1. Meaning of statistical methods for quality management. Quality characteristics and random variables.
2. Fundamentals of mathematical statistics and theory of probability (repetition).
3. Analysis of the process variation. Common and assignable causes of the process variation.
Explanation of the therms „Statistically stable process“, „Capable process“, their relationships.
4. Basic description and examples of application of SQC methods.
5. Check sheets. Flow charts (theory, interpretation, application).
6. Histograms (theory, interpretation, application).
7. Scatter plots (theory, interpretation, application). Basics of regression and correlation analysis.
8. Fishbone diagram. Brainstorming.
9. Pareto analysis.
10. Basics of statistical process control (SPC). Shewhart control charts.
11. Variables SPC.
12. Attributes SPC.
13. Basics of acceptance sampling. Sampling plans. Operating characteristics curve.
14. ISO standards for SPC and acceptance sampling.
2. Fundamentals of mathematical statistics and theory of probability (repetition).
3. Analysis of the process variation. Common and assignable causes of the process variation.
Explanation of the therms „Statistically stable process“, „Capable process“, their relationships.
4. Basic description and examples of application of SQC methods.
5. Check sheets. Flow charts (theory, interpretation, application).
6. Histograms (theory, interpretation, application).
7. Scatter plots (theory, interpretation, application). Basics of regression and correlation analysis.
8. Fishbone diagram. Brainstorming.
9. Pareto analysis.
10. Basics of statistical process control (SPC). Shewhart control charts.
11. Variables SPC.
12. Attributes SPC.
13. Basics of acceptance sampling. Sampling plans. Operating characteristics curve.
14. ISO standards for SPC and acceptance sampling.