From the standpoint of the scheduling process, how are resource limitations treated in an MRP application? How are they treated in a synchronous manufacturing application?

Material Requirements Planning (MRP) is meant to guide firms in inventory and production management. Using MRP helps guarantee that resources are available in the right amounts and at the right time for manufacturing, without incurring extra expenses by having the commodities on hand too early.

The manufacturing process in an MRP application is focused on the lead time needs of various assemblies and subassemblies. The production date is computed here by considering the lead time and due dates for the various elements necessary to make the final product. Excess raw materials, subassemblies, and assemblies are permitted in MRP applications.

Therefore, the system has additional safety stock for emergencies such as machine failure or delayed material supply.

Hence, resource restrictions have little influence on the MRP application.

Drums are utilized in synchronous manufacturing applications to maintain process flow in an assembly line. Drums are employed as signals to control material flow across a system. Each process sequence in this scheduling system is linked to the next. As a result, the system with a synchronous production application does not have excess inventory.

Thus, if the system encounters any resource constraints, it will result in generations of bottlenecks in the production process. It would also disrupt the firm's steady flow of work activities. Aside from that, it would affect system throughput.

Hence, resource constraints are important in the synchronous manufacturing application.