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Topeka Plant Adopted In 1979 To Support Its Mass Production Process

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Q1: Do the traditional accounting practices that the Topeka plant adopted in 1979 to support its mass production process have value in a lean environment? Explain the specific reasons that support your answer.
In general, we do not think that traditional accounting practices that Topeka plant adopted in 1979 to support its mass production would fit into the lean accounting environment. The differences between the two accounting methods make the traditional accounting hard to work for the lean environment. We would analyze from the following perspectives:

Goal
The goal of traditional accounting practices is to achieve the lowest possible cost per unit by maximizing employee and equipment productivity. However, the goal of the plant’s …show more content…

When inventories are low and under good control, the valuation of inventory becomes much less complex. Lean Accounting contains a number of methods for valuing inventory that are simple, accurate and often visual. Several of these methods do not require any computer-based inventory tracking at all. * Implement a Pull System where customer demand dictates the production level. Visual controls are used to trigger upstream links in the value stream to initiate additional productions. Automatically signals replenish the parts of upstream links without the need to prepare paperwork such as a material requisition. * Assign the days-of-inventory (DOI) metric to staff members responsible for buying materials for each value stream. Buyer should focus on improving the pull and flow of inventory and on reducing inventory levels. A reduction in days of inventory is much easier to see rather than a one-tenth of a point improvement in a site inventor turn under traditional measurement systems. Using DOI metric at the value stream level, buyers begin to see how their actions on reducing inventory result in actual improvement of inventory level. * Establish a task time. Task time is the average production time allowing for each unit of demand and is calculated by taking the total operating time available during a period and dividing it by the number of units demanded by the customer during that period. Task time

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