Tailoring of NASA-STD-3001 to Lunar Gateway Program Requirements

Jackelynne Silva-Martinez PhD
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Abstract

The Gateway Program must meet NASA's Agency-level human rating requirements, which are intended to accommodate human capabilities and limitations while protecting the safety of the crew, and providing to the maximum extent practical, the capability to safely recover the crew from hazardous situations. Human systems integration represents a key human rating component of Moon to Mars systems to support the execution of Artemis missions, including compliance with mandatory standards for Health and Medical, Safety and Mission Assurance, and Engineering. The human system requirements, together with the human systems integration plan, medical operations requirements, and Gateway subsystem specifications, represent the flow-down of NASA Health and Medical Standards (NASA-STD-3001, Volumes 1 and 2) into the Gateway system. This paper discusses how these documents and other human systems integration activities provide full consideration of human capabilities and limitations as part of the total system design trade space, serving as an example on how the human must be effectively integrated as part of the system in order to achieve mission success. At a bigger scale, the paper contributes to the application of systems engineering standards to cutting-edge space exploration initiatives and to the dialogue on how systems engineering can continue to evolve to meet the needs of such ambitious projects.

使 NASA-STD-3001 符合月球通道计划的要求
网关计划必须满足美国国家航空航天局的机构级人类评级要求,其目的是在保护乘员安全的同时,适应人类的能力和局限性,并最大限度地提供从危险情况下安全回收乘员的能力。载人系统集成是月球到火星系统的关键载人评级组成部分,以支持执行阿耳特弥斯任务,包括遵守健康和医疗、安全和任务保证以及工程方面的强制性标准。人类系统要求以及人类系统集成计划、医疗操作要求和网关子系统规格,代表了美国宇航局健康与医疗标准(NASA-STD-3001,第1卷和第2卷)在网关系统中的流向。本文讨论了这些文件和其他人类系统集成活动如何充分考虑人类的能力和局限性,将其作为整个系统设计交易空间的一部分,并以此为例说明人类必须如何有效地集成到系统中,以实现任务的成功。在更大的范围内,本文有助于将系统工程标准应用于前沿的空间探索活动,也有助于就系统工程如何继续发展以满足此类雄心勃勃的项目的需求展开对话。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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