کد مقاله | کد نشریه | سال انتشار | مقاله انگلیسی | نسخه تمام متن |
---|---|---|---|---|
5080444 | 1477567 | 2014 | 11 صفحه PDF | دانلود رایگان |

- We analyzed the impact of a Total JIT (T-JIT) strategy with a supply chain context.
- We collected data and assess the model using structural equation modeling.
- Positive and significant relationships among supply chain strategy, T-JIT, supply chain competency and organizational performance were found.
- T-JIT was found to be a viable supply chain strategy that influences overall supply chain competency.
Total JIT (T-JIT) is defined as an integrated supply chain strategy incorporating previously defined elements of JIT-production, JIT-purchasing, JIT-selling, with the addition of an important new element, JIT-information. It would be interesting and informative to discover the extended concept's effect on supply chain competency and organizational performance. Here we examine the impact of a T-JIT strategy within a supply chain context, and analyze a model incorporating T-JIT as the focal construct with supply chain management strategy (SCMS) as an antecedent and supply chain competency (SCC) and organizational performance as consequences. Data from manufacturing managers were collected and the model assessed using a structural equation modeling methodology. Study results indicate significant, positive relationships between a supply chain management strategy and T-JIT, T-JIT and supply chain competency, and supply chain competency and organizational performance. The hypothesized relationship between T-JIT and organizational performance was not supported; however. This research is among the first to examine the impact of a T-JIT strategy within a supply chain context. The results of this study support T-JIT as a viable supply chain strategy that influences overall supply chain competency, contributing to organizational performance. In addition the definition of total system JIT and a scale for its measure is developed.
Journal: International Journal of Production Economics - Volume 147, Part A, January 2014, Pages 125-135