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Engineering problem solving and knowledge creation: An epistemological perspective

机译:工程问题解决与知识创造的认识论视角

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This study—to our knowledge the first to model the dynamics of knowledge creation in an engineering problem solving context—addresses a gap in the literature by illustrating “engineering epistemology,” nurtured by “ba,” as a critical knowledge asset that facilitates superior problem resolution. Rich narratives generated by phenomenological interviews with US product engineers were interpreted using Nonaka and Takeuchi''s knowledge-creation model and Weick''s three-stage enacted sensemaking perspective. Our data demonstrate stark differences between successful and less successful product-related problem-solving efforts by engineers. Successful cases moved with rigor through five sequential phases of investigation culminating in system changes and successful sensemaking with cognitive convergence of diverse stakeholders. Our study highlights the social aspects of engineering problem solving that firms can optimize for effective problem resolution and higher organizational learning.
机译:这项研究(据我们所知,是第一个在解决工程问题的环境中对知识创造的动力学建模的研究)通过说明“工程学认识论”(由“ ba”培育)作为解决高级问题的关键知识资产,填补了文献中的空白。解析度。使用Nonaka和Takeuchi的知识创造模型以及Weick的三阶段制定的感官观点来解释由现象学采访美国产品工程师所产生的丰富叙事。我们的数据表明,工程师在解决产品相关问题的成功与否之间存在明显的差异。成功的案例经过严格的调查,经过五个连续的调查阶段,最终达到了系统变更和成功的决策过程,并通过各种利益相关者的认知融合而成功。我们的研究突出了解决工程问题的社会方面,即企业可以针对有效的问题解决和更高的组织学习进行优化。

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