About
This awareness-level eLearning series establishes a common reliability language across operations, maintenance, engineering, and inspection teams — reducing avoidable failures, enhancing planning accuracy, and reinforcing a process safety culture. It is a capability-building solution designed to strengthen operational performance across refining and petrochemical facilities.
Through integrated courses, participants build the competencies needed to influence high-impact KPIs, including unplanned downtime, maintenance cost variance, work order backlog, asset integrity, and high-potential incidents (HiPos). The content equips frontline personnel, planners, engineers, and supervisors to make technically sound, coordinated decisions that enhance overall asset performance.
By aligning process, inspection, maintenance, and operations functions, this series enables organizations to optimize the full maintenance lifecycle—from routine work execution to turnaround planning and reliability strategy development.
Candidates can take the self-paced eLearning courses individually or as a ~21-hour series. A Continuing Education Units (CEU) certificate is issued upon completion.
Target Audience
Process engineers, planning and economics engineers, inspection engineers, HSE engineers, maintenance engineers and supervisors, turnaround planners, and operation supervisors.
You Will Learn
Routine Maintenance, Planning, and Control: Learn how structured maintenance programs, stakeholder coordination, and CMMS tools enhance equipment reliability, safety, and cost efficiency.
Reliability-Centered Maintenance (RCM): Understand how to identify, analyze, and mitigate failure modes using structured methodologies such as FMEA, FMECA, and RBI to optimize maintenance strategies.
Turnaround Planning and Control: Gain insight into the planning, execution, and close-out of large-scale refinery shutdowns to ensure safety, minimize downtime, and control costs.
Principles of Power Systems in Industrial Facilities (Parts 1 & 2): Develop a clear understanding of basic and applied electrical principles, including AC/DC systems, three-phase power, harmonics, and grounding, as they relate to industrial operations.