Measurment System Analysis (Gage R&R Studies) is a core component of the QS9000/ TS16949 Automotive Quality System Requirements. Measurement system analysis (MSA) technique is an important method which is used to analyze and measurment capability of a measurment system in a systematic way This course describes the complete philosophy, principle and methods of repeatability and reproducibility (R&R) in MSA and also introduces MSA techniques into the field of non-destructive testing (NDT). Sample worksheets will be given and value of R&R will be calculated and discussed."

MSA and Six Sigma is one of the core components of the Six Sigma approach. Many problems encountered with Statistical Process Control (SPC) and Design of Experiments (DOE) are caused by problems with measurment systems. This full fledged course could be best suited to anybody who is concerned with process improvement with Six Sigma. In this course you will gain a thorough understanding of how to validate and improve your measurment system.

To explain various sources of measurment system uncertainty.
Assessment of linearity, stability, repeatability, and reproducibility of a Measurment process. 
Support in setting up a measurment and Calibration system.

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Accuracy and Precision
Specifications vs Control limits
Measurment Errors
Measuring Equipments
Gage R&R Studies
Bias and the Tolerance
Repeatability and Reproducibility
The control chart methods
Percentage Error
Number of Data Categories Guidelines
Measurment Study
Gage R & R sample Exercises
Gage/instrument calibration program

R&R analysis for non-destructive measurments.
Appraiser and Measurment Errors
Confidence Limits and the Bias
Regression Analysis
Attribute Gage R and R
Gage R and R software and review
Tracebility and Calibration frequencies

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