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Reliability-Centered Maintenance (RCM) Implementation Steps
20 Lessons-
StartStep 1: System Selection and Information Collection
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StartStep 2: System Boundary Definition
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StartStep 3: System Description and Functional Block Diagram
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StartStep 4: System Functions and Functional Failures
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StartStep 5: Failure Mode and Effects Analysis
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StartWhat is Failure Mode and Effects Analysis (FMEA)?
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StartWhat is Failure Mode?
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StartExample of Failure Mode Identification
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StartHidden and Evident Failures
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StartWhat is Failure Cause?
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StartFailure Effects
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StartFailure Consequences
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StartExample of Step 5: FMEA
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StartThe RCM Decision Process
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StartStep 6: Logic Tree Analysis (LTA)
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StartStep 7: Selection of Maintenance Tasks
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StartStep 8: Task Packaging and Implementation
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StartStep 9: Making the Program a Living One — Continuous Improvements
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StartSummary of RCM
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StartRCM Examples
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Managing RCM program through the CMMS – KPIs & RCM Metrics – RCM Project Guide
16 Lessons-
StartWhat’s the difference between FMEA and RCM?
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StartFMEA as a Standing Alone Analysis (not part of RCM)
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StartFMEA Process
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StartExample of FMEA Worksheet
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StartFMEA Worksheet details
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StartCalculating the RPN
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StartExamples of FMEA
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StartExample of FMEA from NASA reference
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StartIs your CMMS/EAM capable to capture the RCM analysis requirements?
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StartCurrent failure code hierarchy in most CMMS/EAM systems
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StartHow to configure your system to capture the RCM analysis requirements on the go?
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StartManage used Key Performance Indicators (KPIs)
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StartWhat are KPIs?
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StartLeading & Lagging KPIs, what is the Difference?
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StartExamples of Key Performance Indicators (KPIs)
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StartRelevant RCM Key Performance Indicators (KPIs)
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Project Guide for RCM Implementation
8 Lessons-
StartSection-1: Introduction
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StartSection-2: An RCM Primer
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StartSection-3: Deciding to Conduct an RCM Project
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StartSection-4: Valuable Lessons Learned by Other Organizations
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StartSection-5: Completing an RCM Study
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StartSection-6: Implementing the RCM Study
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StartSection-7: Measuring the Benefits
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StartUntitled lesson
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RCM Course | Reliability Centered Maintenance
Master RCM in Dubai, UAE's top training institute. Learn Reliability Centered Maintenance for optimized asset performance. Enroll now!
Course Summary
Welcome to the world of Advanced Reliability Centered Maintenance (RCM) offered by IIPD Global! If you are seeking to enhance your knowledge and skills in maintenance management, this course is tailor-made for you. In today's rapidly evolving industrial landscape, ensuring the reliability and efficiency of assets is crucial for organizations to thrive. With our comprehensive program, we aim to equip you with the advanced techniques and strategies necessary to optimize maintenance practices and maximize asset performance. Reliability-cantered maintenance is much more than just another way to do maintenance.
It's a way of looking at system performance in terms of the impact of a failure and then mitigating those results by design, detection, or effective maintenance. RCM analysis provides a structured framework for analyzing a physical asset's functions and potential failures, focusing on preserving system functions rather than assets.
RCM is used to develop scheduled maintenance plans that will provide an acceptable level of operability, with an acceptable level of risk, in an efficient and cost-effective manner RCM is one of the most powerful asset management processes that can be employed.
RCM principles are so diverse that they can be applied to any asset - an airplane, nuclear power plant, truck, tank, ship, manufacturing plant, offshore oil platform, mobile air conditioning unit, tow tractor, jet engine, a single pump, or an engine control unit. RCM principles can be widely applied to an entire asset or more narrowly applied to select pieces of equipment.
Course Curriculum
IIPD Global
