识别面向工作包的集成准备水平,以建立赢得准备管理

M. F. C. Júnior, Gabriel T. Jesus, Irineu S. Yassuda, Marcos Nóbrega, Feliciano Silva, P. M. Sousa, Hugo F. L. Santos
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引用次数: 0

摘要

复杂产品和系统(CoPS)的创新动态不同于大规模生产行业。集成准备水平(IRL)表示与系统中两个或多个技术元素集成相关的技术成熟度,处理技术准备水平(TRL)应用挑战。获得准备管理(ERM)是一种用于调度、监视和评估复杂产品系统开发的方法。ERM可以结合IRL的进步,从业者正在采用IRL并理解其与TRL的区别,并且它与cop中价值交付系统中的技术开发项目有关。目标是确定面向irl的工作包,以便为空间系统建立ERM,目的是在cop技术发展项目中应用ERM。本文使用NASA WBS标准用于航天飞行和研究与技术项目,以确定哪些工作包元素可能与IRL相关并组成ERM,并使用ISO/IEC/IEEE 15288生命周期过程定义来支持分析。结果可以扩展到其他cop部门,因为它们使用了广泛的系统工程概念和标准。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Identifying Integration Readiness Levels oriented work packages to establish Earned Readiness Management
The dynamics of innovation in complex products and systems (CoPS) differs from the mass production industries. Integration Readiness Levels (IRL) represent technology maturity related to the integration of two or more technological elements in a system, addressing Technology Readiness Levels (TRL) application challenges. Earned readiness management (ERM) is a method for scheduling, monitoring, and evaluating the development of complex product systems. ERM could incorporate IRL advances, practitioners are adopting IRL and understanding its differences from TRL, and it is relevant to approach technology development projects in a system for value delivery in CoPS. The objective is to identify IRL-oriented work packages to establish ERM for space systems aiming at the application of ERM in CoPS technology development projects. This paper used NASA WBS standards for space flight and for research and technology projects to identify which work package elements could relate to IRL and compose ERM, and used ISO/IEC/IEEE 15288 life cycle process definitions to support the analysis. The results could be expanded to other CoPS sectors as they used broad systems engineering concepts and standards.
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