#413 – REWARDS AND INCENTIVES: HAVE AN IMPACT ON RELIABILITY – FRED SCHENKELBERG

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A maxim of business management is to measure what is important.

The focus on aligning metrics, rewards, and incentives is not a new concept. Many businesses create target focused incentives with the expectation it will assist achieving those important business goals.

In many cases, simply monitoring a metric improve the team’s ability to achieve a specific goal. Continue reading

#412 – RELIABILITY QUESTIONS TO ASK YOUR SUPPLIER – FRED SCHENKELBERG

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Here’s a question for you: Do you ask your suppliers the right questions concerning reliability?

Probably not.

If you are getting the right information from your suppliers, then you would enjoy few supplier related field issues, or as little downtime or low warranty costs.

Asking the right set of questions will help you gain the understanding you need to improve your reliability performance. Continue reading

#411 – FIVE WAYS YOU KNOW A RELIABILITY PROGRAM IS WORKING – FRED SCHENKELBERG

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When your reliability program is working well, it may be difficult to recognize the benefits incurred.

Likewise, when the program is not working, it is obvious.

As you work to improve your program, keep in mind you may need to include elements to ensure your efforts remain visible.

I don’t mean staging field issues that you can solve quickly, rather that you are able to show the impact you and your program make to the organization. Continue reading

#410 – STARTING A CAREER IN RELIABILITY ENGINEERING – FRED SCHENKELBERG

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Reliability engineers all have a start.

A point zero.

The transition point from pursuing something else, or nothing at all, then we begin our journey as a reliability engineering professional.

Getting started can be difficult and at times overwhelming.

Then you find Accendo Reliability and there is a lot of great content, maybe too much. So, this short article has the intent to create a starting point for you. Continue reading

#409 – INTRODUCTION TO DERATING – FRED SCHENKELBERG

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Derating is the selection of components and materials according to a set of standardized safety-margin definitions.

It is used by design engineers to ensure the selected elements of the design do not experience performance problems due to overstress conditions. Continue reading