| In recent years,my country’s construction industry has always been a pillar industry and has made great contributions to social and economic development.However,due to the instability of the quality of construction personnel,the mobility of personnel,the large amount of manpower and material input,the long production cycle,and the many factors affected by the external environment,it is difficult to completely avoid safety accidents in the construction industry,causing the masses The life safety of the country and the country’s property cannot be effectively guaranteed.Effective safety management can greatly reduce safety accidents and reduce casualties.However,traditional safety management has problems such as unreasonable resource allocation,unclear responsibilities,inaccurate focus on core issues,and single control methods.Extensive safety management cannot achieve the expected results.Based on this,this research puts forward the basic process traction theory as the guiding ideology,and explores how to achieve precise control of the safety of construction projects.First,starting from the current research situation,analyze the existing problems of safety management;secondly,through the explanation of the content of safety management and process traction theory and the determination of the key points of construction engineering safety precision control,it explores the fit of process traction theory and construction engineering safety precision control.Next,use the "L mode" in the process traction theory to construct a framework and method for the precise control of construction engineering safety,and combine the interpretation structure model,analytic hierarchy process and fuzzy comprehensive evaluation methods to achieve the precise positioning and decomposition of the target,and the core factors Accurate identification and targeted control of measures.Finally,the constructed method is used in actual projects,which effectively solves the problems of unreasonable resource allocation,unclear goals,unclear responsibilities,and inconspicuous management and control priorities,which greatly improves the efficiency of safety management. |