This course provides students with a unique insight on design, operation, monitoring, and troubleshooting for various components, based on more than 30 years of experience in the US high standard industries.

Developed over more than 15 years of PII’s internal research and real-world case studies, this course teaches the root cause analysis techniques necessary to correctly diagnose electrical equipment failures.

This training course is the only course that takes the students into a deep drive of equipment root cause analysis. After troubleshooting, the possible failed components are handed over to the root cause engineers to find out the problems.

When a piece of critical equipment fails, it is important to troubleshoot and identify which component(s) are responsible for the failure in a timely fashion. After identification, replacement, repair, or other corrective actions of these problematic components should be performed immediately to avoid forced outages, power loss, or manufacture downtime.

This is the only course that covers how to initiate evidence preservation and how to avoid inadequate preservation causing troubleshooting and root causes to fail.

This training course is a must for field engineers, field QA/QC inspectors, or field supervisors to lead the team performing maintenance work during outages.

This is the only course that covers how to understand margin analysis by looking at relevant limits and quantitatively conducting analysis for margin, degradation, and deterioration.

This course teaches the essential root cause analysis techniques necessary to correctly resolve mechanical equipment failures. Students learn the 1,520 possible failure modes of mechanical equipment in a typical production facility.