Risk Management System Framework in Public Work Projects and Its Cases Study

• Main Authors: Ching-Long Hwang, 黃慶隆
• Other Authors: Yeng-Horng Perng
• Format: Others
• Language: zh-TW
• Published: 1993
• Online Access: http://ndltd.ncl.edu.tw/handle/26051279338578418520

博士 === 國立臺灣科技大學 === 營建工程技術學系 === 81 === The core content of risk management study in public projects is to identify and analyze all uncertain factors involved naturally or artificially that could possibly cause the failure of projects and find an effective way to minimize the negative impact of these factors in order to achieve the goal of each project. The failure of a public work project usually causes the massive loss of life, property, as well as, the damage to the environment and community, The research in this area is needed to be developed extensively in Taiwan. Therefore, in this study we are trying to address the frequent subjects in risk management along with the charac- teristics of engineering construction environment in Taiwan. We also use cases study to illustrate the appropriate methods and techniques of risk management for local public projects to provide the reference and application for public work mangement decision making. Scope of study includes risk indentification, risk analysis, and risk treatment. The risk indentification is to investigate the risk recognition and indentification. The risk analysis is to study the potential hazards and losses with the possible public construction project failure. Its risk calculation is to study the calculating method for accounting each uncertain factor that causes public construction project failure. Deci- sion Making is to investigate the uncertain risk faced by public construction projects and provide a method for risk handling and decision making, and it presents the way of deciding the re- quired rate of return associated with the construction project. Risk treatment is to find better measures to fend off the mal- practice in local construction bidding process, cost estimating and engineering change in order to reduce construction project risk.