青岛蓝色硅谷核心区道路建设项目风险管理研究

发布时间：2019-02-15 21:26

【摘要】：目前,道路工程建设项目施工阶段过程存在着许多具有不确定性的影响因素,承包商在施工阶段同样面临着众多风险因素,风险的存在有可能导致道路工程建设项目的事故,并且能够带来巨大的经济损失,因此,应该对道路工程建设项目进行有效的风险管理,从而可以较好地进行风险规避,确保道路工程项目能够顺利地完成施工任务,进而可以满足合同中规定的施工进度要求。本文基于项目风险管理的相关理论知识,结合作者多年的项目管理经验,以青岛蓝色硅谷核心区道路建设项目为例,系统地分析了道路工程建设项目的风险管理理论。本文归纳总结了有关风险管理的国内外研究进展,同时设计了本研究选择的研究手段与技术路线,然后对项目风险管理的相关理论进行介绍,其次介绍了蓝色硅谷核心区道路工程建设项目的基本概况,剖析了该项目风险管理的实际状况以及存在的问题。再次对青岛蓝色硅谷核心区道路建设项目的风险识别与分析进行系统地分析,分析道路工程建设项目风险分析的基本原则,讨论了道路工程建设项目的风险识别过程,根据风险识别方法确定了蓝色硅谷核心区道路工程建设项目的风险因素。再次运用模糊综合评价法与模糊层次分析法的基本原理,构建蓝色硅谷核心区道路建设工程项目风险评价的数学模型,通过理论计算获得了该项目模糊综合评价结果。最后按照项目评价结果分析了风险应对的基本策略,并依据蓝色硅谷核心区道路建设工程项目的实际特点提出了相应的风险应对措施。本文通过风险识别、风险分析和风险应对三个步骤,围绕投资、政策、进度、合同、成本、质量等多个维度对道路建设项目风险进行系统的分析,从而在项目实施过程中进行有效的风险控制,降低项目风险对项目带来的影响,为其他城市道路建设项目的风险管理提供经验和参考。
[Abstract]:At present, there are many uncertain influencing factors in the construction process of road engineering construction project, and the contractor is also faced with many risk factors in the construction stage, which may lead to the accident of road engineering construction project. And can bring huge economic loss, therefore, should carry on the effective risk management to the road engineering construction project, thus can better carry on the risk avoidance, guarantees the road engineering project to be able to complete the construction task smoothly, In turn, it can meet the construction schedule requirements stipulated in the contract. Based on the relevant theoretical knowledge of project risk management and the author's experience in project management for many years, this paper systematically analyzes the risk management theory of road engineering construction project by taking the road construction project in Qingdao Blue Silicon Valley core area as an example. This paper summarizes the research progress of risk management at home and abroad, and designs the research means and technical route of this study, and then introduces the relevant theories of project risk management. Secondly, the paper introduces the basic situation of the road construction project in Blue Silicon Valley core area, and analyzes the actual situation and existing problems of the project risk management. Thirdly, the paper systematically analyzes the risk identification and analysis of the road construction project in Qingdao Blue Silicon Valley core area, analyzes the basic principles of the risk analysis of the road engineering construction project, and discusses the risk identification process of the road construction project. According to the risk identification method, the risk factors of the road construction projects in the Blue Silicon Valley core area are determined. Based on the basic principles of fuzzy comprehensive evaluation method and fuzzy analytic hierarchy process, the mathematical model of road construction project risk assessment in the core area of Blue Silicon Valley is constructed, and the fuzzy comprehensive evaluation results of the project are obtained by theoretical calculation. Finally, according to the project evaluation results, the paper analyzes the basic strategy of risk response, and puts forward the corresponding risk countermeasures according to the actual characteristics of the road construction project in the Blue Silicon Valley core area. Based on the three steps of risk identification, risk analysis and risk response, this paper systematically analyzes the risk of road construction projects in terms of investment, policy, schedule, contract, cost, quality, etc. In order to carry out effective risk control in the process of project implementation, reduce the impact of project risk on the project, and provide experience and reference for the risk management of other urban road construction projects.
【学位授予单位】：中国海洋大学
【学位级别】：硕士
【学位授予年份】：2015
【分类号】：U415.1

【相似文献】