Why is this course unique?
This is the only course that covers the systematic 10-step troubleshooting process to accomplish a successful equipment event investigation that can fix the problem accurately as well as time efficiently.
Benefits of this course:
Improves troubleshooting effectiveness and technical ability in evidence preservation, data collection, identifying possible failure
modes, and refuting failure modes to find the highest likely cause. After this course, engineers will be able to improve their ability on troubleshooting, engineering problem identification, and resolution.
Topics covered in this course:
- Component operating principles
- Critical parameter of design
- Critical auxiliary systems
- Operation limits
- Component failure modes
- Failure initiation factors
- Failure mechanisms
- Failure symptoms
- 10-Step Troubleshooting steps
- Problem identification
- Data collection
- Failure mode identification
- Non-presence refuting method
- Failed component identification
- Differential analysis
- Parametric variation
- Forced input
- Sectioning monitoring
- Replacement
- Non-destructive testing
- Actions to improve equipment reliability
- Case studies
10 Step Troubleshooting Process and also the different sections on the failure modes specifically electrical equipment.
Mechanical engineer
The systematic approach to troubleshooting will be highly beneficial.
Maintenance Supervisor
I just became a design engineer so I think in the future I will be really involved with troubleshooting. I am excited to apply the Error-Free method for this future experience.
Design engineer