At Epec, engineers are expected to find innovative solutions to problems and develop them quickly and accurately so that customers can get quality product delivered on time. In this blog post, I will discuss how the 80-20 rule can be used in conjunction with our classic engineering design process to reach solutions faster.
Maybe you have heard of technical writing before, or maybe this is your first-time hearing about it. The chances are good, however, that you have seen or experienced technical writing already in your life. It is an established practice within the industrialized world, but what is it?
In my last blog post, I reviewed the 5 why problem-solving method. In this blog post, we will continue this discussion so if you have not seen Part 1, I suggest you read that post first and then come back here.
In my last blog post, Five Why Root Cause Analysis Starts with a Good Problem Statement, I recommended that problem-solving teams develop well-crafted problem statements. This blog post will discuss the best practices for the five why method of root cause analysis.
It's never a great sign of the times when you wake up every day and know you need to check the news before starting work to see what the newest challenges are you're going to have to deal with. Unfortunately, this trend became standard practice within our industry in 2018. Typically, most companies spend their time and money trying to find new ways to speed up service or new products to help their customers. But for most of this past year, it was about working closely with your customers on their existing business to minimize damage from all the new costs that were quickly being added to our industry.
The average American “holiday season” usually begins somewhere around Halloween and continues at a frantic pace through January 1st. For those of us who work in supply chain management, the holiday season has a completely different meaning.
Printed circuit board (PCB) designers often find themselves at odds with their purchasing and marketing departments after a design goes out for bids and comes back with a larger than expected price tag. Once the source of the high cost is identified, the questions fly, the fingers point, and the nerves fray.
While gold plating is frequently used for printed circuits boards (PCBs), selecting the most useful gold PCB surface finish can be somewhat more of a mystery. Understanding the different compositions and practical uses of gold finishes such as ENIG, ENEPIG, and gold fingers can help you find the right finish to match your circuit board needs.
The holiday season is truly an exciting time of the year for many Americans, but inadequate planning for your custom cable assembly can create some less than desirable commotion for your company. Christmas is closing in and manufacturers are already gearing up for the approaching holiday season.
There are many areas to consider when designing and building cost-effective custom cable assemblies. The areas of primarily importance to be reviewed are the raw material selection, ensuring your assembly is designed for ease of manufacturability, choosing the correct connector, and correctly specifying the criteria the assembly should meet or exceed. If all of these areas are optimized correctly in the design stage, you stand the best chance of keeping your manufacturing costs as low as possible.