Fundamentals of Quality Engineering
PDH

Program Overview

The Fundamentals of Quality Engineering is an introductory course that addresses issues of quantifying quality, use of quality control approaches for variables and attributes, shift detection in process mean and variance, optimum tolerance design, quality loss and multivariate quality control. Quality engineers are responsible for ensuring the highest standards of products and services. These specialized engineers maintain these standards by identifying mistakes and learning to prevent them.

Who Should Attend?

This course is for professional engineers with an interest in understanding the fundamentals of product quality and control.

Skills You Will Acquire

You will gain an understanding of the quality control system. You will also learn how to evaluate and prevent product failures, how to work with control charts, and tolerance design.

Program Outline

1. Quality Value and Engineering
2. Quality Definitions
3. Quality Engineering
4. Quality and Process Capability
5. Traditional Quality Control Process
6. Variable Control Charts
7. Attribute Control Charts
8. Loss Function and Quality Level
9. Derivation of the Loss Function
10. Types of Characteristics
11. Quality Evaluations for Different Characteristics
12. Tolerance Design
13. N Type
14. L Type
15. S Type
16. Method for Process Improvements
17. Preventive Tool Change
18. Automatic Process Diagnosis
19. Use of Redundant Machines>
20. Off-Line Quality Engineering
21. Sensors Technology

Text Book

Course materials and handouts will be provided.

Course completed
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