When a fault occurs in a critical part of a public or industrial network, it is vital that the root cause is traced. Failure investigations are not just stand-alone activiteits but are part of the total asset management process.
The purpose of power failure investigations is to prevent recurrence and resolve potential issues of liability. Failure investigations provide essential information for risk assessments and results are crucial to improve business processes, enabling efforts to effectively target on the proces(ses) that need improvement, whether engineering, equipment specification, design, manufacturing, transportation, testing, installation, maintenance, replacement or operation.
The course will guide participants through the principles of the power failure investigation methodology. Besides theory, the course is embedded in many interactive sessions providing hands-on experience in the form of group discussions, exercises and case studies. As the focus of the course is on the investigation process, the technical depth will be tailored to the participants.
Using real examples of failures, you will be taken on a journey of a power failure investigator from start to end. Stopping at each relevant station of the investigation, e.g. request intake, first inspection and interview, dissection, information analysis, root cause analysis, reporting and follow up of recommendations.
After this course you will have gained valuable knowledge about the applicable procedures and principles of power failure investigation methods. This will enable you to understand the failure investigation process, access the quality and structure of an investigation, recognise potential investigation omissions and participate in failure investigations yourself.
If you would like to participate in this training, but you cannot or do not want to travel for certain reasons, you can also join the entire live classroom training as a remote participant.
For more information, please refer to the leaflet.
- Introduction to the failure investigation process
- Code of conduct
- Execution and preparation of field visits
- Information collection
- FMEA and equipment aging mechanisms
- Analysis methods, like fault tree analysis, event tree analysis and reliability block diagram analysis etc.
- Root cause analysis
- Hypotheses and conclusions
Engineers, specialists and managers working in T&D operations, planning, maintenance and asset management.