Certified Reliability Engineering Leader
During this 4-day training, you'll learn the principles behind increasing the reliability of production plants. What's more, you'll discover how to apply these fundamental principles within your own organization and which reliability techniques are best to use. Afterwards, you can obtain a certificate.
Reliability techniques play a crucial role in modern asset management strategies and in making informed maintenance decisions. The core objective of Reliability Engineering is to maximize reliability.
This training provides a solid understanding of the most important principles and practices in reliability engineering. Through a combination of theoretical concepts, methods, and examples, you'll gain the knowledge needed to ensure the reliability of production plants and the efficiency of maintenance departments across various industries. The dependability model and the Front/Back end approach form the backbone of this training, helping you explore essential concepts and strategies to optimize asset reliability and availability.
Programma
Day 1
- Introduction
- Definitions
- Maintenance Dependability Model
- Culture and Leadership
- Reliability Engineering Elements
- Failure, Failure Modes, and Failure Curves
- Maintenance Strategy
- Data and KPIs: What are they for?
- Precision Maintenance
- Condition Based Monitoring Technologies
- Asset Catalog and Functions
Day 2
- Criticality Analysis
- Failure Mode Analysis
- From FMA to RCM: Strategy Determination
- Materials
- Data-Driven Defect Elimination
- Data Collection
- Bad Actor Analysis
- Root Cause Analysis
- FRACAS and I-mining
- PMO (Preventive Maintenance Optimization) – PME (Preventive Maintenance Evaluation)
- KPIs
- Reliability Data Analysis
Day 3
- Reliability by Design Engineering
- Class of Installation
- RAMS
- Asset Management
- Life Cycle Cost (LCC)
- Long-Term Asset Planning
- Risk and Performance
- Aging and End-of-Life
Day 4
- Training + Exam
This training is conducted by I-Care, in partnership with Technical Associates of Charlotte. The exam and certificate are issued by the Technical Associates Board of Certification.
"Interesting thanks to good instructors."
"The course offers a highly complete understanding of reliability and how it benefits an organization."
Learning objectives
- Gain insight into reliability engineering principles and practices.
- Develop skills to ensure the reliability and performance of processes and systems.
- Learn various methodologies to identify and mitigate failures.
- Foster a reliability-focused culture within organizations..
Target Audience
Plant engineers, production managers, maintenance managers, top-level maintenance technicians, reliability & maintenance engineers, and anyone involved in increasing the reliability of installations.
Please Note:
Employees active in companies with similar activities to the instructor are requested not to register for this training.
Requirements
Two years of general industrial experience is required for certification. If you have less than two years of experience, you will receive a certificate of attendance.
About the Facilitator
Tom Rombouts has dedicated his entire career to maintenance organizations, focusing on areas like production and project planning, process & reliability engineering, work preparation and overhaul coordination, quality management, QA and quality follow-up of critical spare parts, automation, and data innovation. Since 2021, Tom has been the 4.0 Director at I-Care, where he assists industrial companies with data innovation and asset reliability.
Do you wish to attend the training only, without taking the exam?
Then register for the 3-day training "Reliability Engineering Leader."
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