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Achieving mass customization through technology application and absorptive capacity: A customer-oriented framework.

机译:通过技术应用和吸收能力实现大规模定制:面向客户的框架。

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摘要

The highly uncertain post-industrial environment has presented unprecedented challenges to the U.S. manufacturing firms. To succeed in this turbulent environment characterized by growing global competition, changing customer demand, shortening product life cycle, increasing market diversity, and rapid advances in information technology, the U.S. manufacturers must possess some very distinctive manufacturing system capabilities. Through comprehensive literature review, this research identified three categories of critical capabilities of a successful post-industrial manufacturing firm. They are: (1) Mass customization capability to create superior customer value; (2) The capability to effectively utilize innovative manufacturing technologies and practices, and (3) Absorptive capacity of new knowledge and technologies.; While there have been plenty of anecdotal discussions of these capabilities in the literature, empirical studies to answer the fundamental research question of how manufacturing firms can achieve these capabilities are almost non-existent. The current research is one of the first large-scale empirical efforts to demonstrate that firms can achieve mass customization capability through advanced technology application and innovative manufacturing practices. A comprehensive research framework is proposed and tested using LISREL structural modeling.; A major contribution of this research is the development of measurement instruments for five important constructs, including Absorptive Capacity, Information Systems (IS) Usage, Advanced Manufacturing Technology (AMT) Usage, Modularity-Based Manufacturing Practices and Mass Customization Capability. These instruments should be of great value to both academics and practitioners for further studying and understanding the post-industrial manufacturing system. The instrument development process involved structured interviews and a pilot survey of manufacturing practitioners. The questionnaire was further revised based on the pilot study results. The large-scale survey yielded 303 responses from senior manufacturing managers covering a wide variety of industries and firm sizes. Several statistical methods were then used to assess and validate the instruments, including reliability analysis and exploratory factor analysis.; The empirical results of this research confirmed that superior customer value can be created through mass customization; IS and AMT along with time-based manufacturing practices and modularity-based manufacturing practices are critical antecedents of mass customization capability; absorptive capability ensures the effective usage and implementation of these innovative technologies and practices.
机译:高度不确定的后工业环境给美国制造企业带来了前所未有的挑战。为了在不断变化的全球竞争,不断变化的客户需求,缩短的产品生命周期,不断增长的市场多样性以及信息技术的飞速发展等动荡的环境中取得成功,美国制造商必须具备一些非常独特的制造系统能力。通过全面的文献综述,本研究确定了成功的后工业制造公司的三类关键能力。它们是:(1)大规模定制功能可创造卓越的客户价值; (2)有效利用创新制造技术和实践的能力,以及(3)新知识和技术的吸收能力;尽管文献中对这些能力进行了很多传闻讨论,但几乎没有关于实证研究来回答制造企业如何实现这些能力的基本研究问题。当前的研究是首次大规模的实证研究,以证明企业可以通过先进的技术应用和创新的制造实践来实现大规模定制能力。提出了一个综合的研究框架并使用LISREL结构模型进行了测试。这项研究的主要贡献是针对五种重要结构的测量仪器的开发,包括吸收能力,信息系统(IS)的使用,先进制造技术(AMT)的使用,基于模块化的制造实践和大规模定制能力。这些工具对于进一步研究和理解后工业制造系统对于学术界和从业者都将具有重要的价值。仪器开发过程涉及结构化访谈和对制造从业人员的试点调查。根据初步研究结果对问卷进行了进一步修订。这项大规模调查得出了来自高级制造业经理的303份答复,涉及各种各样的行业和公司规模。然后使用几种统计方法来评估和验证工具,包括可靠性分析和探索性因素分析。这项研究的经验结果证实,可以通过大规模定制来创造卓越的客户价值。 IS和AMT以及基于时间的制造实践和基于模块的制造实践是大规模定制能力的关键前提。吸收能力确保有效利用和实施这些创新技术和实践。

著录项

  • 作者

    Tu, Qiang.;

  • 作者单位

    The University of Toledo.;

  • 授予单位 The University of Toledo.;
  • 学科 Business Administration Management.; Engineering System Science.; Information Science.; Engineering Industrial.
  • 学位 Ph.D.
  • 年度 1999
  • 页码 159 p.
  • 总页数 159
  • 原文格式 PDF
  • 正文语种 eng
  • 中图分类 贸易经济;系统科学;信息与知识传播;一般工业技术;
  • 关键词

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