETERMINE POTENTIAL INCREASED OPERATING EFFICIENCIES IF SOME LEVEL OF AUTOMATION WERE TO BE INCORPORATED WITHIN THE SYSTEM/SUBSYSTEM. ADDITIONALLY, IDENTIFY VIABLE APPROACHES TO SUCCESSFULLY ACHIEVE SUCH AN INTEGRATION. DELIVERABLES: MONTHLY STATUS REPORTS ON ALL ONGOING AND PLANNED TASK/STUDIES FINAL ANALYSES, SPECIAL STUDIES, AND REPORTS AS REQUIRED BY NASA PERIOD OF PERFORMANCE: THE PERIOD OF PERFORMANCE SHALL BE THE DATE OF THIS ORDER AND CONTINUE THROUGH JULY 31, 2013. STANDARDS 1. ALL DELIVERABLES WILL BE PROVIDED WITHIN 3 DAYS OF AGREED UPON DATES 2. ALL REPORTS WILL BE DELIVERED IN A HARDCOPY AS WELL AS ELECTRONIC FORMATS 3. ALL DELIVERABLES WILL BE PROVIDED IN A COMPREHENSIVE, HIGH QUALIT
Delivery Order - 541712 Research and Development in the Physical, Engineering, and Life Sciences (except Biotechnology)
Contractor
UNIVERSITY OF SOUTHERN MISSISSIPPI
Contracting Agency/Office
National Aeronautics and Space Administration»Stennis Space Center
Effective date
06/16/2011
Obligated Amount
$483.1k
NNS04AB67T / NNS04AB62C - TEST OPERATIONS CONTRACT:PROVIDES PROPULSION TEST SUPPORT,SYSTEMS ENGINEERING,OPERATOR MAINTENANCE, AND TEST TECHNOLOGY DEVELOPMENT OT SUPPORT SSC AND MSFC MISSIONS AND TEST ARTICLE CONTRACTORS IN TESTING OF LIQUID AND SOLID PROPULSION SYSTEMS,SUBSYSTEMS AND COMPONENTS
Delivery Order - 541710 Research and Development in the Physical, Engineering, and Life Sciences
Contractor
Jacobs Solutions Inc. (JACOBS TECHNOLOGY INCORPORATED)
Contracting Agency/Office
National Aeronautics and Space Administration»Stennis Space Center
Effective date
07/17/2004
Obligated Amount
$133.1M

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Awarded Task Orders by Industry

Let's get started today

Let's Get Started Today