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Implementing lean manufacturing system: ISM approach

机译:实施精益制造系统:ISM方法

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Purpose: Lean Manufacturing System has emerged as an important area of research in Indian context. The requirement of Lean Manufacturing has increased due to defects in products (semi finished and finished) and subsequent increase in cost. In this context, this study is an attempt to develop a structural model of the variables, important to implement Lean Manufacturing System in Indian automobile industry. Design/Methodology/Approach: Various variables of lean manufacturing system implementation have been identified from literature review and experts’ opinions. Contextual relationship among these identified variables has been set after carrying out brainstorming session. Further, classification of the variables has been carried out based upon the driving power and dependence. In addition to this, a structural model of variables to implement lean concept in Indian automobile industry has also been developed using Interpretive Structural Modeling (ISM) technique. Questionnaire based survey has also been conducted to rank these variables. Findings: Eighteen variables have been identified from the literature and subsequent discussions with experts. Out of which, nine variables have been identified as dependent and nine variables have been identified as driver. No variable has been identified as linkage variable and autonomous variable. From the model developed, ‘Relative cost benefits’ has been identified as top level dependent variable and top management commitment as bottom level most independent variable. Research limitations/Implications: The model so developed is a hypothetical model based upon experts’ opinions. The conclusions so drawn may be further modified to apply in real situation. Practical implication: Clear understanding of interactions among these variables will help organizations to prioritize and manage these variables more effectively and efficiently to draw advantage from lean manufacturing system implementation. Originality/value: Through this paper we contribute to identify the variables to implement lean manufacturing system in Indian automobile industry and prioritize them. The structured model developed will help to understand interdependence of the variables of lean manufacturing system implementation.
机译:目的:精益制造系统已成为印度背景下的重要研究领域。由于产品(半成品和半成品)的缺陷以及随之而来的成本增加,对精益制造的要求有所提高。在这种情况下,本研究试图建立变量的结构模型,这对于在印度汽车行业实施精益制造系统很重要。设计/方法论/方法:从文献综述和专家意见中已经确定了精益制造系统实施的各种变量。这些确定的变量之间的上下文关系已在进行头脑风暴会议之后设置。此外,已经基于驱动力和依赖性对变量进行了分类。除此之外,还使用解释性结构建模(ISM)技术开发了在印度汽车工业中实施精益概念的变量结构模型。还进行了基于问卷的调查以对这些变量进行排名。结果:从文献和随后与专家的讨论中确定了18个变量。其中,有9个变量被确定为因变量,有9个变量被确定为动因。没有变量被确定为链接变量和自治变量。从开发的模型中,“相对成本收益”被确定为最高层因变量,高层管理人员被确定为最低层最独立变量。研究局限性/意义:如此开发的模型是基于专家意见的假设模型。这样得出的结论可以进一步修改以应用于实际情况。实际含义:对这些变量之间的相互作用的清楚理解将有助于组织更有效地确定优先级和管理这些变量,从而从精益制造系统的实施中获得优势。独创性/价值:通过本文,我们有助于识别在印度汽车行业实施精益制造系统的变量,并对它们进行优先级排序。开发的结构化模型将有助于理解精益制造系统实施变量之间的相互依赖性。

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