Description
MESH Living RCM Certified Cloud consists of the modules that improve your EAM procedures so as to enable “Achieving Reliability from Data”:
Downtime Administrator (DAS)
This DAS module is a dynamic table synchronized with the EAM and is the gateway to the Living RCM Certified work order process. The EAM integrated DAS may interacts with an automated work order creation system. When an event requiring a maintenance service is triggered (automatically or manually) a work order is tracked through all its stages culminating in its the asset’s return to service with the assurance of analysis grade data for subsequent predictive modeling by the Reliability Engineer.
Work Order User Interface (WUI)
The Living RCM Certfied UI module integrates seamlessly with the EAM to deliver two primary functions:
- Accurate, consistent work order failure mode selection and the failure mode life ending event type indispensable for subsequent reliability analysis.
- Provide feedback from the technician for improving, deleting or creating an RCM knowledge element. Such contributions are vital to the evolution of the knowledge base.
RCM Knowledge Builder (KB)
This module enables you to construct and maintain the RCM knowledge base
- Enables RCM analysis
- Tree view designed for speed and simplicity
- Tool Tips to assist in the use of Mesh extended options
- Image gallery associated with each failure mode for accurate communication of failure, potential failure and suspension standards
- user configurable criticality analysis
- RCM analytics dashboard
- PM schedules for EAM upload
Feedback Manager (FM)
Your organization’s maintenance knowledge is dynamic, ever changing, and growing. Therefore it should be updated as a buil in continuous process. This module allows you to manage the suggestions by technicians, evaluate the and update the knowledge base accordingly as new experiences and observations accrue. This creative approach to maintenance knowledge management results in the PM plan to respond immediately with an optimal set of consequence mitigating tasks.
This module capitalizes on an important human component. It is the motivational factor that recognizes maintenance personnel contributions to the knowledge base in relation to management’s objectives visibility and key performance indicators (KPIs).
Knowledge Trail (KT)
This module keeps track of (audits) the changing state of RCM knowledge including changes to the Knowledge Base (creators, rejected changes and accepted). Reliability engineers and managers can see the evolution of the knowledge base in its entirety. The history of knowledge associated with failure mode from its inception to the present may be investigated following safety and other major incidents.
Synchronization module
This module ensures that RCM knowledge base is in perfect synchronization with the EAM catalog (failure code). This functionality ensures that failure modes as represented in the RCM knowledge base are in sync with the work order and with reality as observed by the technician.
Living RCM Certified Analytics Module (AM)
Analytics dashboards for viewing initial and evolving RCM knowledge progress, current CBM remaining useful life predictions, failure modes, mitigation tasks, and criticality analysis versus maintenance effort comparisons. These dashboards are unique in that they are based on analytical grade age data assured by the Living RCM Certified process.
Living RCM Certified CBM Predictive Module (CBM)
Without a mechanism to evaluate a Condition Based Maintenance (CBM) program’s evolving performance CBM activities will degenerate to “busy work”. Data will continue to be collected, manipulated and filed as a matter of routine. Managers should periodically justify, in terms of profitability and safety, the resources allocated to CBM. Predictive models generated and deployed by the Mesh EXAKT report their own performance in terms of predictive capability and economic return. This is the culminating module and raison d’être of the Mesh Living RCM Certified process.
© 2018, Murray Wiseman. All rights reserved.
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