Turbomachinery Maintenance and Reliability
( 24 Modules )

Module #1
Introduction to Turbomachinery
Overview of turbomachinery types, applications, and importance of maintenance and reliability

Module #2
Turbomachinery Fundamentals
Basic principles of turbomachinery operation, including thermodynamics, aerodynamics, and mechanical design

Module #3
Types of Turbomachinery
In-depth look at different types of turbomachinery, including turbines, compressors, pumps, and gearboxes

Module #4
Maintenance Strategies
Overview of different maintenance strategies, including reactive, preventive, predictive, and proactive maintenance

Module #5
Condition Monitoring
Introduction to condition monitoring techniques, including vibration analysis, temperature monitoring, and oil analysis

Module #6
Vibration Analysis
In-depth look at vibration analysis, including data collection, analysis, and interpretation

Module #7
Temperature Monitoring
Importance of temperature monitoring, including types of temperature sensors and data interpretation

Module #8
Oil Analysis
Introduction to oil analysis, including sampling, testing, and interpretation of results

Module #9
Turbomachinery Inspection
Types of inspections, including visual, dimensional, and non-destructive testing

Module #10
Root Cause Failure Analysis
Methodology for conducting root cause failure analysis, including fault trees and failure modes

Module #11
Maintenance Scheduling
Best practices for maintenance scheduling, including priority setting and resource allocation

Module #12
Reliability Engineering
Introduction to reliability engineering, including probability theory and reliability metrics

Module #13
Reliability Modeling
Types of reliability models, including Markov modeling and fault tree analysis

Module #14
Maintenance Work Management
Best practices for maintenance work management, including work order systems and planning

Module #15
Supply Chain Management
Importance of supply chain management for turbomachinery maintenance, including inventory management and procurement

Module #16
Turbomachinery Faults and Failures
Common faults and failures in turbomachinery, including rotor dynamics, bearing failures, and seal failures

Module #17
Turbomachinery Overhaul and Repair
Best practices for overhaul and repair, including refurbishment, upgrade, and replacement strategies

Module #18
Case Studies in Turbomachinery Maintenance
Real-world examples of successful turbomachinery maintenance strategies and lessons learned

Module #19
Industry Best Practices
Overview of industry best practices for turbomachinery maintenance, including API, ASME, and ISO standards

Module #20
Safety and Environmental Considerations
Importance of safety and environmental considerations in turbomachinery maintenance, including lockout/tagout and hazardous materials handling

Module #21
Cost-Benefit Analysis
Methodology for conducting cost-benefit analysis of maintenance and reliability initiatives

Module #22
Performance Metrics
Key performance metrics for turbomachinery maintenance, including OEE, MTBF, and MTTR

Module #23
Data-Driven Decision Making
Importance of data-driven decision making in turbomachinery maintenance, including data analytics and visualization

Module #24
Course Wrap-Up & Conclusion
Planning next steps in Turbomachinery Maintenance and Reliability career

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Turbomachinery Maintenance and Reliability ( 24 Modules )

Turbomachinery Maintenance and Reliability
( 24 Modules )