REG NASA-LLIS-0941-2001 Lessons Learned Involve Project Scientists in Critical Decisions Throughout the Project Lifecycle (1999).pdf

上传人:appealoxygen216 文档编号:1018586 上传时间:2019-03-21 格式:PDF 页数:3 大小:14.71KB
下载 相关 举报
REG NASA-LLIS-0941-2001 Lessons Learned Involve Project Scientists in Critical Decisions Throughout the Project Lifecycle (1999).pdf_第1页
第1页 / 共3页
REG NASA-LLIS-0941-2001 Lessons Learned Involve Project Scientists in Critical Decisions Throughout the Project Lifecycle (1999).pdf_第2页
第2页 / 共3页
REG NASA-LLIS-0941-2001 Lessons Learned Involve Project Scientists in Critical Decisions Throughout the Project Lifecycle (1999).pdf_第3页
第3页 / 共3页
亲,该文档总共3页,全部预览完了,如果喜欢就下载吧!
资源描述

1、Lessons Learned Entry: 0941Lesson Info:a71 Lesson Number: 0941a71 Lesson Date: 2001-07-03a71 Submitting Organization: JPLa71 Submitted by: D. OberhettingerSubject: Involve Project Scientists in Critical Decisions Throughout the Project Lifecycle (1999) Abstract: For MCO and MPL, mission scientists w

2、ere not active participants in making critical decisions throughout the mission design and operations phases. Involvement of scientists throughout the project life cycle as full partners in project development and operations makes a significant contribution to overall mission success. Ensure that a

3、detailed mission science plan, tools, and necessary support are in place, and full operations training of the science team (including contingencies) has been completed, prior to any science data collection activities (e.g., planetary encounters, landings, etc.).Description of Driving Event: Compared

4、 to previous projects, the Mars Surveyor Program budgeted significantly less monetary and personnel resources to support the Mars Climate Orbiter (MCO) and Mars Polar Lander (MPL) mission science goals. According to Reference (1), one consequence of this approach was that mission scientists (who had

5、 the most knowledge of Mars, the instruments, and the mission science objectives) were not active participants in making critical decisions throughout the mission design and operations phases. Due to the funding constraints, the science teams were not fully prepared for mission operations supporting

6、 science data collection at Mars. Had either of these missions successfully arrived at Mars, a significant amount of science data could have been lost. In contrast, the successful Mars Pathfinder project had full involvement of the science team from the beginning.Reference(s):1. “Report on Project M

7、anagement in NASA by the Mars Climate Orbiter Mishap Investigation Board (Stephenson Report),“ March 13, 2000, page 18.2. “Scientist Involvement,“ JPL Corrective Action Notice No. Z69172, May 1, 2000.Provided by IHSNot for ResaleNo reproduction or networking permitted without license from IHS-,-,-Le

8、sson(s) Learned: 1. A primary measure of mission success is how well a project achieves its science goals. Involvement of scientists throughout the project life cycle makes a significant contribution to overall mission success. Scientists are best able to assess the impact of project decisions on sc

9、ience objectives and participate in mission/science tradeoffs. Scientists participating in projects should be made full partners in project development and operations.2. Ensure that a detailed mission science plan, tools, and necessary support are in place, and full operations training of the scienc

10、e team (including contingencies) has been completed, prior to any science data collection activities (e.g., planetary encounters, landings, etc.).Additional Key Words: Principal Investigators, Project Management, Science ReturnRecommendation(s): See Lesson(s) LearnedEvidence of Recurrence Control Ef

11、fectiveness: A JPL Corrective Action Notice (CAN Z69172) was issued, completed, and closed.Documents Related to Lesson: N/AMission Directorate(s): a71 Sciencea71 Space Operationsa71 Exploration SystemsAdditional Key Phrase(s): a71 Flight Operationsa71 Payloadsa71 Policy & Planninga71 Risk Management

12、/Assessmenta71 Safety & Mission AssuranceAdditional Info: Provided by IHSNot for ResaleNo reproduction or networking permitted without license from IHS-,-,-Approval Info: a71 Approval Date: 2001-07-03a71 Approval Name: Eric Raynora71 Approval Organization: QSa71 Approval Phone Number: 202-358-4738Provided by IHSNot for ResaleNo reproduction or networking permitted without license from IHS-,-,-

