Microsoft Dynamics 365 Supply Chain Management Functional Consultant Expert MB-335 Dumps in PDF

Explanation:

Correct:
* Set up the batch attributes for a minimum value, a maximum value, and a target level for the filler ingredients.
Incorrect:
* Configure the catch weight of IngredientA to allow for the variances of the concentrations received from the different vendors.
* Create a constraint-based product master with variants. Use the trade agreements to specify the different pricing.
* Create a dimension-based product master with variants and use the trade agreements to specify the different pricing.
* Create a dimension-based product with configurations. Use a price model to calculate the different configurable option costs.
* Create a formula version for each concentration level.

* Set up the IngredientB formula line as a phantom BOM.
Note: Products that have an active ingredient
A product can be defined by its concentration of an active ingredient. The active ingredient of a product is modeled by using a product-specific batch attribute that has a minimum value, a maximum value, and a target level.
The target level of a batch attribute represents the estimated percentage of an active ingredient in a product.
The minimum and maximum values represent the accepted deviation from the target level. They can be used, for example, as an accepted tolerance for batches at product receipt.
On the product level, you must also specify how the level of the active ingredient for a batch of the product should be recorded: as part of the purchase receipt process or as part of a quality order process.
To associate a base attribute with a product, the following setup is required:
The product must be batch-controlled. To make a product batch-controlled, you must assign a tracking dimension group to the product that has an active Batch dimension.
The attribute that indicates the ingredient levels must be defined as a product-specific batch attribute for the product.
To look up and edit the actual value of the active ingredient for a batch:
1. Go to Inventory management > Inquiries and reports > Tracking dimensions > Batches.
2. Select a batch number from the grid.
3. On the Action Pane, open the View tab and then select Inventory batch attributes.

Reference:

https://learn.microsoft.com/en-us/dynamics365/supply-chain/production-control/batch-balancing https://docs.microsoft.com/en-us/dynamics365/supply-chain/pim/dimension-based-product-configuration

Explanation:

Correct:
* Set up the batch attributes for a minimum value, a maximum value, and a target level for the filler ingredients.
Incorrect:
* Configure the catch weight of IngredientA to allow for the variances of the concentrations received from the different vendors.
* Create a constraint-based product master with variants. Use the trade agreements to specify the different pricing.
* Create a dimension-based product master with variants and use the trade agreements to specify the different pricing.
* Create a dimension-based product with configurations. Use a price model to calculate the different configurable option costs.
* Create a formula version for each concentration level.
* Set up the IngredientB formula line as a phantom BOM.
Note: Products that have an active ingredient
A product can be defined by its concentration of an active ingredient. The active ingredient of a product is modeled by using a product-specific batch attribute that has a minimum value, a maximum value, and a target level.
The target level of a batch attribute represents the estimated percentage of an active ingredient in a product.
The minimum and maximum values represent the accepted deviation from the target level. They can be used, for example, as an accepted tolerance for batches at product receipt.
On the product level, you must also specify how the level of the active ingredient for a batch of the product should be recorded: as part of the purchase receipt process or as part of a quality order process.
To associate a base attribute with a product, the following setup is required:
The product must be batch-controlled. To make a product batch-controlled, you must assign a tracking dimension group to the product that has an active Batch dimension.
The attribute that indicates the ingredient levels must be defined as a product-specific batch attribute for the product.
To look up and edit the actual value of the active ingredient for a batch:
1. Go to Inventory management > Inquiries and reports > Tracking dimensions > Batches.
2. Select a batch number from the grid.
3. On the Action Pane, open the View tab and then select Inventory batch attributes.

