Master RCM, RCFA, Criticality Analysis, CMMS, KPIs & LCC to Reduce Failures, Cut Costs, and Boost Asset Performance
Course Description
What you’ll learn
- Explain the principles of Maintenance Excellence and how performance, risk, and cost must be balanced to achieve world-class reliability..
- Differentiate clearly between Maintenance and Reliability, understanding how tactical maintenance supports strategic reliability goals..
- Apply core reliability methodologies: Reliability-Centered Maintenance , Root Cause Failure Analysis, Failure Modes identification, and Criticality Analysis.
- Perform structured RCM steps such as defining functions, identifying failure modes, prioritizing failures, selecting effective preventive and predictive tasks.
- Use CMMS systems effectively to plan, schedule, track, and optimize maintenance activities using data-driven methods..
- Interpret and calculate essential maintenance KPIs, such as Availability, MTBF, MTTR, Schedule Compliance, and Maintenance Cost as % of RAV..
- Benchmark maintenance performance against industry norms and world-class standards to identify gaps and improvement opportunities..
- Understand and apply Life-Cycle Costing (LCC) to evaluate maintenance decisions financially and justify reliability initiatives..
- Analyze real industrial failure cases, identify root causes, and develop actionable preventive measures that improve reliability and reduce cost..
- Develop improvement strategies based on Balanced Scorecard perspectives and continuous improvement frameworks..
Course Content
- SECTION 1 — Foundations of Maintenance & Reliability Excellence –> 3 lectures • 2min.
- SECTION 2 — Core Concepts of Maintenance Excellence –> 5 lectures • 3min.
- SECTION 3 — Reliability Methods & Improvement Frameworks –> 10 lectures • 5min.
- SECTION 4 — Criticality Analysis & Decision Tools –> 4 lectures • 2min.
- SECTION 5 — Course Summary & Transition to Case Studies –> 1 lecture • 1min.
- SECTION 6 — Applied RCM Case Study in Wastewater Facilities –> 8 lectures • 8min.
- SECTION 7 — In-Depth Failure Analysis Case Study (Pump Bearing Failure) –> 10 lectures • 10min.
- SECTION 8 — Advanced Tools for Maintenance Excellence –> 15 lectures • 8min.
Requirements
Course Description
Achieving world-class reliability and maintenance performance is no longer optional — it’s a competitive necessity.
This course gives you the complete foundation you need to transform your maintenance practices, improve asset performance, reduce failures, and build a proactive reliability culture in any industrial environment.
Through real case studies, practical frameworks, and proven tools like RCM, RCFA, Criticality Analysis, LCC, CMMS, KPIs, and Benchmarking, you will learn how to apply modern maintenance excellence techniques that directly impact uptime, cost, and safety.
Whether you’re a technician, engineer, supervisor, or manager, this course equips you with the mindset, methods, and tools to deliver measurable improvements in your facility.
This course contains the use of artificial intelligence for content organization and presentation.
What You Will Learn
By the end of this course, you will be able to:
- Explain maintenance excellence and how to balance performance, risk, and cost
- Perform Reliability-Centered Maintenance (RCM) and Root Cause Failure Analysis (RCFA)
- Identify failure modes, functional failures, and criticality rankings
- Build preventive and predictive maintenance tasks aligned with actual risks
- Use CMMS effectively for planning, scheduling, and maintenance tracking
- Calculate important maintenance KPIs such as MTBF, MTTR, Availability, and Schedule Compliance
- Apply benchmarking to compare performance against world-class standards
- Use Life-Cycle Costing (LCC) to justify maintenance decisions financially
- Analyze real industrial case studies and develop improvement plans
- Implement data-driven maintenance strategies that reduce downtime and extend asset life
Who This Course Is For
This course is designed for:
- Maintenance engineers, supervisors, technicians, planners, and inspectors
- Reliability engineers and analysts
- Mechanical, electrical, and instrumentation engineers
- Operations and production supervisors
- Facility managers and asset managers
- Students and beginners entering the maintenance or industrial operations field
- Anyone responsible for reducing failures, improving uptime, or managing equipment and assets
Prerequisites
No advanced experience required.
Helpful but not required:
- Basic understanding of industrial equipment
- Familiarity with maintenance tasks or CMMS
- Interest in improving plant reliability and reducing failures
This course welcomes beginners and experienced professionals alike.
Course Requirements
You only need:
- A laptop or PC
- Willingness to learn and think critically
- No special software required
Optional tools:
- Access to a CMMS
- Basic Excel knowledge
Course Content Overview
This course includes:
- 56 lectures based on real slides and real case studies
- Industrial examples from wastewater, pumps, motors, and conveyors
- Practical demonstrations of RCM, RCFA, LCC, and criticality
- Reliability tools used in real plants
- Actionable templates and frameworks
Why Take This Course?
Because reactive maintenance is expensive.
Because improving reliability improves profit.
Because modern asset management skills are essential today.
Because this course is built from real industrial experience — not theory.
If you want to improve uptime, reduce failures, and create a reliability-driven culture, this course will give you the foundation to get started.