Many organizations have been unsuccessful in implementing reliability centered maintenance (RCM) because they failed to translate or act on data, had undefined plans and objectives, or lacked organizational competency and support.
Based on decades of experience, we have found that organizations that consider business risk and program optimization will have a more successful reliability centered maintenance program. eRCM gives learners the resources and practice to effectively integrate risk and optimization through an FMEA and RCM analysis, asset hierarchy, asset criticality, equipment maintenance plans, and PM optimization.
- Build a business case for an RCM program and explore different RCM implementation approaches
- Analyze an asset’s failure risks in a failure mode and effects analysis (FMEA)
- Apply a proven framework to select and justify maintenance strategies
- Measure progress and create action plans for improvement
Who Will Benefit
People responsible for equipment asset lifecycle management, from concept to decommissioning. Job titles could include:
- Project Engineers
- Reliability Engineers
- Maintenance Engineers
- Maintenance Managers
- Operations Managers
- Engineering Technicians
Modules:
- Introduction to Reliability Centered Maintenance
- Asset hierarchy
- Asset criticality analysis
- Operational context, functions and performance standards
- Documenting the Reliability Centered Maintenance analysis in an FMEA
- Selecting the right maintenance strategy
- Equipment maintenance plan (EMP)
- Reliability Centered Maintenance program, business strategy, metrics, and continuous improvement
- PM Optimization
- Facilitating Reliability Centered Maintenance
Download and Share the Course Brochure Here:
Interested in certification? This course is part of the REC Online program. To qualify for certification, you must register for the REC Online version of this course.
For the REC Online Certification Version See Here: eRCM REC Online
