| dc.description.abstract | The industry of Automotive manufacturing has developed for over hundred years, nowadays customers expect motor vehicles to be much more than just transportation, the
automotive manufacturer and automotive parts manufacturer are realizing the benefits of advanced manufacturing technologies that will shape the future. To develop a smart vehicle design of safety, energy efficiency, sustainability, scientific and technological progress in
smart vehicle design have been a direct effect on the automotive parts supply chain system due to the complex sources of global supply chain and logistic planning. This research mainly covers automotive parts import logistics systems, we consider the problem of the
particularities of import automotive parts logistic system, (for example high import duties, dangerous good 、transportation、customs regulation、warehouse Order-picking), it is possible to cause the delay of assembly line, supply chain system failure, high cost of ineffective distribution, poor customer service quality, ultimately loss of competitive advantage.
We apply Failure-Mode and Effect-Analysis (FMEA) to detect failure modes, effects and causes of import logistics processes, we use questionnaire across a wide range of departments, 10 experienced managers to consolidate common view to evaluate risks of failure modes, and we analyze integrated Failure Mode Effect of the process from ordering, logistic planning, warehouse management and Information Systems.
This research results obtained in true problems of import parts logistic process and sorts the improving sequence of failure modes to prevent and control some important failure factors.
In the future, this research is expected to improve process technology in the industry of
automotive manufacturing. | en_US |