Description
The aim of this two day program is to introduce the fundamental concepts that will allow you to build a failure mode driven maintenance plan. It is important to balance the risk of failure with the cost to preventing the failures. This training will enhance your capabilities to develope or to contribute to the effectiveness of a maintenance plan.
Recommended audience
This course in ideal for Managers, Reliability Engineers, Planners and Schedulers, Supervisors responsible for the development and implementation of a maintenance strategy.
You will learn
- Introduction: How to identify improvement initiatives
- The principles of predictive maintenance and why it is so powerful
- Definition of a failure mode, effect and root cause
- Introduction of the different failure analysis tools (RCM, FMEA, RCA)
- How to select correctively the most appropriate predictive methods
- Identifying the fundamental requirements to develop an effective maintenance plan
- Building an asset health matrix
- How to select the assets which should be included in your predictive maintenance plan
- How to find a correct balance between the number of preventive and predictive tasks
- How do you integrate a new maintenance plan into an existing one
- Determine which failure mode can be identified through ultrasonic analysis (airborne & structure-borne)
- Determine which failure mode can be identified through thermographic assessment
- Determine which failure mode can be identified through vibration analysis
- Determine which failure mode can be identified through oil analysis
- Determine which failure mode can be identified through Electrical diagnoses and MCA analysis
- Identify error and limitations of the different predictive methods
- How to initiate a predictive maintenance program (including training and hardware requirements)
- Introduction to asset health and how to measure it
- Exercise on functional hierarchy and FMEA
Course duration
2 days