RCM Principles and Analysis

Learn Reliability Centered Maintenance analysis using ReliaSoft RCM++

Course overview - 3 days

RCM Principles and Analysis provides an overview of the fundamental Reliability Centered Maintenance (RCM) techniques and procedures, with an emphasis on the use of ReliaSoft RCM++ software for data capture, analysis and reporting. Topics include equipment selection, identifying potential functional failures, evaluating the effects of failure and selecting appropriate maintenance tasks.

Software used

Attendees will learn the RCM method and have hands-on practice with the RCM++ software, working with real-world maintenance data examples.
Learning objectives

  • Develop a scheduled maintenance plan for a physical asset that will provide an acceptable level of functionality, with an acceptable level of risk, in an efficient and cost-effective manner
  • Evaluate whether preventive maintenance is appropriate and determine optimum maintenance intervals.
  • Promote analysis processes that are more efficient and more effective, utilizing lessons learned from past analyses when applicable

RCM Principles and Analysis
SMRP Approved Provider

Topics included

  • Overview of RCM and its foundation, the FMEA
  • How to prepare for and facilitate RCM analysis
  • Application of the RCM questions and criticality factors
  • How to identify equipment functions
  • How to evaluate function failures and effects
  • Understanding causes of failure
  • How to select maintenance tasks

  • How to evaluate maintenance strategies based on cost and availability
  • How to calculate optimum maintenance intervals
  • How to set up an RCM system with RCM++
  • How to manage RCM data
  • Maintenance task management and packaging

Who should attend

The RCM Principles and Analysis course is for maintenance professionals responsible for ensuring operational availability of production equipment, fleets or other complex repairable systems, who want to apply the top-rated maintenance strategy, RCM, to maximize their maintenance program efficiency.