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NASA-LLIS-1806

Lessons Learned – Capture of Apollo Lunar Module Reliability Lessons Learned: Program/Engineering Management

contributor authorNASA - National Aeronautics and Space Administration (NASA)
date accessioned2017-09-04T15:54:21Z
date available2017-09-04T15:54:21Z
date copyright09/25/2007
date issued2007
identifier otherQRXCQCAAAAAAAAAA.pdf
identifier urihttp://yse.yabesh.ir/std/handle/yse/57663
description abstractAbstract:
A July 2007 workshop attended by Constellation Program personnel traced the success of the Apollo Lunar Module designers to the NASA and contractor culture, Grumman's flat organization structure, an ability to hire the "best and brightest" engineers, placement of the Reliability function within System Engineering, definition of a "reference mission" common to all design elements, and strong configuration control. However, little formal training was provided, and limited best practice or lesson learned information was available.
languageEnglish
titleNASA-LLIS-1806num
titleLessons Learned – Capture of Apollo Lunar Module Reliability Lessons Learned: Program/Engineering Managementen
typestandard
page6
statusActive
treeNASA - National Aeronautics and Space Administration (NASA):;2007
contenttypefulltext
subject keywordsAdditional Categories.Configuration Management
subject keywordsAdditional Categories.Flight Equipment
subject keywordsAdditional Categories.Flight Operations
subject keywordsAdditional Categories.Ground Equipment
subject keywordsAdditional Categories.Ground Operations
subject keywordsAdditional Categories.Hardware
subject keywordsAdditional Categories.Independent Verification and Validation
subject keywordsAdditional Categories.Launch Vehicle
subject keywordsAdditional Categories.Mishap Reporting
subject keywordsAdditional Categories.Payloads
subject keywordsAdditional Categories.Risk Management/Assessment
subject keywordsAdditional Categories.Safety & Mission Assurance
subject keywordsEngineering Design (Phase C/D).Lander Systems
subject keywordsEngineering Design (Phase C/D).Simulators and Training Systems
subject keywordsEngineering Design (Phase C/D).Spacecraft and Spacecraft Instruments
subject keywordsIntegration and Testing
subject keywordsMission Operations and Ground Support Systems.Lunar Operations
subject keywordsMission Operations and Ground Support Systems.Mission control Planning
subject keywordsMission Operations and Ground Support Systems.Training and simulation systems
subject keywordsMissions and Systems Requirements Definition.Configuration control and data management
subject keywordsMissions and Systems Requirements Definition.Crew operations and support concepts
subject keywordsMissions and Systems Requirements Definition.Mission concepts and life-cycle planning
subject keywordsMissions and Systems Requirements Definition.Planetary entry and landing concepts
subject keywordsMissions and Systems Requirements Definition.Vehicle concepts
subject keywordsProgram Management.Acquisition / procurement strategy and planning
subject keywordsProgram Management.Center distribution of programs and management activities
subject keywordsProgram Management.Communications between different offices and contractor personnel
subject keywordsProgram Management.Configuration and data management
subject keywordsProgram Management.Contractor relationships
subject keywordsProgram Management.Cross Agency coordination
subject keywordsProgram Management.Risk management
subject keywordsProgram Management.Role of civil service technical staff versus contractor staff
subject keywordsSafety and Mission Assurance.Configuration Change Control
subject keywordsSafety and Mission Assurance.Early requirements and standards definition
subject keywordsSafety and Mission Assurance.Product Assurance
subject keywordsSafety and Mission Assurance.Reliability
subject keywordsSystems Engineering and Analysis.Engineering design and project processes and standards
subject keywordsSystems Engineering and Analysis.Level II/III requirements definition
subject keywordsSystems Engineering and Analysis.Long term sustainability and maintenance planning
subject keywordsSystems Engineering and Analysis.Mission and systems trade studies
subject keywordsSystems Engineering and Analysis.Mission definition and planning
subject keywordsSystems Engineering and Analysis.Planning of requirements verification processes


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