After learning of all MSA concepts, from this video on wards, we are going to learn all MSA tools one by one. In this video, we are going to learn 1st MSA tool i.e. “Type 1 Gage Study” with practical example.

The Type 1 Gage Study is typically performed before a Gage R&R Study, to identify any deficiencies in the measurement system. In a Type 1 Gage Study, measurements of one part measured by one operator are analysed to estimate the level of variation in the gage itself i.e. the gage repeatability and the accuracy of the measurements.

I have explained Type 1 Gage Study in very detailed including its data consideration (requirements), Hypotheses used in it, Illustration with practical example and detailed interpretation of the results.

I am sure, you will like it.

Hello Friends,

In this video, we are going to learn the 2nd MSA tool i.e. “Gage Run Chart” with a practical example.

The Gage Run Chart is used to assess differences in measurements between different operators and different parts. Using a gage run chart, we can do the following:

• Plot the data from a crossed gage R&R study to see how measurements vary between operators and parts. (we will see this is in detail in the coming videos)

• Identify sources of variation in your measurement system.

• Examine operator consistency in measurements over time.

I have explained Gage Run Chart in detail including its data consideration (requirements), Procedure to draw it in Minitab, Illustration with practical example and detailed interpretation of the results.

I am sure, you will like it.

Hello Friends,

This video is about the 3rd tool in Measurement System Analysis i.e. ‘Gage Linearity and Bias Study’ with a practical example.

Gage linearity and bias study is conducted by choosing parts or samples that cover the operating range of the gage. For each part, multiple measurements are made, and the average of the measurements is compared with the master part measurement.

Gage linearity and bias study uses the average of measurements and the master measurement to assess bias and linearity.

I have explained Gage Linearity and Bias Study in detail including its data consideration (requirements), Procedure to draw it in Minitab, Illustration with practical example and detailed interpretation of the results.

I am sure, you will like it.

Hello Friends,

We are going to learn 4th and most used tool in Measurement System Analysis from this video. It is ‘Gage R&R Study’ i.e. ‘Gage Repeatability and Reproducibility studies’. We will learn 1st part of this tool i.e. “Create Gage R&R Worksheet” in this video. I have elaborated this tool with a practical example in Minitab as well as SigmaXL.

The ‘Gage R&R Study worksheet’ is used to generate a data collection worksheet based on your specific Gage R&R Study. It requires a certain data organization so that your Gage analyses are performed correctly. In the 1st step, you need to specify the number of parts, operators and replicates for your study. The Automotive Industry Action Group (AIAG) recommended the study includes 10 Parts, 3 Operators and 3 Replicates.

I have explained ‘Create Gage R&R Study Worksheet’ in detail including its data consideration (requirements), Procedure to create it in Minitab as well as SigmaXL, Illustration with practical example and detailed interpretation of the results.

I am sure, you will like it.

Hello Friends,

We are going to learn 2nd part of Gage R&R i.e. Data collection and analysis of data from this video. In the analysis, there are 3 tools for continuous data depending on the scenario i.e. Gage R&R (Crossed), Gage R&R (Nested) and Gage R&R (Expanded).

I have elaborated “Gage R&R (Crossed)” in this video with a practical example for easy understanding and better clarity. Select Gage R&R Study (Crossed) when each part is measured multiple times by each operator. We must have a balanced design with random factors.

This video contains the following topics:

1) Concepts of (Crossed), (Nested) or (Expanded) Gage R&R Study

2) Selection of (Crossed), (Nested) or (Expanded) Gage R&R Study

3) Types of variations in Measurement System_ Repeatability and Reproducibility

4) Methods of Assessing Repeatability and Reproducibility_ X-bar & R Method and ANOVA Method

5) Gage R&R Study (Crossed) with a practical example in Minitab

6) Interpretation of results from Gage R&R Study (Crossed) in Minitab_ Session Window and Graph Window.

I am sure, you will like it.

Hello Friends,

We are going to learn the next important tool in Measurement System Analysis after Gage R&R Study (Crossed), and it is Gage R&R Study (Nested).

Select Gage R&R Study (Nested) when each part is measured by only one operator, such as in destructive testing. In destructive testing, the measured characteristic is different after the measurement process than it was at the beginning. Crash testing is an example of destructive testing.

I am going to explain this tool with a practical example for easy understanding and better clarity. This video contains the following topics:

1) Selection of Gage R&R Study (Nested)

2) Data considerations for Gage R&R Study (Nested)

3) Types of variations in Measurement System_ Repeatability and Reproducibility

4) Method of Assessing Repeatability and Reproducibility_ ANOVA Method

5) Gage R&R Study (Nested) with a practical example in Minitab

6) Selection Criteria (Acceptance criteria) for Measurement System

7) Interpretation of results from Gage R&R Study (Nested) in Minitab_ Session Window and Graph Window.

I am sure, you will like it.

Hello Friends,

We are going to learn the next important tool in Gage R&R Study in this video i.e. Gage R&R Study (Expanded).

The Gage R&R Study (Expanded) is used to assess the variation in your measurement system when one or more of the following conditions exist:

· You have more than two factors, for example, operator, gage, and part.

· You want to declare some factors as fixed factors.

· You have both crossed and nested factors.

· You have an unbalanced design.

I am going to explain this tool with a practical example for easy understanding and better clarity. This video contains the following topics:

1) Selection of Gage R&R Study (Expanded)

2) Data considerations for Gage R&R Study (Expanded)

3) Types of variations in Measurement System_ Repeatability and Reproducibility

4) Method of Assessing Repeatability and Reproducibility_ ANOVA Method

5) Gage R&R Study (Expanded) with a practical example in Minitab

6) Selection Criteria (Acceptance criteria) for Measurement System

7) Interpretation of results from Gage R&R Study (Expanded) in Minitab_ Session Window and Graph Window.

I am sure, you will like it.

Hello Friends,

We are going to learn the next most used tool in Measurement System Analysis from this video. It is “Attribute Agreement Analysis”. We will learn 1st part of this tool i.e. “Create Attribute Agreement Analysis Worksheet” in this video.

I have elaborated this tool with a practical example in Minitab.

Attribute Agreement Analysis is used to assess the agreement of subjective ratings or classifications given by multiple appraisers for both nominal and ordinal data. We need to use the “Create Attribute Agreement Analysis Worksheet” to generate a data collection worksheet for our specific attribute agreement analysis.

I have explained ‘Create Attribute Agreement Analysis Worksheet’ in very detailed including the following points:

· Its Data Consideration (Requirements),

· Procedure to create it in Minitab,

· Illustration with practical example and

· Detailed interpretation of the results.

I am sure, you will be liked it.

Hello Friends,

Once we learned to ‘Create Attribute Agreement Analysis worksheet’ in the last video, we must collect the data in random order and analyze it for the outcome, to predict the capability of Measurement System. This is the 2nd part of ‘Attribute Agreement Analysis’ I.e. Data collection and analysis of it.

Attribute Agreement Analysis is used to assess the agreement of subjective ratings or classifications given by multiple appraisers for both nominal and ordinal data.

I have explained ‘Attribute Agreement Analysis’ in Minitab will all the details including the following points:

· Practical Example of Attribute Agreement Analysis,

· Detailed procedure to carry out analysis in Minitab,

· Detailed interpretation of the results in the Session window as well as the Graph window.

I am sure, you will be liked it.