展开阅读全文
相关资源
猜你喜欢
  • NF M07-101-2000 Water in diesel fuel emulsions - Determination of stability by centrifugation 《柴油燃料乳状液中的水 用离心机法测定稳定性》.pdf NF M07-101-2000 Water in diesel fuel emulsions - Determination of stability by centrifugation 《柴油燃料乳状液中的水 用离心机法测定稳定性》.pdf
  • NF M07-102-2000 Water in diesel fuel emulsions - Determination of flash point - Cleveland open cup method 《柴油燃料乳状液中的水 闪点测定 克利夫兰开杯法》.pdf NF M07-102-2000 Water in diesel fuel emulsions - Determination of flash point - Cleveland open cup method 《柴油燃料乳状液中的水 闪点测定 克利夫兰开杯法》.pdf
  • NF M07-103-2000 Water in diesel fuel emulsions - Assessment of lubricity using the high-frequency reciprocating rib (HFRR) 《柴油燃料乳状液中的水 使用高频往复装备对润滑性的评定》.pdf NF M07-103-2000 Water in diesel fuel emulsions - Assessment of lubricity using the high-frequency reciprocating rib (HFRR) 《柴油燃料乳状液中的水 使用高频往复装备对润滑性的评定》.pdf
  • NF M07-104-2000 Water in diesel fuel emulsions - Determination of water content - Karl Fischer method 《柴油燃料乳状液中的水 水含量的测定 Karl Fischer法》.pdf NF M07-104-2000 Water in diesel fuel emulsions - Determination of water content - Karl Fischer method 《柴油燃料乳状液中的水 水含量的测定 Karl Fischer法》.pdf
  • NF M07-112-2004 Liquid petroleum products - Determination of benzene content in liquid fuels for mobile heaters - Method by capillary gas chromatography 《液化石油产品 汽车加热器用液体燃料中苯含量的测定 毛.pdf NF M07-112-2004 Liquid petroleum products - Determination of benzene content in liquid fuels for mobile heaters - Method by capillary gas chromatography 《液化石油产品 汽车加热器用液体燃料中苯含量的测定 毛.pdf
  • NF M08-003-1996 Liquid hydrocarbons Dynamic measurement Proving systems for volumetric meters Part 1  general principles 《液态烃 动态测量 容量计用验证系统 第1部分 一般原理》.pdf NF M08-003-1996 Liquid hydrocarbons Dynamic measurement Proving systems for volumetric meters Part 1 general principles 《液态烃 动态测量 容量计用验证系统 第1部分 一般原理》.pdf
  • NF M08-004-1999 Liquid hydrocarbons Dynamic measurement Proving systems for volumetric meters Part 3  pulse interpolation techniques 《液态烃 动态测量 容积计用校准系统 第3部分 脉冲内插法》.pdf NF M08-004-1999 Liquid hydrocarbons Dynamic measurement Proving systems for volumetric meters Part 3 pulse interpolation techniques 《液态烃 动态测量 容积计用校准系统 第3部分 脉冲内插法》.pdf
  • NF M08-007-1996 Liquid hydrocarbons Dynamic measurement Proving systems for volumetric meters Part 2  pipe provers 《液态烃 动态测量 容量计用验证系统 第2部分 管子液压试验器》.pdf NF M08-007-1996 Liquid hydrocarbons Dynamic measurement Proving systems for volumetric meters Part 2 pipe provers 《液态烃 动态测量 容量计用验证系统 第2部分 管子液压试验器》.pdf
  • NF M08-008-1996 Petroleum and liquid petroleum products Calculation of oil quantities Part 2  dynamic measurement 《石油和液体石油产品 油量的计算 第2部分 动态测量》.pdf NF M08-008-1996 Petroleum and liquid petroleum products Calculation of oil quantities Part 2 dynamic measurement 《石油和液体石油产品 油量的计算 第2部分 动态测量》.pdf
  • 相关搜索

    当前位置:首页 > 标准规范 > 国际标准 > 其他

    copyright@ 2008-2019 麦多课文库(www.mydoc123.com)网站版权所有
    备案/许可证编号:苏ICP备17064731号-1