Implementing Engineering Change in Dynamics 365 Supply Chain Management for Lean Manufacturing | Exam MB-320 Solution

Implementing Engineering Change in Dynamics 365 Supply Chain Management for Lean Manufacturing

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A company implements Dynamics 365 Supply Chain Management for their Lean manufacturing environment.

There has been an engineering change to a fixed quantity product that is in production.

This change will add an additional processing step as the second step.

The existing version must be phased out and replaced by the new version.

You need to ensure that the engineering change takes affect at the end of the month.

Solution: 1.) Create an activity for the new process step and add it to the existing production flow.

Set the expiration date to the end of the month 2.) Create a Kanban rule that incorporates the new activity with an effective date of end of the month 3.) Edit the existing Kanban rule.

Set the expiration date to the end of the month.

4.) Activate the new production flow Does the solution meet the goal?

Answers

Explanations

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A. B.

B.

The provided solution suggests a series of steps to incorporate the engineering change into the production process by the end of the month. The steps are:

  1. Create an activity for the new process step and add it to the existing production flow. Set the expiration date to the end of the month.
  2. Create a Kanban rule that incorporates the new activity with an effective date of the end of the month.
  3. Edit the existing Kanban rule. Set the expiration date to the end of the month.
  4. Activate the new production flow.

The solution aims to ensure that the engineering change takes effect at the end of the month. However, it is not clear whether this solution will meet the stated goal. Let's analyze the solution step by step:

Step 1: Create an activity for the new process step and add it to the existing production flow. Set the expiration date to the end of the month. This step involves creating a new activity for the additional processing step and adding it to the existing production flow. Setting the expiration date to the end of the month means that the activity will only be available until the end of the month.

Step 2: Create a Kanban rule that incorporates the new activity with an effective date of the end of the month. This step involves creating a Kanban rule that incorporates the new activity with an effective date of the end of the month. This means that the new activity will only be available from the end of the month.

Step 3: Edit the existing Kanban rule. Set the expiration date to the end of the month. This step involves editing the existing Kanban rule and setting the expiration date to the end of the month. This means that the existing Kanban rule will only be available until the end of the month.

Step 4: Activate the new production flow. This step involves activating the new production flow, which includes the new activity and the modified Kanban rule.

Overall, the provided solution aims to incorporate the engineering change into the production process by the end of the month. However, it is not clear whether the solution will meet the goal without additional context about the production environment, the product being manufactured, and the impact of the engineering change.

Therefore, it is not possible to determine whether the solution meets the goal or not based solely on the information provided.