Your Reliability Engineering Professional Development Site
Let's have an in-depth discussion during the live webinar series events: Reliability Engineering Basics, Statistics, Accelerated Testing, Program Assessment, and Improvement. Catch up or review past events below.
To attend an upcoming live event, visit the Live Events section of the site, which lists the available upcoming webinars. Recordings are available via recorded videos or audio only via the podcast show.
Find one that looks interesting and register for the event. You will receive login directions and reminders prior to the event. Plus you will be able to join the discussion during the event.
Having a reliability target for your product is excellent. But how does that help all the little design teams, who make their own decisions on all the different parts of your system?
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What do you tell someone you just met when they ask, “So, what do you do?” Saying you’re a reliability engineer will likely get a polite nod or confused look. How do you explain what you do and why? Why is what we do as reliability-minded folk important? [Read more…]
The reliability engineering discipline, like all fields of endeavor, is changing. The inclusion of risk management, the shift to proactively avoiding field failures, and the increasing use of sensors and models all make the future fascinating.
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The reliability culture of an organization is about how individuals make decisions. It combines priorities & policies, behaviors & motivations, and information & capability. Understanding the current culture allows you to improve the culture.
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When you ‘pass’ a standard-based test, what does that mean? How can you use test results meaningfully besides just noting the product ‘passed’? Understanding the failure mechanisms at play, along with the statistics, is key. [Read more…]
Graphics, when used well, can convey easy-to-understand information. Reliability graphics may focus on trends in failure rates or the verification of improvement work. Often, reliability graphics convey time-to-failure patterns.
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When a product or system fails, there is a consequence. Often, there is a loss of value. Each warranty replacement costs money. Downtime may result in lost revenue. Do you know the full extent of the costs involved when something fails?
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When we make a measurement, we make a decision based on the data provided. It’s important to have data close enough to the actual measurement. What is the measurement error if something is supposed to be 2 cm long and we measure it at 2.1 cm?
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MTBF stands for ‘mean time between failure.’ This sounds intuitively easy to understand. But … if you haven’t taken the time to understand MTBF, and your organization relies on the reliability of its products, you are almost certainly in trouble. [Read more…]
Once a product is launched, it’s time to understand its performance. The design is done, and the assembly process is working. Now we can focus on answering the question: is the product hitting reliability targets or not?
Thus, we do field data analysis. [Read more…]
There are three approaches to setting tolerance limits for design elements. Each has ramifications for the eventual manufacturability and reliability performance—design for manufacturability and reliability hinges on correctly setting design tolerances. [Read more…]
The survival of an individual item is difficult to determine. Use and environmental conditions, along with material and assembly differences, count. Let’s explore how to model and use the naturally occurring variability to improve reliability performance. [Read more…]
The local weather affects your products and systems. Knowing the weather helps you plan your wardrobe for the day. Likewise, knowing the weather helps you design a product or system that can thrive in the weather conditions it will experience. [Read more…]
As a reliability professional, you will be asked to teach. You are part teacher, coach, mentor, and expert. Being effective enhances the understanding of reliability objectives and methods to achieve them. Let’s explore becoming an amazing teacher. [Read more…]
A good physics of failure (PoF) model helps you understand the impact of stresses on the time-to-failure distribution for a specific failure mechanism. Let’s discuss PoF models, including how to create and use them effectively. [Read more…]
