CMRP Exam Preparation for Pillar 3: Equipment Reliability

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Sam Zaydi

4:46:38

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1. Course Introduction

1. Introduction.mp4

07:40

2. Course Contents.mp4

03:58

2. Introductory Concepts

1. What is Reliability.mp4

05:04

2. How is Reliability Calculated.mp4

08:00

3. Reliability Block Diagram (RBD).mp4

08:42

4. The Concept of Cold Standby.mp4

06:36

5. Basic Time-Related Metrics of Equipment Reliability.mp4

06:10

6. Speed & Quality-Related Metrics of Equipment Reliability.mp4

03:59

7. Mean Time Metrics of Equipment Reliability.mp4

07:15

8. Asset Criticality Analysis - What, Why & How.mp4

06:18

9. Testing Your Understanding of Introductory Concepts.html

3. Techniques & Methodologies for Equipment Reliability Assessments

1. Section Introduction.mp4

02:30

2. RAM Study - Introduction.mp4

02:00

3. The R of RAM Study Reliability.mp4

02:58

4. The A of RAM Study Availability.mp4

06:12

5. The M of RAM Study Maintainability.mp4

06:09

6. RAMS Study & The Two Schools of Though on S of RAMS.mp4

03:38

7. Introducing FRACAS.mp4

04:40

8. Risk Based Inspections (RBI).mp4

03:51

9. Life Data Analysis & The Weibull Curve.mp4

05:35

10. The 6 Failure Patterns in Equipment Reliability.mp4

04:49

11. Failure Modes & Effects Analysis (FMEA) - Part 1.mp4

04:17

12. Failure Modes & Effects Analysis (FMEA) - Part 2.mp4

04:12

13. VariantsModifications of Failure Modes & Effects Analysis (FMEA).mp4

05:45

14. Check Sheets.mp4

02:21

15. Pareto Analysis- The Use of 8020 Principle in Equipment Reliability.mp4

03:39

16. Affinity Analysis a.k.a Affinity ChartMap, K-J Method or Thematic Analysis.mp4

04:17

17. Testing Your Knowledge on Techniques & Methodologies Taught in This Section.html

4. Root Cause Analysis (RCA) Techniques & Methodologies

1. Section Introduction.mp4

01:35

2. Logic Tree or Fault Tree Analysis (FTA).mp4

05:41

3. The 5-Why Analysis.mp4

03:23

4. Ishikawa or Fishbone Diagram.mp4

03:23

5. Barrier Analysis.mp4

02:06

6. Testing Your Knowledge of Root Cause Analysis (RCA) Techniques & Methodologies.html

5. Concepts Related to Fixing Equipment Reliability Issues

1. Section Introduction.mp4

01:01

2. The Concept of Redundancy in Equipment Design for Increasing Reliability.mp4

03:41

3. Accelerated Life Testing (ALT).mp4

02:13

4. Design for Maintainability - Part 1.mp4

03:47

5. Design for Maintainability - Part 2.mp4

04:15

6. Types of Maintenance Reactive Maintenance.mp4

03:04

7. Types of Maintenance Proactive Maintenance.mp4

04:02

8. Types of Maintenance Corrective Maintenance.mp4

03:02

9. Types of Maintenance Predictive Maintenance.mp4

04:16

10. The Concept of P-F Interval.mp4

02:23

11. Testing Your Knowledge of Concepts Taught in this Section.html

6. Condition Monitoring & Equipment Testing Techniques

1. Section Intro.html

2. Ultrasonic Testing.mp4

02:29

3. Coast Down Time.mp4

02:04

4. Lubricant Analysis Techniques - Part 1.mp4

04:05

5. Lubricant Analysis Techniques - Part 2.mp4

05:32

6. Lubricant Analysis Techniques - Part 3.mp4

03:10

7. Lubricant Analysis Techniques - Part 4.mp4

06:10

8. Lubricant Films Types.mp4

04:00

9. Infrared Thermography.mp4

02:09

10. Electrical Motor Testing Techniques.mp4

05:16

11. Other Electrical Equipment Testing Techniques.mp4

06:16

12. Non-Destructive Testing (NDT).mp4

05:44

13. Testing Your Knowledge of Condition Monitoring & Equipment Testing Techniques.html

7. Advanced Maintenance Frameworks

1. Section Introduction.html

2. Reliability Centered Maintenance (RCM) - Introduction.mp4

04:29

3. The Seven Questions of RCM - Q1 to Q4.mp4

06:53

4. The Seven Questions of RCM - Q5 to Q7.mp4

09:03

5. Total Productive Maintenance (TPM) & The Introduction of OEE Metric.mp4

09:27

6. Introduction to the TEEP Metric.mp4

04:05

7. The Eight Pillars of Total Productive Maintenance (TPM).mp4

10:16

8. Introduction to Systems Engineering & Configuration Management.mp4

03:37

9. Testing Your Knowledge of Advanced Maintenance Frameworks Taught in this Section.html

8. Measuring Reliability Growth

1. Reliability Growth Measurement Models.mp4

05:41

2. Testing Your Knowledge of Reliability Growth Models.html

9. Course Conclusion

1. Important Tips for CMRP Exam.mp4

07:45

Description

Basic Concepts of Maintenance & Reliability [Focus: Equipment Reliability] with +140 Practice Test Questions for CMRP

What You'll Learn?

