Lessons learned from development and implementation of a strategic life cycle model

P.K. Au, S. Ma
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引用次数: 2

Abstract

A strategic life cycle model, coined triple "A" (adolescence, adult and aging), has been developed in 2000 at Nortel networks to drive repair outsourcing and to allocate resources freed up from outsourcing to accelerate quality growth of new products. A three-layer TOP (triple "A" - organizing people) strategy was then established to drive the implementation of the triple "A" effectively. The far-ranging impact of the triple "A" upon plant layout as well as roles and responsibilities is reviewed in this paper. For one of the pilot products, the cost avoidance due to early resolution of quality problems is estimated to be in excess of $7 million. The factors that have contributed to the success of this model are briefly discussed, and there are several key lessons learned from the implementation process. These include: a paradigm shift on the concept and value of repair, quantum improvement requires preventing "birth" defects in the design phase, synergy between various initiatives, mathematical correlation to expand the capability of the triple "A". Lastly, it is suggested that further research be done to explore the application of the model to practically all-human endeavors as a basis of continuous quality improvement. To substantiate this suggestion, the paper briefly sketches the concept of the triple "A" at several levels: vision (perspective), science (predictive), and engineering (prescriptive).
从战略生命周期模型的开发和实施中获得的经验教训
北电网络于2000年开发了一种战略生命周期模型,称为“三A”(青少年、成人和老龄化),以推动维修外包,并分配从外包中释放出来的资源,以加速新产品的质量增长。然后建立了一个三层TOP(三个“A”-组织人员)战略,以有效地推动三个“A”的实施。本文综述了三个“A”对工厂布局以及角色和职责的广泛影响。就其中一种试验产品而言,由于及早解决质量问题而节省的费用估计超过700万美元。简要讨论了促成这一模式成功的因素,并从执行过程中吸取了一些关键教训。其中包括:修复概念和价值的范式转变,量子改进要求在设计阶段防止“先天”缺陷,各种举措之间的协同作用,数学关联以扩展三个“a”的能力。最后,建议进行进一步的研究,以探索将该模型应用于几乎所有人的努力,作为持续质量改进的基础。为了证实这一建议,本文在几个层面上简要概述了三个“A”的概念:视觉(视角)、科学(预测)和工程(规范)。
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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