Research On Risk Assessment Of Silicon Carbide Wafer Project Of P Company

Since the 21st century,with the rising of semiconductor technology,various products have brought earth shaking changes to people’s lives.The new generation of semiconductor material silicon carbide is favored by investment due to its high performance,becoming a new direction for future semiconductor development.Developed countries led by the United States account for the vast majority of the silicon carbide market.Due to the late start of research in China,although we have mastered its key production methods,there is less research on its project risk management,especially the lack of rich experience in construction and operation.This article takes the construction project of P Company’s silicon carbide wafer factory as the research object,analyzes some problems that exist in the project,sorts out some possible risks that may exist during the construction process,and formulates reasonable response plans for the risks that exist in the project to reduce the losses caused by the risks.This article elaborates on the current research status and theory of risk management both domestically and internationally.Risk management theory is used to analyze the characteristics and problems encountered in the construction project of P Company’s silicon carbide wafer factory.Based on experimental line factory data,brainstorming and causality diagram methods are used to identify and classify the risk factors of this project.This article comprehensively utilizes Analytic Hierarchy Process(AHP)and Fuzzy Comprehensive Evaluation Method(FCEM)to rank the risks of this project and evaluate their levels,thereby providing data support for better risk management and control.Afterwards,a scientific response plan will be developed for each risk factor in this project to ensure its smooth progress.By conducting risk assessment research on the construction project of P Company’s silicon carbide wafer factory,we anticipate potential risks in advance,develop and implement response strategies,and reduce losses caused by risks.This study has reference significance for future construction projects of silicon carbide wafer factories and provides support for promoting the development of new semiconductor material technology in China.