An Introduction to Reliability Engineering

An Introduction to Reliability Engineering, available at $94.99, has an average rating of 4.57, with 39 lectures, 6 quizzes, based on 2973 reviews, and has 10068 subscribers.

You will learn about What is Reliability and How is it Measured Why Things Fail The Fundamentals of Strength-Stress Analysis The Basics of the Normal and Exponential Distributions Z-Score and how it's used in Strength-Stress Analysis Introductions to Life Testing, Accelerated Life Testing (ALT), Highly Accelerated Life Testing (HALT), and Highly Accelerated Stress Screening (HASS) The "Bathtub" or Weibull Curve Reliability Block Diagrams Redundancy, Preventive/Predictive Maintenance, and Derating and Methods for Improving Reliability How Reliability Engineering is a key component in the product design and manufacturing processes And much more!! This course is ideal for individuals who are Mechanical engineers or Manufacturing engineers or Industrial engineers or Quality engineers or Quality technicians or Design engineer or Reliability engineers It is particularly useful for Mechanical engineers or Manufacturing engineers or Industrial engineers or Quality engineers or Quality technicians or Design engineer or Reliability engineers.

Enroll now: An Introduction to Reliability Engineering

Summary

Title: An Introduction to Reliability Engineering

Price: $94.99

Average Rating: 4.57

Number of Lectures: 39

Number of Quizzes: 6

Number of Published Lectures: 39

Number of Published Quizzes: 6

Number of Curriculum Items: 45

Number of Published Curriculum Objects: 45

Original Price: $39.99

Quality Status: approved

Status: Live

What You Will Learn

What is Reliability and How is it Measured
Why Things Fail
The Fundamentals of Strength-Stress Analysis
The Basics of the Normal and Exponential Distributions
Z-Score and how it's used in Strength-Stress Analysis
Introductions to Life Testing, Accelerated Life Testing (ALT), Highly Accelerated Life Testing (HALT), and Highly Accelerated Stress Screening (HASS)
The "Bathtub" or Weibull Curve
Reliability Block Diagrams
Redundancy, Preventive/Predictive Maintenance, and Derating and Methods for Improving Reliability
How Reliability Engineering is a key component in the product design and manufacturing processes
And much more!!

Who Should Attend

Mechanical engineers
Manufacturing engineers
Industrial engineers
Quality engineers
Quality technicians
Design engineer
Reliability engineers

Target Audiences

Mechanical engineers
Manufacturing engineers
Industrial engineers
Quality engineers
Quality technicians
Design engineer
Reliability engineers

Reliability is often referred to as “quality over time”. And this idea of reliability that was birthed in the early days of electronics and aviation, now extends into every sector of consumer and industrial products. Automobiles, airplane, televisions and computers have all found their way into the hands of everyday consumers because of the advancement in reliability engineering.

In “An Introduction to Reliability Engineering”, we present an overview of the major concepts in the field of study including:

– The single reason of why things fail

– Strength / load analysis

– Statistical analysis using the Normal and Exponential distributions

– Accelerated Life Testing (ALT)

– Reliability block diagrams

– Assessing the reliability of systems

– Reliability improvement

– Highly Accelerated Life Testing (HALT) and Highly Accelerated Stress Screening (HASS)

– Preventive and predictive maintenance

– And MUCH MORE!!!

This class is designed for the quality, manufacturing or engineering professional looking to expand their skill set into this important field of study. “An Introduction to Reliability Engineering” will give you a foundational understanding of these key ideas and prepare you for more advanced training.

While an advanced understanding of statistics is required to become a reliability engineer, only a basic understanding of manufacturing, mathematics and Microsoft Excel is required to get started in this class.

Sign up today to begin your journey into the field of reliability engineering!!

Here’s what some of former students said about this course:

“This course was absolutely fantastic. The instructor is very engaging and knowledgeable of the topic … I had such a great time taking this course that I plan on enrolling in more of Ray Harkins’s classes. The video included in the “Bonus Section” has pointed me towards many great suggestions for that next class. Thank you very much Ray, and God bless!” – Gary E.

“Lots of important, interesting and fundamental information. Really enjoying it and learning lots.” – Matthew O.

Plus over 850 5-Star reviews!

Course Curriculum

Chapter 1: Introduction

Lecture 1: Introduction to this Class

Lecture 2: What is Reliability?

Lecture 3: What do Reliability Engineers do?

Lecture 4: Why Do Things Fail?

Lecture 5: Strength

Lecture 6: Strength Variation

Lecture 7: Destructive Testing

Lecture 8: Analyzing Reliability Test Data

Lecture 9: Preface to the Normal Distribution

Lecture 10: The Normal Distribution, Pt 1

Lecture 11: The Normal Distribution, Pt 2

Lecture 12: The Normal Distribution, Pt 3

Lecture 13: Understanding Load

Lecture 14: Field Research and Load Data

Lecture 15: Load – Strength Analysis, Pt 1

Lecture 16: Load – Strength Analysis, Pt 2

Lecture 17: The Z Score

Lecture 18: Load – Strength Analysis, Pt 3

Lecture 19: Load – Strength Analysis in Excel

Lecture 20: Changes to Strength Over TIme

Lecture 21: Life Testing

Lecture 22: Analyzing Life Data

Lecture 23: The Exponential Distribution, Pt 1

Lecture 24: The Exponential Distribution, Pt 2

Lecture 25: Accelerated Life Testing, Pt 1

Lecture 26: Accelerated Life Testing, Pt 2

Lecture 27: The Weibull Curve

Lecture 28: Reliability Block Diagrams, Pt 1

Lecture 29: Reliability Block Diagrams, Pt 2

Lecture 30: Reliability Improvements

Lecture 31: HALT and HASS

Lecture 32: Redundancy

Lecture 33: Derating

Lecture 34: Preventive and Predictive Maintenance

Lecture 35: Conclusion

Lecture 36: Introduction to the Extra Material

Lecture 37: Overall Equipment Effectiveness (OEE)

Lecture 38: Additional Resources in Reliability Engineering

Lecture 39: Bonus Lecture

Instructors

Ray Harkins, The Manufacturing Academy
Senior Manufacturing Professional, Online Educator

Rating Distribution

1 stars: 11 votes
2 stars: 23 votes
3 stars: 248 votes
4 stars: 1172 votes
5 stars: 1519 votes

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