Study On Risk Management Of Overseas Project For Automobile Internal Parts' Automated Production Line

Based on the fundamental theory of project risk management and the current risk management tools and methods of company E,we performed a study about identification,evaluation,response and monitoring based on advanced risk management concepts all over the world.We developed a systematic,scientific and practical system for the risk management of overseas project for automobile internal parts' automated production line.By analyzing the organization structure of company E,life cycle of overseas projects,risk identification process and method,we summarized the risk identification model.Thus,the major risk types can be well identified according to this model,we also analyzed the performance and consequences of the major risk.On the other hand,we also established the system FMEA evaluation method,and took hierarchical fuzzy comprehensive evaluation method into consideration.Through comparative analysis,it is concluded that the fuzzy comprehensive evaluation method is more suitable for the actual situation of company E's overseas projects.Stress response is selected to be paid more attention by Pareto's Law,and the six risk response methods were prioritized by analytic hierarchy.In this study,we introduced and evaluated the current risk monitoring tools of company E,and the theory of earned value is also introduced to comprehensively monitoring the cost and schedule risk.All these could further improve the risk monitoring methods and systems of company E.Finally,we took the Mexico slush line as example to verify the applicability of the research results on risk management of overseas project for automobile internal parts' automated production line.