Multiphase Project Risk Management on Food Factory Building Construction: Consultant Perspective

IF 0.8 Q4 CONSTRUCTION & BUILDING TECHNOLOGY
Anastasia Erlita, M. Amin, B. Bintoro
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引用次数: 0

Abstract

: This article reports research on a flour mill factory building construction in Indonesia by investigating the root cause of time overrun in consultant perspective. While numerous risks are identified during the phases of construction project, it is unknown which risk is the primary cause of project delays. To better understand the optimization of risk management and risk mitigation, a multiphase risk management is proposed, which is divided into 4 phases: pre-design, design, project bidding, and construction phase. As a result, employing the bow-tie analysis enables a more in-depth examination to identify the risk. From each bow-tie diagram, a detailed risk mitigation table can be formulated and easier to plan the response for each risk. Probability Impact Matrix also used to identify the risk score and evaluate the risk. This research begins by giving questionnaire to 45 qualified respondents. It was found that 45 factors that caused the delay in all phases were divided into 7 factors from the pre-design phase, 14 factors from the design phase, 6 factors from the tender phase and 16 factors from the construction phase. As the final step of risk management process, there are various responses in this research depends on their final assessment based on the score and questionnaire result. Factory building construction is quite different from other type of building construction because machine design also being an important part that affects the structural, architectural, mechanical and also electrical aspects.
食品厂房建设多阶段项目风险管理:顾问视角
本文从咨询顾问的角度出发,对印尼一家面粉厂厂房建设进行研究,探讨工期超期的根本原因。虽然在建设项目的各个阶段都发现了许多风险,但哪一种风险是导致项目延误的主要原因尚不清楚。为了更好地理解风险管理的优化和风险的缓解,提出了多阶段风险管理,分为4个阶段:预设计阶段、设计阶段、项目招标阶段和施工阶段。因此,采用领结分析可以进行更深入的检查,以确定风险。从每个领结图中,可以制定详细的风险缓解表,并且更容易计划对每个风险的响应。概率影响矩阵还用于识别风险评分和评估风险。本研究首先向45名合格的受访者发放问卷。结果发现,造成各阶段延误的45个因素中,预设计阶段延误因素有7个,设计阶段延误因素有14个,投标阶段延误因素有6个,施工阶段延误因素有16个。作为风险管理过程的最后一步,在本研究中有各种各样的回应,这取决于他们在得分和问卷结果的基础上的最终评估。工厂建筑与其他类型的建筑非常不同,因为机器设计也是影响结构,建筑,机械和电气方面的重要组成部分。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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来源期刊
Journal of Construction in Developing Countries
Journal of Construction in Developing Countries CONSTRUCTION & BUILDING TECHNOLOGY-
CiteScore
1.50
自引率
0.00%
发文量
25
审稿时长
20 weeks
期刊介绍: The Journal of Construction in Developing Countries seeks to provide a central vehicle for the exchange and dissemination of knowledge on issues relevant to the built environment of developing countries. The journal provides a wide range of original research an application papers on current developments and advances in the built environment as well as the economic, social, cultural and technological contexts of developing countries. It also publishes detailed case studies, as well as short communications and discussions. Topics covered include, but are not restricted to planning, urban economics, rural and regional development, housing, management and resource issues, sustiainability, knowledge and technology transfer, construction procurement, facilities management, information an communication technologies, strategies and policy issues, design issues, conservation and environmental issues.
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