智能制造师徒关系理论构建及对团队双元创新的驱动机制
Mentoring in intelligent manufacturing and its impacts on teamdual innovation
摘要
<p>智能制造正逐渐成为制造业企业在数字经济时代获得竞争优势的新方向, 企业创新则成为制造业推动数智化转型、实现高质量发展的重要途径。然而, 当前关于智能制造以及数智化转型的企业管理研究中, 学者们多聚焦于技术构成、商业模式等宏观层次议题, 缺乏从企业内部社会关系网络视角开展创新的激发过程研究。基于此, 本研究在智能制造情境中构建新型师徒关系理论, 为企业从微观视角激发团队双元创新提供了新的切入点。基于多重团队过程模型, 本研究探讨了智能制造师徒关系通过塑造团队转化和行动两个不同过程激发团队渐进式创新和突破式创新的具体路径, 同时基于人际和人智两个过程分析智能制造情境中团队双元创新激发过程的边界条件。本研究不仅为智能制造情境中的人才培养与管理提供理论思路, 且从微观层次丰富学界对智能制造情境中企业创新驱动机制的认识。</p>
Abstract
Intelligent manufacturing provides a direction for manufacturing enterprises to gaincompetitive advantage in the era of digital economy. Meanwhile, innovation becomes animportant way for manufacturing enterprises to promote digital and intelligent transformation andthen achieve high-quality development. However, in the extant management research onintelligent manufacturing and digital transformation, scholars mostly focus on macro-level topics, such as technology composition and business pattern, but seldom pay attention to the stimulationof innovation from the perspective of internal social relationship network. Accordingly, we aimtoconstruct a new mentoring theory based on the context of intelligent manufacturing, whichprovides a new point for enterprises to stimulate team dual innovation from a micro perspective. Based on the team multi-process model, we explored the plausible mechanismthat links mentoring in intelligent manufacturing to team incremental and radical innovation. Moreover, we discuss the possible boundary conditions of team dual innovation stimulation process in intelligent manufacturing based on the interpersonal process and the human-intelligent process respectively. Our research will not only provide theoretical guidance for human resource development andmanagement in intelligent manufacturing, but also enrich the understanding of the innovationdriving mechanism from the micro level.关键词
智能制造师徒关系/团队双元创新/团队过程模型引用本文复制引用
.智能制造师徒关系理论构建及对团队双元创新的驱动机制[EB/OL].(2023-03-03)[2026-04-02].https://chinaxiv.org/abs/202303.00016.学科分类
自动化技术经济/自动化基础理论/计算技术、计算机技术
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