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REVIEW OF SIGNIFICANT INCIDENTS AND CLOSE CALLS IN HUMAN SPACEFLIGHT FROM A HUMAN FACTORS PERSPECTIVE

机译:从人类因素的角度审查人类空间的重要事件和近距离呼叫

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This project aims to identify poor human factors design decisions that led to error-prone systems, or did not facilitate the flight crew making the right choices; and to verify that NASA is effectively preventing similar incidents from occurring again. This analysis was performed by reviewing significant incidents and close calls in human spaceflight identified by the NASA Johnson Space Center Safety and Mission Assurance Flight Safety Office. The review of incidents shows whether the identified human errors were due to the operational phase (flight crew and ground control) or if they initiated at the design phase (includes manufacturing and test). This classification was performed with the aid of the NASA Human Systems Integration domains. This in-depth analysis resulted in a tool that helps with the human factors classification of significant incidents and close calls in human spaceflight, which can be used to identify human errors at the operational level, and how they were or should be minimized. Current governing documents on human systems integration for both government and commercial crew were reviewed to see if current requirements, processes, training, and standard operating procedures protect the crew and ground control against these issues occurring in the future. Based on the findings, recommendations to target those areas are provided.
机译:该项目旨在识别差的人类因素设计决策,导致出错的系统,或者不促进飞行机组制作正确选择;并验证NASA是否有效地防止了再次发生的类似事件。通过审查美国宇航局约翰逊航天中心安全和特派团保证飞行安全办公室所确定的人类航天的重大事件和密切呼吁进行此分析。事件的审查表明所识别的人类错误是由于运营阶段(飞行机组人员和地面控制)或者如果它们在设计阶段启动(包括制造和测试)。借助NASA人体系统集成域来进行该分类。这种深入的分析导致了一种工具,有助于人为因素分类的重要事件和人类空间中的近呼叫,这可以用于识别业务层面的人类错误,以及它们是如何或者应该最小化的人类错误。审查了关于政府和商业机组人员的人类系统整合的现行管理文件,以了解当前的要求,流程,培训和标准操作程序保护未来发生的这些问题的机组人员和地面控制。根据调查结果,提供了针对这些地区的建议。

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