by Dianna Deeney
<p>Quality during Design is a production of Deeney Enterprises, LLC. It is a podcast for product designers, engineers, and anyone else who cares about creating high-quality products. In each episode, we explore the principles of quality design, from user-centered thinking to iterative development. We introduce frameworks to make better design decisions and reduce costly re-designs. We explore ways to co-work with cross-functional teams. We also talk to experts in the field about their experiences and insights. <br><br></p><p>Join host Dianna Deeney in using quality thinking throughout the design process to create products others love, for less. Whether you're a seasoned designer or just starting out, looking to improve your existing designs or start from scratch, Quality during Design is the podcast for you. </p>
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Publishing Since
3/3/2021
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April 17, 2025
Send us a text Ever wondered if you're wasting resources by setting unnecessarily high confidence levels for your reliability requirements? You're not alone. Many engineering teams default to 95% or 99% confidence without considering the downstream impact on testing timelines and resources. This episode tackles a question that's been coming up frequently from listeners: how to choose appropriate confidence levels for reliability requirements and test methods. Rather than making arbitrary dec...
April 3, 2025
Send us a text As a Generation X engineer, I've watched design processes evolve from manual drafting kits and hand-derived equations to sophisticated CAD systems powered by artificial intelligence. What fascinates me most isn't the replacement of skills but their enhancement. The engineering fundamentals I learned decades ago haven't become obsolete. They've become more powerful when paired with AI and machine learning tools. Today's design engineers have unprecedented autonomy. Tasks that o...
March 20, 2025
Send us a text Good reliability requirements are going to drive our design decisions relating to the concept, the components, the materials, and other stuff. So, the moment to start defining reliability requirements is early in the design process. But, what makes a well-defined reliability requirement? There are five aspects it should cover: do you know what they are? We'll describe what makes a good reliability requirement and examples of common (but not good) requirements. Visit the pod...
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