CQE: Certified Quality Engineer

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Prepare for your ASQ examination with our training course. The CQE course contains a complete batch of videos that will provide you with profound and thorough knowledge related to ASQ certification exam. Pass the ASQ CQE test with flying colors.
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Curriculum For This Course

  • 1. 2A-1 Basic elements 5m
  • 2. 2A-2 Design 4m
  • 3. 2B-1 Document components 7m
  • 4. 2B-2 Document control 8m
  • 5. 2C-1 Quality Standards and Other Guidelines 5m
  • 6. 2C-2 ISO 9000 Series of Standards 3m
  • 7. 2C-3 ISO 9001 Revision History 2m
  • 8. 2C-4 ISO 9001:2015 Reasons Behind the Revision 4m
  • 9. 2C-5 ISO 9001:2015 Key Changes 5m
  • 10. 2C-6 ISO 9001 Clauses Explained 12m
  • 11. 2C-7 Quality Awards - MBNQA 6m
  • 12. 2D1-1 Types of audits Product Process System 4m
  • 13. 2D1-2 Types of audits First Second and Third Party 5m
  • 14. 2D2-1 Roles and responsibilities in audits 7m
  • 15. 2D2-2 Additional Roles and responsibilities in audits 3m
  • 16. 2D-3 Audit planning and implementation 5m
  • 17. 2D-4 Audit reporting and follow- up 8m
  • 18. 2E-1 Cost of Quality (COQ) - Introduction 4m
  • 19. 2E-2 Cost of Quality Classification 7m
  • 20. 2E-3 Cost of Quality Why & Optimum Costs 8m
  • 21. 2E-4 Cost of Quality Taguchi Loss Function 8m
  • 22. 2E-5 Cost of Quality Example of Taguchi Loss Function 3m
  • 23. 2E-6 Taguchi Loss Function three models 2m
  • 24. 2F-1 Quality Training ADDIE Model 3m
  • 25. 2F-2 Quality Training Kirkpatrick Model 4m
  • 1. 3A Classification of Quality Characteristics 5m
  • 2. 3A Service Quality Characteristics 6m
  • 3. 3B-1 Design Inputs - Introduction 3m
  • 4. 3B-1 Design Input Tools 5m
  • 5. 3B-1 Robust Design - Introduction 6m
  • 6. 3B-1 Robust Design - Control and Noise Factors 5m
  • 7. 3B-1 Robust Design - Type of Noise Factors 2m
  • 8. 3B-1 Robust Design - Ways to Reduce the Effect of Noise - Part 1 5m
  • 9. 3B-1 Robust Design - Ways to Reduce the Effect of Noise - Part 2 6m
  • 10. 3B-1 Robust Design - Signal to Noise Ratio (SNR) 8m
  • 11. 3B-1 Failure Mode and Effects Analysis (FMEA) - Introduction 4m
  • 12. 3B-1 Failure Mode and Effects Analysis (FMEA) - Part 1 8m
  • 13. 3B-1 Failure Mode and Effects Analysis (FMEA) - Part 2 4m
  • 14. 3B-1 Failure Mode and Effects Analysis (FMEA) - Part 3 4m
  • 15. 3B-1 Quality Function Deployment (QFD) 3m
  • 16. 3B-1 Design for X - Introduction 3m
  • 17. 3B-1 Design for X - Part 1 8m
  • 18. 3B-1 Design for X - Part 2 4m
  • 19. 3B-1 Design for Six Sigma (DFSS) 10m
  • 20. 3B-2 Design Review 5m
  • 21. 3C Technical Drawing and Specifications - Projections 8m
  • 22. 3C Drawing - First Angle Projection Symbol 5m
  • 23. 3C Drawing - First Angle Projection Example 4m
  • 24. 3C Drawing - Third Angle Projection Symbol 4m
  • 25. 3C Drawing - Third Angle Projection Example 4m
  • 26. 3C Drawing - Title Block 8m
