
Working on the Right Things
Abstract
Philip and Fred discussing what should reliability engineers be working on that are the right things.
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Your Reliability Engineering Professional Development Site
by Philip Sage Leave a Comment

Philip and Fred discussing what should reliability engineers be working on that are the right things.
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by Dianna Deeney Leave a Comment


Dianna Deeney interviews Shere Tuckey about Crucial Conversations® in an engineering environment: how to prepare for and have difficult conversations with peers, managers, and everyone else. Shere gave a conference presentation about Crucial Conversations® titled, “How to be Persuasive Rather than Abrasive.”
This interview is part of our series, “A Chat with Cross Functional Experts”. Our focus is speaking with people that are typically part of a cross-functional team for new product development. We discuss their viewpoints and perspectives regarding new products, the values they bring to new product development, and how they’re involved and work with product design engineering teammates.
Shere is a Branch Chief in the Air Force Research Laboratory, Munitions Directorate, Eglin Air Force Base, Florida. She is responsible for advocating, planning, budgeting, organizing, and directing the execution of a high-priority technology development portfolio as well as direct supervision and management of all personnel within the branch. Over the last twenty-nine years, she has managed twelve different teams across many engineering disciplines from shock physics experimentation to weapon effects modeling and simulation.
Shere has taken a special interest in leadership, mentoring, and helping teams communicate effectively. After being asked to serve as the Dean of Leadership for her organization’s workforce development program, she became certified to teach the Crucial Conversations® course as a foundational element of leadership development.
She has taught five highly rated classes to high level managers, junior employees, and everyone in between. The positive feedback received from these classes and the course’s universal applicability, has motivated Shere to share this knowledge in as many forums as possible.
Shere also shares stories of success.
Listen to take your communications skills to another level, at work and everywhere else.
by Philip Sage Leave a Comment

Philip and Fred discussing how setting expectations impact reliability engineering tasks and results.
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by George Williams Leave a Comment

We have a very special guest, Cody Jackson, the owner of EffectivePdM, who will be sharing valuable insights on how to avoid costly unplanned downtime, eliminate electrical hazards, and transform your facilities into streamlined profitability machines through executing PdM inspections. 🛠️ Tune in now to learn more!
by Christopher Jackson Leave a Comment

Chris and Fred discuss the age-old problem or regulation. If the regulators are not the adults in the room, then we have a problem.
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by Michael Pfeifer, Ph.D., P.E. Leave a Comment

(Apologies up front – I recorded this episode using the wrong microphone. So, the sound quality is fair. I’ll do better next time.)
There are microscopic structures and processes in metals that have large effects on metal properties, performance, and reliability. Being able to conceptualize these structures and processes goes a long way toward understanding the behavior of metals and the effects of mechanical processing and heat treating on metal properties. In this episode I discuss some of the microscopic structures and their effects on metal properties.
I also discuss recent projects and a bonus at the end – some details about my recent trip to Seward, Alaska
by Dianna Deeney Leave a Comment


This is the wrap-up, final episode of our series – the 7th episode in our series about generating ideas with a team toward action.
Since the start of 2023, we focused on a few quality tools and methods to both generate ideas and then choose which idea to pursue.
We’ve talked about:
We also interviewed an expert in brainstorming and learned the importance of planning for teamwork, including choosing our team.
What have we learned through the last few weeks? Let’s highlight take-aways and next steps.
by Christopher Jackson Leave a Comment

Some of you have heard of HALT (and I don’t mean someone asking you to stop). HALT is a very powerful form of testing that really helps us improve the robustness and reliability of new products. So what is HALT? HALT is a targeted test strategy to stress your amazing new product to (and beyond) its limits. Which means HALT will break your product (or prototype). Over and over again. Some people ask ‘so what … of course it was going to break when you pushed it that hard?’ But there is a method to this madness. And many organizations have used HALT to create amazing new products that are robust and reliable very quickly (with competitors struggling to understand why). Want to learn more? See you at this webinar!
[Read more…]
by Christopher Jackson Leave a Comment

Chris and Fred discuss what is the first thing with you do when someone gives you lots of information. What do you do?
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by Greg Hutchins Leave a Comment

Greg and Fred discussing how to set up a risk assessment program.
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by Dianna Deeney Leave a Comment

We’re in our 6th episode into our series about generating ideas with our team toward action. The first two episodes were all about idea generation. The 3rd through 5th episodes was about using Quality Tools to help us group, explore, prioritize, and decide on an idea.
There’s one more method to consider in this series: a design sprint.
A design sprint utilizes all of these things we’ve been talking about. We talk about the book Sprint: How to Solve Big Problems and Test New Ideas in Just Five Days and how these ideas fit together.
by Mike Konrad Leave a Comment

On this show, we’ve discussed many aspects of the Electronics assembly process. We talked about reflow, thermal management, printing, soldering materials, additives, and so much more. What do all these topics have in common? When done correctly, they all contribute to the reliability of circuit assemblies.
Today, we’re going to dive into the subject of cleaning circuit assemblies after reflow. For many assemblers, the cleaning process was replaced by the use of no clean flux technology. Time and technology have eroded the concept of allowing all residues to remain on the assembly. Today, residue caused failures are such a concern, that IPC recently and radically changed the way circuit assemblies are considered to be clean.
My guests today are Sal Sparacino and Eric Camden. Sal is Director of Sales at Zestron Americas, located in Manassas Virginia. Zestron is a manufacturer of cleaning chemicals for the electronics industry. Eric is Lead Investigator for Foresite, an analytical laboratory based in Kokomo Indiana. Eric, is the guy you call when things go wrong. Together with my experience as a cleaning equipment manufacturer, we’ll discuss how cleaning contributes to increased reliability, and we’ll review the reasons cleaning has returned as a mainstream assembly process.
Guest Contact Info:
Sal Sparacino
sal.sparacino@zestronusa.com
https://www.zestron.com
Eric Camden
ericc@foresiteinc.com
https://www.foresiteinc.com

Greg and Fred discussing how assumptions in reliability and quality engineering are highly critical. We all know what assume can stand for: make an ‘ass of u and me.’
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Kirk and Fred discussing how much we should invest in backup power or systems redundancy to prepare for rare weather or use conditions.
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by Michael Pfeifer, Ph.D., P.E. Leave a Comment

In this episode Michael discusses the metals engineering perspective to component design. The concepts actually apply to all materials – metals, polymer, ceramics, and new classes of materials.
No matter the application, the considerations when designing a component are always the same. It’s necessary to understand all the design requirements when selecting materials and finalizing a component’s shape and features. The design requirements include performance, reliability, weight, cost, how the component will be fabricated, and how it will be joined to other components. With this information it’s possible to identify alloys and make changes to the component’s shape and features as needed to meet the design requirements at low-cost. Often, trade-offs between component materials and form are made to optimize the design. This is especially important for design for manufacturability to keep costs down and ensure a receptive supply base.
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