Duration

1 day

Course Objectives

Ensure quality of measurement data by assessing and improving your measurement system performance.
Conduct, analyse and interpret a Variable Gage R&R study.
Analyse and interpret Gage R & R (ANOVA Method) using Minitab software.
As a practical and effective guide in applying MSA in IATF16949 organisations.

In this step-by-step, hands-on MSA workshop, you will learn:

Factors that affect the quality of your measurement data
Statistical properties of a good measurement system
Sources of measurement system variation.
Measurement system variation vs process variation.
Selection of gage type, purpose, supplier
Distinguish between variation due to accuracy, precision, repeatability, reproducibility, stability, linearity and resolution.
Methods of assessing measurement systems
Conduct, analyse and interpret a Gage R&R study – range method, average and range method, ANOVA method .
Analyse and interpret Gage R&R using ANOVA method on Minitab software.
Methods of assessing special types of measurement systems
Nested Variable Gage R&R study for destructive testing – methods to obtain test samples and dealing with within part and between part variation.
Dealing with excessive within-part variation – understand how it affects the integrity of your gage study.
Applications of gage R&R study when sample is non random or entire process range is not feasible.
Hands-on application of assessing a measurement system.
Develop an effective gage qualification package to ensure the reliability of your gage
Factors to consider, review and include, assessment of resources required
Ensure conformance of your gages to overall requirements

All engineering, technical, production and quality personnel involved in gage qualification and maintenance. All owners of measurement systems.

Programme scope, delivery arrangements and suitability are confirmed during enquiry.