  • 27. 3C Drawing - Line Types 5m
  • 28. 3C Drawing - Dimensioning 4m
  • 29. 3C Drawing - Tolerances 10m
  • 30. 3C Geometric Dimensioning & Tolerancing (GD&T) - Intro 3m
  • 31. 3C Geometric Dimensioning & Tolerancing (GD&T) - Part 1 4m
  • 32. 3C Geometric Dimensioning & Tolerancing (GD&T) - Part 2 2m
  • 33. 3C Geometric Dimensioning & Tolerancing (GD&T) - Part 3 6m
  • 34. 3D Verification and Validation 4m
  • 35. 3E-1 Predictive and Preventive Maintenance 5m
  • 36. 3E-2 Reliability and Maintainability Indices 7m
  • 37. 3E-2 Measuring Reliability 3m
  • 38. 3E-2 Mean Time to Failure - MTTF 5m
  • 39. 3E-2 Mean Time Between Failures - MTBF 3m
  • 40. 3E-2 Solved Questions - Mean Time Between Failures - MTBF 4m
  • 41. 3E-2 Mean Time Between Failures - MTBF - Probability Distribution 6m
  • 42. 3E-2 Mean Time to Repair - MTTR 2m
  • 43. 3E-3 Reliability Models - Introduction 7m
  • 44. 3E-3 Reliability Hazard Function 4m
  • 45. 3E-3 Bathtub Curve 5m
  • 46. 3E-3 Bathtub Curve - Distributions 5m
  • 47. 3E-3 Back to Basics - Probability 9m
  • 48. Probability - Type of Events 5m
  • 49. 3E-3 Probability - Addition Rule 4m
  • 50. 3E-3 Probability - Multiplication Rule 5m
  • 51. 3E-3 Reliability Example - Part 1 5m
  • 52. 3E-3 Reliability Example - Part 2 4m
  • 53. 3E-3 System Reliability Components in Series 4m
  • 54. 3E-3 System Reliability Components in Parallel 4m
  • 55. 3E-3 System Reliability Example 11m
  • 56. 3E-3 Weibull Distribution 8m
  • 57. 3E-3 Exponential Distribution 6m
  • 58. 3E-3 Exponential Distribution Summary 4m
  • 59. 3E-3 Exponential Distribution - Example 1 4m
  • 60. 3E-3 Exponential Distribution - Example 2 4m
  • 61. 3E-3 Exponential Distribution - Example 3 4m
  • 62. 3E-4 Fault Tree Analysis 6m
  • 63. 3E-4 Fault Tree Analysis - Example 5m
  • 1. 4 -Product and Process Control (25Questions) 3m
  • 2. 4A Methods - Control Plan 5m
  • 3. 4A Methods - Critical Control Point (CCP) Identification 4m
  • 4. 4A Methods - Work Instructions and Validation 4m
  • 5. 4B-1 Material Identification, Status, and Traceability 8m
  • 6. 4B-2 Material Segregation 2m
  • 7. 4B-3 Material Classification 9m
  • 8. 4B-4 Material Review Board (MRB) 3m
  • 9. 4C Acceptance Sampling - Introduction 5m
  • 10. 4C-1 Sample vs Population 5m
  • 11. 4C-1 Sampling Errors 8m
  • 12. 4C-1 Acceptance Sampling Standards ANSI Z1.4 and Z1.9, MIL-STD-104 and 414 4m
  • 13. 4C-1 Acceptable Quality Limit (AQL) 7m
  • 14. 4C-1 Rejectable Quality Limit (RQL) 4m
  • 15. 4C-1 Operating Characteristic (OC) Curve Introduction 6m
  • 16. 4C-1 Plotting an OC Curve - Part 1 6m
  • 17. 4C-1 Plotting an OC Curve - Part 2 7m
  • 18. 4C-1 Plotting an OC Curve - Part 3 6m
  • 19. 4C-1 Average Outgoing Quality (AOQ) 7m
  • 20. 4C-1 Average Outgoing Quality Limit (AOQL) 3m
  • 21. 4C-1 Average Total Inspection (ATI) 6m
  • 22. 4C-2 Sampling Standards 3m
  • 23. 4C-2 Attribute Sampling 4m
