Automotive Industry Action Group (AIAG)

Applied SPC and MSA for Practitioners Classroom Training

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Improve your understanding of the integration of statistical process control (SPC) and measurement systems analysis (MSA) into IATF 16949 and discover how to develop a higher quality process control system by selecting and applying the appropriate statistical tools. Through a combination of instructor-led training and team exercises, you learn how SPC and MSA can be applied to a manufacturing environment. The goal is to illustrate how these techniques can be incorporated into a system to provide for not only process improvement, but also product improvement. Important: The course requires you to come with a laptop loaded with Excel®. It is also recommended that you download the following demos: QI Macros and Minitab (latest version) before arriving to the class.

Prerequisite
Must have a working knowledge of SPC and MSA or have completed Understanding and Implementing MSA and SPC training plus have a working knowledge of Excel®.


NOTE: Attendance to the entire course is required to receive a Certificate of Attendance with CEUs.

  • Improve the performance of your quality management system by practicing the basics of SPC, how SPC and MSA are interrelated, and the fundamental tools/techniques for both SPC and MSA.
  • Develop and execute plans to implement SPC and MSA, including which tools/techniques are applicable for differing circumstances.
  • Calculate and interpret following the steps in the SPC and MSA manuals.
  • Compare and contrast Prevention versus Detection
  • Identify Common and Special Causes of Variation
  • Utilize X-bar and R Charts: Construction, Setting Limits, Analysis, Process Control, Individual and Moving Range Charts: Construction, Setting Limits, Analysis, Process Control
  • Interpret Process Capability: Pp, Ppk, Cp, Cpk, Analysis
  • Read Attribute Charts: Proportion Nonconforming (p) Charts and Nonconformities (c) Charts; Construction, Setting Limits, Analysis, Process Control
  • Enable Process Stability
  • Define Measurement Systems and the Measurement Process
  • Interpret Measurement Studies for Stability, Bias, and Linearity with Examples
  • Interpret Measurement Studies for Repeatability and Reproducibility with Examples
  • Identify Measurement Uncertainty
  • Interpret Measurement Studies for Attributes with Examples
  • Relate SPC and MSA to ISO 9001:2008 and IATF 16949:2009

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