建设工程绿色创新行为驱动路径:一项跨层次实证研究

发布时间：2018-01-10 19:25

本文关键词：建设工程绿色创新行为驱动路径:一项跨层次实证研究　出处：《科技进步与对策》2017年09期 　论文类型：期刊论文

【摘要】：基于需求引领创新学说与领导权变理论,引入工程需求、变革型与交易型领导风格、技术导向等变量,从个体与组织两个层次考察建设工程中绿色创新驱动的过程和边界机制,以个体绿色创新行为作为结果变量,构建工程需求、变革型/交易型领导风格、技术导向、个体绿色创新行为的跨层次作用机理模型。运用多层线性模型方法,对来自工程项目的有效样本进行数据分析。研究结果表明:工程需求对个体绿色创新行为具有驱动作用,而变革型与交易型领导风格发挥了完全中介作用,领导者对需求的识别有助于驱动工程绿色创新行为;技术导向对交易型领导风格与绿色创新行为间关系起正向调节作用,而对变革型领导风格与绿色创新行为间关系未起作用。具体而言,当技术导向显著时,会增加交易型领导风格与绿色创新行为间积极关系,具有叠加增量效应。
[Abstract]:Based on the theory of demand-led innovation and leadership contingency theory, the introduction of engineering demand, transformational and transactional leadership style, technology guidance and other variables. This paper investigates the process and boundary mechanism of green innovation driving in construction engineering from the two levels of individual and organization. It takes individual green innovation behavior as the result variable to construct engineering demand and transformational / transactional leadership style. Technology oriented, the mechanism model of individual green innovation behavior. The method of multi-layer linear model is used. The results show that engineering demand has a driving effect on individual green innovation behavior, while transformational and transactional leadership styles play a full intermediary role. Identification of needs by leaders helps to drive green innovation behavior in engineering; Technology orientation plays a positive role in regulating the relationship between transactional leadership style and green innovation behavior, but has no effect on the relationship between transformational leadership style and green innovation behavior. It will increase the positive relationship between the transactional leadership style and the green innovation behavior, and has the superposition increment effect.
【作者单位】：昆明理工大学建筑工程学院;
【基金】：国家自然科学基金项目(71503277) 云南省人才培养项目(KKSY201606041)
【分类号】：F273.1;F426.92;X322
【正文快照】： 0引言工程创新是创新活动和国家创新系统建设的主战场[1]。工程项目中时常出现复杂的技术或管理难题,需要寻求创新之道予以解决[2]。创新不仅能够促进工程项目成功,而且有助于建筑企业获取竞争优势,创新的作用愈来愈凸显[3-4]。然而,着眼于建设工程,我国存在建筑能耗逐年上升

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