2015 Recommended References Survey Results


This is the first annual survey to find what you recommend for those preparing for the ASQ CRE exam.

See the full list of reliability references for the CRE exam, for reliability and maintenance engineers at Accendo Reliability.

As a reliability engineer you may have wondered which references are the most useful. Or as an accomplished CRE you may have been asked for recommendations. Either way, thanks for contributing to the:

Annual ASQ CRE Exam Recommended References Survey

The Typeform powered survey open in December 2015 enjoyed 78 unique visits and while not everyone completed the survey, we did get many responses. Average response time was 2 minutes and 47 seconds, which was twice as long as expected. Thanks for putting some thought into your responses.

Unnecessary to Essential Scoring

The first set of questions as you to rank five references as from 1. Unnecessary to 5. Essential. In short which references do you plan to take with you (or recommend) for the exam.

The CRE Primer from the Quality Council of Indiana and Practical Reliability Engineering by O’Conor & Kleyner with an 4.08 and 4.09 average score, respectively top the list or recommended references.

A good statistics textbook and the Handbook of Reliability Engineering and Management with average scores of 3.50 and 3.36, respectively, are our collective third and fourth recommendations.

Juran’s Quality Handbook with an average score of 2.83 was not seen as essential.

Score     Reference

4.09       Practical Reliability Engineering

4.08       CRE Primer

3.50        a  good statistics textbook

3.36        Handbook of Reliability Engineering and Management

2.83        Juran’s Quality Handbook

Recommendations to Drop

The next question asked which of the five references should be dropped from the list. In short, which would you not recommend?

Jus under half of respondents listed a title to drop. In order of frequency they are:

17%   Handbook of Reliability Engineering and Management

8%     none

8%     CRE Primer

4%      A good statistics book

4%      Applied Reliability by Tobias (not on list, so this might be a recommendation)

In general, it appears the older text, 2nd edition published in 1996, the Handbook of Reliability Engineering and Management is not highly recommended. Reluctantly, I’ll drop it from the list. It was my first general book on reliability engineering and I knew and worked with one of the authors (Dick Moss).

Recommendations to Add

This question enjoy responses, sometimes multiple responses, by nearly two thirds of respondents. We do like our references. Here are the recommended additions to the reference list in order of frequency of mention:

12%     CRE Handbook by Benbow & Broome [ed. full title is The Certified Reliability Engineer Handbook, 2nd edition]

8%       Reliability Statistics��by Dovich

And one person each recommended adding the following:

Practical Engineering, Process, and Reliability Statistics by Durivage

Reliability Engineering Handbook, v 1 & 2, by Dimitri

Weibull [ed. maybe? The New Weibull Analysis Handbook by Abernathy]

Some book on PoF [ed. any recommendations here?]

Applied Reliability by Tobias and Trindade

Design for Reliability by Crowe & Feinberg

How to Analyze Reliability Data by Nelson

One person commented that the list was good and recommended using one book’s index for all the references. Just add the other book’s page numbers for each index listing in pencil.

Based on the survey we will add the The Certified Reliability Engineer Handbook, 2nd edition to the recommended list.

Thanks to all that participated in the survey.

This entry was posted in CRE Prep and tagged by Fred Schenkelberg. Bookmark the permalink.
Unknown's avatar

About Fred Schenkelberg

I am an experienced reliability engineering and management consultant with FMS Reliability, a consulting firm I founded in 2004. I left Hewlett Packard (HP)’s Reliability Team, where I helped create a culture of reliability across the organization, to assist other organizations. Given the scope of my work, I am considered an international authority on reliability engineering. My passion is working with teams to improve product reliability, customer satisfaction, and efficiencies in product development; and to reduce product risk and warranty costs. I have a Bachelor of Science in Physics from the United States Military Academy and a Master of Science in Statistics from Stanford University.

Leave a comment