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Critical assessment of construction contract administration using fuzzy structural equation modeling

机译:采用模糊结构方程模型的施工合同管理批判性评估

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Purpose This paper covers the development of a multidimensional contract administration performance model (CAPM) for construction projects. The proposed CAPM is intended to be used by the industry stakeholders to measure the construction contract administration (CCA) performance and identify the strengths and weaknesses of the CCA system for running or completed projects. Design/methodology/approach The research design follows a sequential mixed methodology of qualitative and quantitative data collection and analysis. In the first phase, contract administration indicators were collected from relevant literature. In the second phase, an online questionnaire was prepared, and data were collected and analyzed using the crisp value of fuzzy membership function, and structural equation modeling (SEM). The fuzzy set was chosen for this study due to the presence of uncertainty and fuzziness associated with the importance of several key indicators affecting the CCA performance. Finally, SEM was used to test and analyze interrelationships among constructs of CCA performance. Findings The data collected from 336 construction professionals worldwide through an online survey was utilized to develop the fuzzy structural equation model. The goodness-of-fit and reliability tests validated the model. The study concluded a significant correlation between CCA performance, CCA operational indicators, and the process groups. Originality/value The contribution of this paper to the existing knowledge is the development of a fuzzy structural equation model that serves as a measurement tool for the contract administration performance. This is the first quantitative structural equation model to capture contract administration performance. The model consists of 93 Construction Contract Administration(CCA) performance indicators categorized into 11 project management process groups namely: project governance and start-up; team management; communication and relationship management; quality and acceptance management; performance monitoring and reporting management; document and record management; financial management; changes and control management; claims and dispute resolution management; contract risk management and contract closeout management.
机译:目的本文涵盖了建筑项目的多维合同管理性能模型(CAPM)的开发。拟议的CAPM旨在由行业利益攸关方使用,以衡量建筑合同管理(CCA)绩效,并确定CCA系统的运行或完成项目的优势和缺点。设计/方法/方法研究设计遵循定性和定量数据收集和分析的顺序混合方法。在第一阶段,从相关文献中收集合同管理指标。在第二阶段,准备了一个在线问卷,使用模糊会员函数的脆值收集和分析数据,以及结构方程模型(SEM)。由于存在与影响CCA性能的几个关键指标的重要性相关的不确定性和模糊性,因此选择了模糊集。最后,SEM用于测试和分析CCA性能构造之间的相互关系。调查结果通过在线调查中的336个施工专业人员收集的数据用于开发模糊结构方程模型。适合良好和可靠性测试验证了该模型。该研究结束了CCA绩效,CCA运营指标和过程组之间的显着相关性。原创性/价值本文对现有知识的贡献是开发模糊结构方程模型,作为合同管理性能的测量工具。这是捕获合同管理性能的第一个定量结构方程模型。该模型由93个施工合同管理(CCA)绩效指标组成,分为11个项目管理流程集团:项目治理和启动;团队管理;沟通与关系管理;质量和验收管理;绩效监测和报告管理;文件和记录管理;财务管理;变化和控制管理;索赔和争议解决管理;合同风险管理和合同收缩管理。

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