Six Sigma, done right, applied to manufacturing and engineering really works. The idea is to design a part or process, to function in 99.7% of the time. Basically, you evaluate a process or part, identify the settings that work "right" through statistical analysis, then design/produce it in a way that the tolerances are six standard deviations (±3σ) from the mean; hence Six Sigma. So any part produce in that envelope will work with any other part with great efficiency.
Problem is, "they" think it can be applied to anything and gets lost in the clutter. IMO, it's become more of management buzzword.
Problem is, "they" think it can be applied to anything and gets lost in the clutter. IMO, it's become more of management buzzword.
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