C1000-132 Exam Dumps - IBM Certified Deployment Professional - Maximo Manage v8.0 Questions and Answers

In IBM Maximo, costs for certain types of invoice line items can be distributed across multiple GL accounts. Specifically, the following types of line items are eligible for cost distribution:

Direct Issue: These are items directly issued to a work order, asset, or location rather than being stored in inventory. Costs for direct issue items can be distributed across multiple GL accounts based on the relevant cost centers or departments associated with the purchase

Service Item: For service-related invoice lines, costs can also be distributed across multiple GL accounts. This is useful when a service, such as consulting or maintenance, benefits multiple departments, allowing for cost allocation to relevant GL accounts​

Other options like "Credit Line," "Split Invoice," and "Hard Reserved" are not applicable for GL account distribution in this context.

Apart from Standard and Average costing methods in IBM Maximo Manage’s Inventory application, three other costing methods that can be used are FIFO (First In First Out), LIFO (Last In First Out) and Weighted Average.

IoT Connector provides Maximo Manage, Maximo Health and Maximo Predict the ability to connect to C. IBM Watson IoT Platform and E. Maximo Monitor data sources. The IoT Connector in the Administration Work Center can be used to configure a connection to an IoT platform such as IBM Watson IoT Platform and IBM Maximo Asset Monitor1.

To associate a Master Preventive Maintenance record with multiple non-rotating assets, we can add the assets to the Multiple Assets table on the Master Preventive Maintenance record. This allows us to associate the preventive maintenance schedule with multiple assets, ensuring that the maintenance activities are performed on each of the associated assets as scheduled.

The Graphical Scheduling application in Maximo Manage v8.0 uses histograms to provide a visual representation of resource allocation. To generate these histograms for work orders, it relies on the following information:  

Craft Quantity: This refers to the number of personnel from a specific craft (e.g., electricians, mechanics) required to complete the work order.

Hours: This represents the total number of hours that the specified craft is needed for the work order.

By combining these two pieces of information, the histogram displays the overall workload demand for each craft across the scheduled work orders. This allows schedulers to:

Identify potential resource bottlenecks: See if there are periods where the demand for a particular craft exceeds its availability.  

Optimize resource allocation: Allocate crafts effectively to ensure that enough personnel are available to complete the work within the scheduled timeframe.

Balance workloads: Distribute work among crafts to avoid overloading specific teams. (Reference: IBM Maximo Manage v8.0 documentation - Graphical Scheduling application)