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首页> 外文期刊>International journal of lean six sigma >Method for performance measurement of car companies from a stability-value leverage perspective The balancing act between investment in R&D, supply chain configuration and value creation
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Method for performance measurement of car companies from a stability-value leverage perspective The balancing act between investment in R&D, supply chain configuration and value creation

机译:从稳定性-价值杠杆角度衡量汽车公司绩效的方法研发投资,供应链配置和价值创造之间的平衡行为

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Purpose - Today, most of the car manufacturers world-wide have embraced the principles of lean manufacturing on strategic and operational level. On strategic level car companies like Toyota (Womack et al, 1990) shifted 63 per cent of the value of the car towards the first, second and third tier suppliers for the co-production and co-development of cars as an effect of lean implementation. However, lean implementation was also followed by for instance Ford and GM in the USA, the latter company faced a sudden disruption in 2009 due to the break-out of the financial crisis in 2008, while Ford survived. Could this be foreseen? The exclusive use of (classic) financial performance indicators may give a false image of a company's current and future performance. There is a need for a model to identify "the stars and the laggards' regarding car companies by taking into account non-financial and intangible dimensions as advocated by Neely et al. (2003) regarding the third generation of business performance measurement systems. The purpose of this paper is therefor to propose a method to measure and benchmark car company performance which includes the non-financial R&D dimension as well as supply chain, value creating and employee dimensions. These dimensions are present in the value leverage model (van Blokland et al, 2012a, 2012b) which can serve as a basis for this method. The aim is to contribute to the third generation business performance measurement systems by further development of the value leverage model towards a maturity model for benchmarking car company performance. The proposed method can provide a big picture and give insight regarding company performance and direction of the performance. Design/methodology/approach - Value leverage can be measured by a correlation analysis regarding three dimensions, namely, supply chain, R&D and value creation, all relative to the employee or capita which results in the average value leverage (AVL) factor. This AVL factor can be used to compose a combined relative and absolute ranking. The score regarding the AVL results in a relative ranking expressing the level of stability regarding the car companies value chain and system. For the absolute ranking the car companies receive per variable parameter a score according to their absolute performance relative to the other car companies. The relative and absolute ranking are presented on the vertical and horizontal axes forming a matrix. The matrix is the basis for the stability-value leverage maturity model for measuring and benchmarking company performance. With the proposed method, the following main research question can be answered: "How can company performance be measured and benchmarked from a stability-value leverage perspective?". Findings - With the proposed method, stability-value leverage performance can be measured. The relative ranking on the vertical axis and the absolute ranking form together a matrix which is presented by a scatterplot. A matrix