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Case study: Agile hardware/firmware/software product line engineering at Rockwell Collins

机译:案例研究:Rockwell Collins的敏捷硬件/固件/软件产品线工程

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Rockwell Collins, in Cedar Rapids, Iowa, is using a product line approach for a family of radios they produce for military and international markets, with an agile systems engineering process tailored individually for synchronized software, firmware, and hardware development. This mixed-discipline engineering group encompasses some 350 employees working on multiple projects simultaneously for multiple customers. The product line approach provides an agile systems target-context for the agile systems engineering process - re-using common product-line hardware, firmware, and software whenever possible, evolving the product line with both internally-funded development and opportunities presented by customer project work, and accommodating special customer needs that grow the knowledge and capability base for potential later use in product-line extension. This article focuses on the mixed-discipline agile systems engineering process reviewed in the September, 2015, INCOSE Agile Systems Engineering Life Cycle Model (ASELCM) discovery workshop, and doesn't address the proprietary strategy and detail of the product line architecture. Notable elements that will be discussed include a parallel evolving product line roadmap as the strategic driving function, a facilitating central relationship-management role for systems engineering, synchronization of mixed engineering disciplines, an enabling infrastructure for agile hardware development, strong opportunity management complimenting traditional risk management, and comparison to the ASELCM Model-Based Systems Engineering (MBSE) pattern.
机译:位于爱荷华州锡达拉皮兹的罗克韦尔·柯林斯(Rockwell Collins)将产品线方法用于他们为军事和国际市场生产的一系列无线电产品,其敏捷系统工程流程专门针对同步软件,固件和硬件开发量身定制。这个由多学科组成的工程团队包含约350名员工,同时为多个客户从事多个项目。产品线方法为敏捷系统工程流程提供了敏捷系统目标上下文-尽可能重用常见的产品线硬件,固件和软件,以内部资助的开发和客户项目提供的机会来发展产品线工作,并适应特殊的客户需求,从而增加知识和能力基础,以便以后在产品线扩展中使用。本文重点介绍了在2015年9月的INCOSE敏捷系统工程生命周期模型(ASELCM)发现研讨会上回顾的混合学科敏捷系统工程过程,但未涉及产品线体系结构的专有策略和细节。将要讨论的重要元素包括并行发展的产品线路线图作为战略驱动功能,促进系统工程的中央关系管理角色,混合工程学科的同步化,灵活的硬件开发支持基础架构,强大的机会管理功能以弥补传统风险管理,并与基于ASELCM模型的系统工程(MBSE)模式进行比较。

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