IBM C1000-132 - IBM Maximo Manage v8.0 Implementation

IBM Maximo Health, part of the Maximo Application Suite, is specifically designed to enable comprehensive asset performance monitoring, including the capability to generate replacement plans for assets. With Maximo Health, users can assess an asset's remaining useful life, criticality, and health scores to make data-driven decisions about whether to repair, refurbish, or replace an asset.

Key features in Maximo Health that facilitate replacement planning include:

Expected Life and Replacement Planning: Users can evaluate assets approaching the end of their lifecycle. For assets flagged for replacement or nearing their projected end of life, Maximo Health offers views like the "Expected Life" or "Plan Costs" to initiate a replacement plan. This process allows for strategic planning of asset replacements to ensure operational reliability and cost-effectiveness​

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IBM GitHub

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Maximo Health integrates data from asset condition monitoring, usage history, and criticality analysis, allowing for a proactive approach to asset management and enabling organizations to optimize maintenance budgets by planning replacements only when necessary. Thus, option B (Maximo Health) is the correct answer.

To replace a used engine with a rebuilt engine in the Assets application in IBM Maximo Manage v8.0 implementation and inherit the depreciation schedule from the used engine, you can use the "Copy Depreciation Schedules" action. This action allows you to copy the depreciation schedules from the old asset to the new asset, including the depreciation terms and any calculation information.

The default status in the Quick Reporting Application in IBM Maximo Manage is DRAFT.

In IBM Maximo Manage v8.0, the Master PM application is used to manage and control multiple Preventive Maintenance (PM) records through a central template known as the Master PM. The primary purpose of the Master PM application is to provide a standardized structure for PMs and streamline the maintenance process by enabling centralized updates to associated PM records.

The key updates that can be made to associated PMs through the Master PM application include:

Frequency and Scheduling Information - The Master PM can dictate the time- or meter-based frequency at which work orders are generated, and apply this to all associated PMs (or selectively if desired)​

Job Plans and Sequence - Users can specify job plans on a sequential basis, which helps in scheduling varied levels of maintenance activities. Changes to the job plan sequence in the Master PM can be propagated to all associated PMs​

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Seasonal Dates - Active dates or seasonal adjustments to maintenance activities can be set up within the Master PM, and these adjustments can be transferred to associated PMs as necessary​

PM Hierarchy - The Master PM application allows users to configure and manage PM hierarchies, which helps in establishing parent-child relationships among PM records. This hierarchical structure is especially useful in organizing maintenance tasks for complex assets with interrelated components, ensuring that all relevant maintenance tasks are triggered appropriately​

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Thus, option D (PM Hierarchy) correctly represents the feature that can be updated in the Master PM application for associated PM records.

The purpose of Admin mode in IBM Maximo Manage is to allow users to perform Database Configuration without needing to shut down the Maximo server.

The Organizations application is used to configure Flow Control for Work Orders. In this application, you can change the Start Status and Complete Status that will be used.

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)