Supply chains can be complex dragons that fail to adapt and change when the market changes or unforeseen circumstances rear their ugly head. Static systems are fixed and have a hard time adjusting without great cost or difficulty. Research by Dr. Dimitry Ivanov helps highlight the interconnected nature of supply chains and adaptive adjustments within networks that are interlinked to the supply chain strategy, design, planning, and operations (2009). A fundamental adjustment in the feedback information and structure of the chains is needed.
Each of the components of a supply chain functions together to create an efficient system that delivers products and services to customers. Using technology and modern theory in supply chain management helps to ensure the network is updated, adjustable, and running at maximum efficiency. Each of these components is aligned with management’s goals and the appropriate measurements that ensure goal attainment (Kreipl & Pinedo, 2004).
There are common actions to improving supply chains that include:
1. Collaboration along the value chain to acquire raw materials, convert materials to new products, and deliver final products.
2. Application of modern concepts and technologies to create responsive, flexible, cost-effective, sustainable, agile, and competitive networks that raise customer satisfaction and improve profitability.
Shocks can happen to the supply chain at any time. Some of these include the adjustments from war, suppliers that go out of business, political fighting that damages the flow of products, or natural disasters that disrupt the infrastructure. Organizations should attempt to develop adaptive networks by engaging in incremental planning that seeks to predict situations based on models, understanding how the supply chain reacts to external shocks, and getting a grasp on how the supply chain interacts with the external market.
Adaptability within supply chain networks requires the ability to think about alternatives in a systematic way. Organizations can create multi-structural designs that ensure each of the chain components fosters the fulfillment of customers’ needs through the development of alternative strategies and delivery systems when any of the components are non-functional. Using new technology the standard open slot system can be upgraded to provide strong feedback data that allows for faster adjustments to uncontrollable events. This information is matched with stronger decision-making abilities of managers who implement new strategies and adjust existing strategies.
Kreipl, S. & Pinedo, M., (2004). Planning and scheduling in supply chains: an overview of issues in practice. Production and Operations Management, 13 (1), 77–92.
Ivanov, D. (2010). An adaptive framework for aligning (re)planning decisions on supply chain strategy, design, tactics, and operations. International Journal of Production Research, 49 (13).