Research On All Life-cycle Integration Safety Management Of Automobile Factory

Automobile factory construction projects increased with each passing day and more andmore attention was paid to the assident safety production accidents with the rapiddevelopment of China’s automobile industry. Personal casualty accidents appearedfrequently with the long period, multi-stage, multi-project participants, multi-dangerousoperations, multi-cross-operation, great difficulty in construction etc. characteristics ofautomobile factory construction project along with the defects of traditional safetymanagement mode. A new construction project safety management mode-all life-cycleintegrated safety management proposed based on integration of integrate management theoryand methods with construction project safety management from the traditional safetymanagement mode problems combined with safety management experience of largeautomobile manufacturing enterprise construction project which the author involved in.Basic situation of automobile factory construction project was discussed and safetymanagement objects were made clear. Analysis of automobile factory construction project alllife-cycle was made, LEC and improved LEC method were implied in safety analysis ofcritical stages,and danger degree of mainly risk in each unit on critical stages so as to clarifythe content and direction of safety management.Construction project all life-cycle integrated safety management model was defined andintegration of safety resources elements was analyzed by "5W1H" analysis method throughanalysis of integration and integrated management theory. construction project all life-cycleintegrated security management framework was proposed by analyzing the deficiencies oftraditional construction project safety management framework, and a framework of totallinear time structure, star spatial structure, tree functional structure and integration ofthree-dimensional structure were established, and two-dimension was integrated analyzed.Integrated safety management mode of automobile factory construction project wasdiscussed under the guidance of the theory and framework of research. Compositive safetymanagement target system and quantitative targets indicators were set up by PDCA cycle topromote the effective implementation of the target system. And integrated safety managementwork was analyzed on WBS decomposition method. Study of the security resources ofintegrated management information system, analysis of system requirements anddetermination of system development pattern and environment, what’s more, design ofarchitecture and main module of the system were to realize the share about the integratedmanagement and security resources. Blind area in management, no-joining, resources not shared and other issues oftraditional project safety management mode were solved effectively through integratedsecurity management of construction projects. Promoting safety management systematic andglobal, resource elements to maximize sharing, rights and responsibilities of safetymanagement clear and unified is one of the future construction projects safety managementmode development trend and has a very important research value. A good reference forintegrated security management of automobile factory and other construction projectsprovided with automobile factory all life-cycle integrated safety management model.