with four maturity levels emerged from the analysis by introducing the average score of all the car companies together in the data set crossing the matrix vertical and horizontal The four levels are as follows: Level I, low stability - low value leverage; Level Ⅱ, low stability - high value leverage; Level Ⅲ, high stability - low value leverage; and Level IV, high stability - high value leverage. Stability-value leverage performance of car companies can be measured over time which makes it possible to observe to which direction the car company migrates for instance from Level I to Level HI, before and after the financial crises in 2008. The car companies BMW, Daimler, Audi, Ford and Honda are the best performing companies in stability-value leverage over the period 2000-2014, as they are situated at Level IV. With the findings, the main research question can be answered. The value leverage indicators can be used for measuring and benchmarking company performance regarding four maturity levels of stability and value leverage. The direction of performance can be observed as well. Researchyiimitations/implications - This research is limited to the car industry. Further research is devised to test the indicators for instance on the truck manufacturing industry. Further research towards new variables is part of the ongoing research. Practical/implications - With the value leverage maturity model, it is possible to inform stakeholders about stability, value leverage and value creation capability of car companies. Weak performing companies can be identified in an early stage with this method to anticipate for instance on possible discontinuation of a car company effecting in merger an acquisition processes. Social/implications - With the method stakeholders such as employees, users of cars and investors can be informed about how and why car companies perform in an unstable or stable manner. Originality/value - This research towards ranking and classification of car companies aligns with theories regarding lean manufacturing and maturity models, as these models are used to compare companies on their level of perfection or excellence.
机译:目的-如今,全球大多数汽车制造商在战略和运营层面都接受了精益生产的原则。在战略层面上,像丰田汽车公司(Womack等,1990)将汽车价值的63%转移给第一,第二和第三级供应商,以实现精益生产的共同生产和共同开发。 。然而,精益实施也紧随其后,例如在美国的福特和通用汽车,由于2008年金融危机的爆发,后者在2009年突然面临中断,而福特幸存下来。可以预见吗? (经典)财务绩效指标的专有使用可能会给公司当前和未来的绩效提供错误的印象。需要一种模型,通过考虑Neely等人(2003)提出的关于第三代业务绩效评估系统的非财务和无形维度,来识别汽车公司的“明星和落后者”。因此,本文旨在提出一种衡量和基准汽车公司绩效的方法,该方法包括非财务研发维度以及供应链,价值创造和员工维度,这些维度存在于价值杠杆模型中(van Blokland)等人,2012a,2012b),该方法可以作为该方法的基础,目的是通过将价值杠杆模型进一步发展为基准汽车公司绩效的成熟度模型,为第三代业务绩效评估系统做出贡献。方法/工具/方法/方法-可以提供全面的信息,并提供有关公司绩效和绩效方向的洞察力可以通过对三个维度(即供应链,R&D和价值创造)的相关性分析来衡量年龄,这些维度都与员工或人均相关,这会导致平均价值杠杆(AVL)因素。该AVL因子可用于组合相对和绝对排名。有关AVL的分数会得出一个相对排名,表示有关汽车公司价值链和系统的稳定性水平。对于绝对排名,汽车公司会根据每个变量参数相对于其他汽车公司的绝对表现获得分数。相对和绝对排名显示在形成矩阵的垂直和水平轴上。该矩阵是用于衡量和基准化公司绩效的稳定性-价值杠杆期限模型的基础。使用提出的方法,可以回答以下主要研究问题:“如何从稳定性-价值杠杆的角度来衡量和基准公司绩效?”。调查结果-使用所提出的方法,可以衡量稳定性-价值杠杆的绩效。垂直轴上的相对排名和绝对排名共同形成了一个由散点图表示的矩阵。通过将所有汽车公司的平均得分加到垂直和水平交叉的数据集中,分析得出了具有四个成熟度级别的矩阵。四个级别如下:I级,低稳定性-低价值杠杆;二级,低稳定性-高价值杠杆; Ⅲ级,高稳定性-低价值杠杆; IV级,高稳定性-高价值杠杆。可以随时间测量汽车公司的稳定值杠杆绩效,从而可以观察到汽车公司向哪个方向迁移,例如从2008年金融危机之前和之后向HI方向迁移。宝马,戴姆勒等汽车公司,奥迪,福特和本田公司在2000-2014年间的稳定性-价值杠杆方面表现最佳,它们位于IV级。有了这些发现,就可以回答主要的研究问题。价值杠杆指标可用于就四个成熟度的稳定性和价值杠杆水平来衡量和基准化公司绩效。性能的方向也可以观察到。研究模仿/含义-本研究仅限于汽车行业。设计了进一步的研究以测试例如卡车制造业的指标。对新变量的进一步研究是正在进行的研究的一部分。实践/意义-利用价值杠杆成熟度模型,可以向利益相关者告知汽车公司的稳定性,价值杠杆和价值创造能力。可以使用这种方法在早期识别出业绩不佳的公司,以预测(例如)一家汽车公司在合并,收购过程中可能会停产。社交/影响-通过方法,诸如员工之类的利益相关者,汽车用户和投资者可以了解汽车公司如何以不稳定或稳定的方式运行以及为什么运行。原创性/价值-有关汽车公司排名和分类的研究与有关精益制造和成熟度模型的理论相一致,因为这些模型用于比较公司在完善或卓越水平上的情况。

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