Search Results for: supply chain planning

Abstract Supply chain managers are crucial in connecting different parts of a business’s supply chain, ensuring the value of the supply chain increases through effective management of supplier support, transportation, and distribution practices. They manage manufacturing and distribution processes, work with procurement managers, buyers, and vendors, negotiate contracts, use software to track goods, use data analytics to forecast demand, cut […]

A study supports the concept of an analytics culture built on advanced data management processes, technologies, and talent. SCAG can strengthen firms’ core features, such as ambidexterity, adaptability, and swiftness, enabling them to upgrade their performance in terms of sales, profit, and return on investment. SCAC can improve end-to-end supply chain productivity and eliminate market fragmentation. The study finds a significant positive relationship between SCAC and firm performance, with a mediating effect on supply chain agility. This could guide managers in investing in SCAC and considering complementary assets like supply chain agility to achieve a continued competitive advantage. SCAC can accelerate FPER by establishing robust agility in operations.

Supply chains engender great opportunities for the weather forecasting industry to advance. Those who can utilize these kinds of forecasting, are beneficial to some extent and preserved from loss of weather disruptions. On one hand, the impact of weather in many cases increases the cost of the supply chain, on the other hand, it decrements the visibility of the supply chain due to inclement weather. Various weather stations measure weather data such as rainfall, shipping, etc. Weather cognate courses are being evolved for supply chain managers to tackle weather disruption issues well. The other utilization of weather reports from third-party companies can help forecast early solutions and point out the affected areas.

Digital supply chain risk due to the potential for Internet of Things (IoT) security vulnerabilities, which arise when assets and machines share data via sensors and software, the digital supply chain may be exposed to danger. Stages of digital supply chain management involve planning out processes and inventory before advancing to order management.

In SCM, a supply chain manager coordinates the logistics of all the aspects of the supply chain which consists of five parts: the plan or strategy, the source of raw materials and services, manufacturing, i.e., productivity and efficiency, delivery and logistics, the return system for defective and unwanted goods etc. The phenomenon that fluctuation in orders increases as one moves up the supply chain from retailers to wholesalers to manufacturers to suppliers is referred to the bullwhip effect. Managers can help achieve coordination in supply chain by aligning goals and incentives across different functions and stages of the supply chain. When supply chain moves from retailers to wholesalers to manufacturers to suppliers, the bullwhip effect occurs. It results in different stages optimizing local objectives instead of total supply chain profits. The bullwhip effect results in costs in the supply chain and decrease in levels of customer service.

The design decisions determine the supply chain configuration and set constraints within which other supply chain drivers can be used either to decrease supply chain cost or to increase responsiveness. Mapping your supply chain denotes accumulating information about your suppliers, their own suppliers, and the people who work in your supply chain to engender an ecumenical map of your supply network.  Supply-chain-management software (SCMS) is the software tools or modules used in executing supply chain transactions, managing supplier relationships and controlling associated business processes.