Curriculum
- 5 Sections
- 50 Lessons
- 10 Weeks
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- Day 1 – Fundamentals of Rotating Equipment8
- Day 2 – Pumps, Compressors & Turbines12
- 2.1Pumps
- 2.2Centrifugal & positive displacement
- 2.3Pump curves & performance
- 2.4Compressors
- 2.5Reciprocating & centrifugal
- 2.6Surge & stall behaviour
- 2.7Turbines
- 2.8Steam & gas turbines
- 2.9Blade fouling & efficiency
- 2.10Workshop: Pump & compressor inspection
- 2.11Exercise: Interpret pump curves
- 2.12Case Study: Compressor seal failure causing leakage
- Day 3 – Failure Modes & Vibration Analysis8
- 3.1Mechanical failures (wear, misalignment, imbalance)
- 3.2Bearing failures
- 3.3Seal failures
- 3.4Vibration fundamentals
- 3.5Vibration signatures & interpretation
- 3.6Workshop: Vibration data analysis
- 3.7Exercise: Identify failure modes from vibration patterns
- 3.8Case Study: Bearing overheating due to poor lubrication
- Day 4 – Alignment, Balancing & Lubrication15
- 4.1Alignment
- 4.2Laser & dial gauge alignment
- 4.3Soft foot detection
- 4.4Alignment tolerances
- 4.5Balancing
- 4.6Static & dynamic balancing
- 4.7Balancing procedures
- 4.8Lubrication
- 4.9Lubrication types
- 4.10Oil analysis basics
- 4.11Lubrication system inspection
- 4.12Workshop: Alignment & balancing practice
- 4.13Exercise: Lubrication system assessment
- 4.14Exercise: Lubrication system assessment
- 4.15Case Study: Fan imbalance causing excessive noise
- Day 5 – Condition Monitoring, Troubleshooting & Reliability7
Final Simulation: Troubleshoot a rotating equipment fault
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