Click here to see an interactive video describing the 7 kinds of waste. Also see this article summarizing the 7 kinds of waste.
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Click here to see an interactive video describing the 7 kinds of waste. Also see this article summarizing the 7 kinds of waste.
In this article I discuss the topic of Gaming the Metrics. I will be on Quality Digest TV to discuss the subject live with Quality Digest’s hosts. Join the fun at 11AM Pacific/2PM Eastern time by clicking here. If you miss the broadcast, you can find the recording here. (Tom’s segment appears about 12 minutes into the episode.)
CEOs report that their innovation efforts are hampered by unsupportive cultures, rigid organizational mindsets, and lack of processes and discipline. Lean Six Sigma addresses all of these issues. When done properly, Lean Six Sigma can be used to supercharge innovation. Find out more by attending this free webinar delivered by Thomas Pyzdek.
Click the link below to reserve your seat for this webinar.
Wednesday, January 18, 11:00AM EST. Click here to register.
Click here to view a recording of the webinar.
I held a Webinar for Pyzdek Institute students entitled Statistical Surprises and Absurdities. Topics discussed included sampling bias, misused and misleading averages, distorting results by use of selective data weighting, selective reporting, missing information, distorted graphics, Say What? and So What? statistics, and much more! Here’s the recording
Here’s a link to the slides presented in the webinar.
An overview of Six Sigma taken from one of the lessons in Pyzdek Institute Six Sigma Black Belt training.
The slides presented in this webinar are now available, click here.
Here’s an exercise from Pyzdek Institute Green Belt training. At a pharmaceutical company they have developed an IV drip device that has an advertised drip rate of 5 drops per minute. A sample of 10 “drippers” is taken from the process and tested by counting the number of drips that occur during a 10 minute span. The average for each dripper is found by dividing the total drops by 10. The results are (average drops per minute):
4.9
5.1
4.6
5.0
5.1
4.7
4.3
4.7
4.6
5.0
Use the t test to conduct a test of hypothesis and answer this question at a 95% confidence level: “Is the process producing IV drip devices that average 5 drops per minute?” Also use confidence intervals to answer the same question.
This video shows a way to answer these questions using the QI Macros software.