当前位置: X-MOL 学术Int. J. Lean Six Sigma › 论文详情
Our official English website, www.x-mol.net, welcomes your feedback! (Note: you will need to create a separate account there.)
Development of structural equation model for Lean Six Sigma system incorporated with sustainability considerations
International Journal of Lean Six Sigma ( IF 4 ) Pub Date : 2020-02-13 , DOI: 10.1108/ijlss-11-2018-0123
Ben Ruben R. , S. Vinodh , Asokan P.

The study aims to describe the development of a structural measurement model using structural equation modeling technique to validate the association that exists between Lean Six Sigma (LSS) and sustainable manufacturing strategies.,Both LSS and sustainable manufacturing aim at improving the firm’s business competitiveness which forms a strategic link that benefits the manufacturing organizations. The study aims to investigate the relationship among constructs that leads to operational excellence while deploying LSS and sustainable manufacturing strategies in organizations.,Empirical data needed for the study are collected from experts belonging to various industries that are implementing both LSS and sustainable manufacturing practices. Later statistical estimates (hypotheses) are being formulated to confirm the developed measurement model. Based on the obtained results after analysis of the structural model, the statistical estimate is either being accepted or rejected. Results of this study reveal that there exists a strong correlation between LSS and sustainable manufacturing factors that leads to organizational performance.,Additional indicators could be included to deal with technological advancements in sustainable manufacturing.,The study has been done with regard to Indian automotive component manufacturing organizations scenario. Hence, the inferences derived have practical relevance.,The development of structural model for the Lean Six Sigma system with sustainability considerations is the original contribution of the authors.

中文翻译:

结合可持续性考虑为精益六西格码系统开发结构方程模型

该研究旨在描述使用结构方程建模技术开发的结构测量模型,以验证精益六西格码 (LSS) 与可持续制造战略之间存在的关联。LSS 和可持续制造都旨在提高公司的业务竞争力,形成有利于制造组织的战略联系。该研究旨在调查在组织中部署 LSS 和可持续制造战略时实现卓越运营的结构之间的关系。研究所需的经验数据是从各个行业的专家那里收集的,这些专家正在实施 LSS 和可持续制造实践。后来的统计估计(假设)正在制定以确认开发的测量模型。根据结构模型分析后获得的结果,统计估计要么被接受,要么被拒绝。这项研究的结果表明,LSS 与导致组织绩效的可持续制造因素之间存在很强的相关性。,可以包括其他指标来应对可持续制造的技术进步。,该研究已针对印度汽车零部件进行制造组织场景。因此,得出的推论具有实际相关性。,具有可持续性考虑的精益六西格码系统结构模型的开发是作者的原创贡献。这项研究的结果表明,LSS 与导致组织绩效的可持续制造因素之间存在很强的相关性。,可以包括其他指标来应对可持续制造中的技术进步。,该研究已针对印度汽车零部件进行制造组织场景。因此,得出的推论具有实际相关性。,具有可持续性考虑的精益六西格码系统结构模型的开发是作者的原创贡献。这项研究的结果表明,LSS 与导致组织绩效的可持续制造因素之间存在很强的相关性。,可以包括其他指标来应对可持续制造的技术进步。,该研究已针对印度汽车零部件进行制造组织场景。因此,得出的推论具有实际相关性。,具有可持续性考虑的精益六西格码系统结构模型的开发是作者的原创贡献。该研究是针对印度汽车零部件制造组织的情景进行的。因此,得出的推论具有实际相关性。,具有可持续性考虑的精益六西格码系统结构模型的开发是作者的原创贡献。该研究是针对印度汽车零部件制造组织的情景进行的。因此,得出的推论具有实际相关性。,具有可持续性考虑的精益六西格码系统结构模型的开发是作者的原创贡献。
更新日期:2020-02-13
down
wechat
bug