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Quality Engineering and Design of Experiments, Lecture Slides
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- Chapter 1: Taguchi Methods Overview, Section 1.1: A Historical Review
- Chapter 1: Taguchi Methods Overview, Section 1.2: Design of Tile Manufacturing Process
- Chapter 1: Taguchi Methods Overview, Section 1.3: Design of a Brake Assembly
- Chapter 1: Taguchi Methods Overview, Section 1.4: Taguchi Methods Summary
- Chapter 2: Basics of Data Analysis, Section 2.1: Basic Statistics
- Chapter 3: Experiments with Orthogonal Arrays, Section 3.1: Methods of Experimental Design
- Chapter 3: Experiments with Orthogonal Arrays, Section 3.2: Building of Empirical Models
- Chapter 3: Experiments with Orthogonal Arrays, Section 3.3: Additive Models
- Chapter 3: Experiments with Orthogonal Arrays, Section 3.4: Additive Models with Interactions
- Chapter 3: Experiments with Orthogonal Arrays, Section 3.5: Overview of Orthogonal Arrays
- Chapter 4: Measure of Quality, Section 4.1: Methods of Quality Measurement
- Chapter 4: Measure of Quality, Section 4.2: Quality Loss
- Chapter 4: Measure of Quality, Section 4.3: S/N Ratios
- Chapter 4: Measure of Quality, Section 4.4: Numerical Meanings of S/N Ratios
- Chapter 4: Measure of Quality, Section 4.5: Polysilicon Deposition Process
- Chapter 4: Measure of Quality, Section 4.6: Other Types of Ideal Functions
- Chapter 5: Analysis of Variance, Section 5.1: Decomposition of Variations
- Chapter 5: Analysis of Variance, Section 5.2: Significance Tests
- Chapter 5: Analysis of Variance, Section 5.3: Pooling of Errors
- Chapter 5: Analysis of Variance, Section 5.4: Confidence Intervals
- Chapter 6: Robust Quality Design, Section 6.1: Robustness
- Chapter 6: Robust Quality Design, Section 6.2: Reducing Interactions
- Chapter 6: Robust Quality Design, Section 6.3: Efficiency of Experiments
- Chapter 7: Exploring Orthogonal Arrays, Section 7.1: Construction of Orthogonal Arrays
Quality Engineering and Design of Experiments, Homework Assignments
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Quality Engineering and Design of Experiments, Supplementary Materials
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Quality Engineering and Design of Experiments, Grade Sheet
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