Become ready to clear all questions from Pillar No. 3 [Equipment Reliability] in the CMRP Exam.
Become familiar with all of the basic concepts, terminologies and jargons used in equipment reliability.
Calculate all the different types of metrics used in industry for equipment reliability.
Understand all the different types of techniques, approaches and methods used in industry for assessment of equipment reliability.

Who is this for?

Industry professionals preparing for the Certified Maintenance & Reliability Professional (CMRP) Exam or other similar certification exams (like the CRE or CRL).

Engineers, technicians and maintenance professionals looking to develop basic understanding of maintenance & reliability.

What You Need to Know?

Some experience in maintenance of equipment in industry will be helpful. However, the lectures explain every concept from scratch.

More details

Description
Maintenance and Reliability (M&R) has emerged as a field encapsulating the latest understanding of maintenance in industry. It is becoming increasingly important for professionals in the field of Maintenance and Asset Management to develop sound understanding of the concepts of Maintenance Management and Reliability Engineering in order to achieve zero equipment failures, zero production losses, zero assembly line delays and maximum profitable service life from company's assets. You need to have the most updated knowledge on the latest maintenance management philosophies and best practices to be able to become a good maintenance management professional and improve maintenance in your company.

However, just having the knowledge is not enough in order to excel in your career. What's equally important is to have a readily available proof of that knowledge. This is where certifications like the Certified Maintenance & Reliability Professional (CMRP) come in. They are accepted within industry as a badge that indicates that the person having that badge has been tested in this field. If you are a Certified Maintenance & Reliability Professional (CMRP), or hold any other similar certification in the field of M&R, it gives your word on the matter more weight than others on the table. It helps you excel in your career and open doors of new opportunities for you.

This course is designed for fulfilling both of the above objectives. It imparts you the understanding of the concepts of Maintenance & Reliability and it prepares you for certifications, most notably the CMRP.

However, Maintenance & Reliability is a vast discipline. In order to make it understandable, it is divided into sub-disciplines by any body of knowledge that aims to teach it. Just like different books on a subject teach the same subject in different ways, different institutions in the field of Maintenance & Reliability approach this discipline in different ways.

In order to ensure consistency, this course follows the Body of Knowledge developed by Society of Maintenance & Reliability Professionals (SMRP) known as the CMRP Body of Knowledge. The CMRP Body of Knowledge has divided the discipline of Maintenance & Reliability into five pillars:
Business & Management
Manufacturing Process Reliability
Equipment Reliability
Leadership & Organization
Work Management

Each of the above five pillars is a subject within itself. This course is based on teaching the 3rd Pillar: Equipment Reliability. This pillar is the most technical in nature among the five pillars. It includes knowledge of how equipment reliability is measured, tested, assessed, reported and improved. It includes calculable metrics to express different aspects of reliability of machines; methodologies of assessing the state of reliability of plant equipment; techniques for investigating reliability related issues in equipment; maintenance programs and best practices for improving reliability of plant equipment; and tools for measuring reliability growth.

This course introduces concepts of all of the above knowledge areas of Equipment Reliability in lectures having intuitive explanations and includes more than 140 practice test questions to make you ready for answering all questions related to Equipment Reliability in the CMRPÂ exam. In this way, this course works on both the aspects i.e., the understanding part as well as the certification preparedness part.
Who this course is for:
Industry professionals preparing for the Certified Maintenance & Reliability Professional (CMRP) Exam or other similar certification exams (like the CRE or CRL).
Engineers, technicians and maintenance professionals looking to develop basic understanding of maintenance & reliability.

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Mechanical Engineering

Sam Zaydi

Instructor's Courses

I am an Operation & Maintenance Manager of electrical and mechanical equipment in Aviation Industry. I'm a Certified Maintenance & Reliability Professional (CMRP) from Society of Maintenance & Reliability Professionals (SMRP) based in United States.My professional experience covers Engineering Equipment Operations & Maintenance especially Aircraft Ground Handling Operations Management, Ground Support Equipment (GSE) Maintenance, Engineering Works Management, Contract Management and Health & Safety Oversight.Presenting and teaching has always been my passion and that is why I have made this Udemy Instructor account. I'm using this platform to teach the things that I have mastered through my experience, observation and research. I am making courses that make difficult stuff easy to understand by adopting an intuitive approach of understanding concepts and problems.

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