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This course will present control charts, which are used to determine with statistical precision the extent to which improved processes maintain improvement level performance with minimum variation and are, thus, under control. The course also will present the pre-control process, an easier and quicker method for determining whether an improved process produces products or services within specification limits. |
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This bundle includes:"Six Sigma--Statistical Process Control - 1.5 hours/PDUs" Item OPER0221"Control Charts and the Pre-control Process - 2.0 hours/PDUs" Item OPER0222"Six Sigma--Lean Tools for Control - 2.0 hours/PDUs" Item OPER0223"Six Sigma--Measurement System Re-analysis - 2.5 hours/PDUs" Item OPER0224 |
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In this course, you'll learn about both methodologies and how lean tools can be implemented during Six Sigma's Control phase. The purpose of Six Sigma's Control phase is to ensure that the previous improvements made by the Six Sigma team remain fixed, or in control, into the future. "Control" is the final step in the Six Sigma process improvement model, DMAIC (Define, Measure, Analyze, Improve, Control). |
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In this course, you will learn about Measurement System Re-analysis. During this phase, measurement system capability is re-assessed to ensure it remains adequate for the ever-improving process capability. You will focus on improving measurement system capability as the process capability improves. You'll learn about ongoing measures and actions used to sustain improvement and maintain the drive toward Six Sigma perfection. |
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This course, Six Sigma--Statistical Process Control, is a guide to understanding SPC and Six Sigma's strategies for ensuring that Improve phase gains stay fixed. In one lesson, you'll receive an overview of the DMAIC Control phase. In another lesson, you'll be introduced to SPC concepts and the all-important SPC tool, the control chart. |
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