Reference:

https://learn.microsoft.com/en-us/dynamics365/supply-chain/production-control/batch-balancing https://docs.microsoft.com/en-us/dynamics365/supply-chain/pim/dimension-based-product-configuration

Explanation:

Correct:
* Set up the batch attributes for a minimum value, a maximum value, and a target level for the filler ingredients.
Incorrect:
* Configure the catch weight of IngredientA to allow for the variances of the concentrations received from the different vendors.
* Create a constraint-based product master with variants. Use the trade agreements to specify the different pricing.
* Create a dimension-based product master with variants and use the trade agreements to specify the different pricing.
* Create a dimension-based product with configurations. Use a price model to calculate the different configurable option costs.
* Create a formula version for each concentration level.
* Set up the IngredientB formula line as a phantom BOM.
Note: Products that have an active ingredient
A product can be defined by its concentration of an active ingredient. The active ingredient of a product is modeled by using a product-specific batch attribute that has a minimum value, a maximum value, and a target level.
The target level of a batch attribute represents the estimated percentage of an active ingredient in a product.
The minimum and maximum values represent the accepted deviation from the target level. They can be used, for example, as an accepted tolerance for batches at product receipt.
On the product level, you must also specify how the level of the active ingredient for a batch of the product should be recorded: as part of the purchase receipt process or as part of a quality order process.
To associate a base attribute with a product, the following setup is required:
The product must be batch-controlled. To make a product batch-controlled, you must assign a tracking dimension group to the product that has an active Batch dimension.
The attribute that indicates the ingredient levels must be defined as a product-specific batch attribute for the product.
To look up and edit the actual value of the active ingredient for a batch:
1. Go to Inventory management > Inquiries and reports > Tracking dimensions > Batches.
2. Select a batch number from the grid.
3. On the Action Pane, open the View tab and then select Inventory batch attributes.

Reference:

https://learn.microsoft.com/en-us/dynamics365/supply-chain/production-control/batch-balancing https://docs.microsoft.com/en-us/dynamics365/supply-chain/pim/dimension-based-product-configuration

Explanation:

Explanation:

Reference:

https://docs.microsoft.com/en-us/dynamics365/supply-chain/cost-management/methodology-total-cost- allocation

Explanation:

You can create readiness checks for new engineering products, variants, and versions. ou can also apply readiness checks to standard (non-engineering) products.

Reference:

https://learn.microsoft.com/en-us/dynamics365/supply-chain/engineering-change-management/product- readiness

Explanation:

Box 1: draft
Sketching/Draft BOM This BOM gives a draft estimation of required materials in an early design phase and helps you do a rough estimate of cost and estimated product attributes. This BOM isn't usually used in enterprise resource planning (ERP).

Box 2: engineering
Engineering BOM This BOM is typically used when you design products that are based on existing product portfolios. Engineering BOMs are structured to simplify the design process and group complex products into engineering modules. For simple products, it might be possible to engineering BOMs for the actual production process. However, for other products, the engineering BOM must be converted to an actual production BOM. Engineering BOMS are typically represented by phantoms in the BOM hierarchy. Although engineering BOMs can be used for the planning and execution of manufacturing operations, this approach can lead to inefficiencies, especially in repetitive operations where many orders are created.

Box 3: planning
Planning BOM This BOM is used to do planning for material requirements. The demand of components and ingredients is calculated based on the demand of the finished products. Like costing BOMs, planning BOMs might represent a specific mix of material that is used in a period.

Box 4: production
Production BOM This is the actual BOM that is used for a specific production. A production BOM must take into account the actual resources that are used to produce the product.
When a production order, batch order, or kanban is created, the multiple levels of BOMs that are represented by phantoms are collapsed into one level and distributed over the operations for the order.

Box 5: costing
Costing BOM This BOM is used to calculate the estimated cost of a product. For example, you can use a costing BOM when standard cost is used or the estimated planned cost of a given product is calculated. Costing BOMs can refer to a specific mix of materials and resources that is expected to be used. Therefore, you can use the costing BOM to create a representative estimated cost for a period and help avoid variances over time.

Reference:

https://docs.microsoft.com/en-us/dynamics365/supply-chain/production-control/bill-of-material-bom