评估建筑专业人员实现发展中经济体循环型建筑的关键能力技能

Roland Quashie , Frank D.K. Fugar , Prince Antwi-Afari , S. Thomas Ng
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引用次数: 0

摘要

气候变化已成为一个全球性问题,而建筑业(CI)在应对这一挑战方面功不可没。为避免这些影响,应在建筑业中实施循环经济(CE)概念。发展中经济体在实施循环经济原则以实现可持续发展方面具有巨大潜力,特别是在建筑业。然而,要实现这一目标,需要工商业中的专业人员具备一些关键能力,以推动循环型建筑的成功。因此,本研究以加纳为案例,旨在确定工商业专业人员实现循环型建筑所需的关键能力。本研究采用了定量研究方法和目的性抽样技术。在进行了广泛的文献综述(其中显示了几种关键能力)之后,对五家大型建筑公司进行了横向调查,从该行业经验丰富的专业人员那里获得了 52 份答复。采用相对重要性指数和主成分因子分析(PCFA)来评估所获得的数据。确定了建筑专业人员推动循环型建筑的关键重要能力技能,如零部件和材料规范的编写、多用途循环设计、近零能耗建筑设计等。从 PCFA 中提取了三个组成部分,作为提高建筑专业人员能力技能的指导方针,即实施可持续循环实践、采用可持续运营管理技术和采用可持续设计原则。此外,为了增强其实际意义,还为发展中经济体的建筑专业人员制定了能力实施框架,以推动他们采用和评估循环型建筑的能力技能。
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Evaluating the key competency skills of construction professionals for the attainment of circular construction in developing economies

Climate change has become a global problem, and the construction industry (CI) contributes significantly to this challenge. To circumvent these effects, the circular economy (CE) concept should be implemented in the CI. Developing economies could possess significant potential for implementing CE principles to attain sustainability, particularly in the CI. However, achieving this would require professionals in the CI to adopt some key competencies that should propel success in circular construction. Therefore, this study aims to identify the key competencies required by professionals in the CI to attain circular construction using Ghana as a case study. A quantitative research approach and purposive sampling technique were adopted. After an extensive literature review which showed several key competencies, a cross-sectional survey was conducted among five large construction firms and fifty-two responses from experienced professionals in the industry were obtained. Relative importance index and principal component factor analysis (PCFA) were adopted to evaluate the obtained data. Key significant competency skills for construction professionals to propel circular construction were identified such as specification writing for components and materials, designing for multiple-use cycles, and designing for near-zero energy buildings, among others. Three components were extracted from the PCFA which served as the guidelines for enhancing the competency skills of construction professionals namely, implementing sustainable circular practices, embracing sustainable operations management techniques, and adopting sustainable design principles. In addition, to enhance its practical implications, a competency implementation framework was also developed for construction professionals of developing economies to propel the adoption and evaluation of their competency skills toward circular construction.

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CiteScore
3.30
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0.00%
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