  • 24. 4C-2 Attribute Sampling - Two Examples 5m
  • 25. 4C-2 Inspection Levels 6m
  • 26. 4C-2 Reduced Normal and Tightened Inspection 6m
  • 27. 4C-2 Single, Double, and Multiple Sampling 10m
  • 28. 4C-2 Dodge Romig Sampling Plans 9m
  • 29. 4C-2 Variable Sampling 8m
  • 30. 4C-3 Sample Integrity 3m
  • 31. 4D-1 Measurement Tools 9m
  • 32. 4D -2 Destructive Tests 10m
  • 33. 4D-2 Nondestructive Tests Part 1 3m
  • 34. 4D-2 Nondestructive Tests Part 2 10m
  • 35. 4E Metrology 12m
  • 36. 4F Measurement system analysis (MSA) - Introduction 14m
  • 37. 4F - MSA - Accuracy - Bias, Linearity and Stability 7m
  • 38. 4F - MSA - Precision - Repeatability and Reproducibility / PT Ratio 13m
  • 39. 4F - Gage R&R - Three Methods - Introduction 5m
  • 40. 4F - Gage R&R - Range Method 6m
  • 41. 4F - Gage R&R - Average and Range Method 19m
  • 42. 4F - Gage R&R - ANOVA Method 12m
  • 43. 4F Number of Distinct Categories (NDC) 10m
  • 44. 4F Crossed vs Nested Studies 4m
  • 1. 5A Quality Control Tools - Introduction 2m
  • 2. 5A QC Tools - 1 5m
  • 3. 5A QC Tools - 2 5m
  • 4. 5A QC Tools - 3 5m
  • 5. 5A QC Tools - 4 5m
  • 6. 5A QC Tools - 5 4m
  • 7. 5A QC Tools - 6 5m
  • 8. 5A QC Tools - 7 5m
  • 9. 5A QC Tools - Flow Chart (additional tool in ASQ CQE BoK) 5m
  • 10. 5B QM&P Tools - 1a 4m
  • 11. 5B QM&P Tools - 1b 3m
  • 12. 5B QM&P Tools - 2 3m
  • 13. 5B QM&P Tools - 3 4m
  • 14. 5B QM&P Tools - 4 8m
  • 15. 5B QM&P Tools - 5 6m
  • 16. 5B QM&P Tools - 6 3m
  • 17. 5B QM&P Tools - 7 25m
  • 18. 5C-2 Kaizen 3m
  • 19. 5C-3 Plan-do-check-act (PDCA) 2m
  • 20. 5C-5 Theory of Constraints (TOC) - Introduction 9m
  • 21. 5C-5 Theory of Constraints (TOC) - Five Steps 4m
  • 22. 5C-5 Theory of Constraints (TOC) - Drum Buffer Rope 5m
  • 23. 5D1 - 5S Workplace Improvement 5m
  • 24. 5D2 - Value-stream Mapping (VSM) 7m
  • 25. 5D3 - Kanban 6m
  • 26. 5D4 Visual Control 6m
  • 27. 5D5 Waste (Muda) 8m
  • 28. 5D5 - Types of Muda - Part 1 11m
  • 29. 5D5 - Types of Muda - Part 2 13m
  • 30. 5D6 - Standardized Work 3m
  • 31. 5D7 - Takt Time and other Process Matrics 17m
  • 32. 5D8 - Single Minute Exchange of Die (SMED) 7m
  • 33. 5E Corrective Action 5m
  • 34. 5E Root Cause Analysis (RCA) 2m
  • 35. 5F Preventive Action 3m
  • 36. 5F Poka-yoke for Preventive Action 3m
  • 37. 5F Robust Design for Preventive Action 4m
  • 1. 6A-1 Type of data 12m
  • 2. 6A-2 Measurement scales 12m
  • 3. 6A-3 Data Collection Methods 5m
  • 4. 6A-3 Data Coding 12m
  • 5. 6A-3 Missing Data 4m
  • 6. 6A-4 Data accuracy and integrity 8m
  • 7. 6A-5 Descriptive Statistics - Introduction 5m
  • 8. 6A-5 Measurements of Central Tendency 12m
  • 9. 6A-5 Measurements of Dispersion 12m
  • 10. 6A-6 Stem-and-leaf Plot 7m
  • 11. 6A-6 Box-and-Whisker Plot 4m
  • 12. 6A-6 Scatter Plot 3m
  • 13. 6A-7 Graphical Methods for Depicting Distributions 8m
  • 14. 6B-1 Terminology - Type I and Type II Errors 16m
  • 15. 6B-1 Hypothesis Testing Explained 13m
  • 16. 6B-1 How to read the Z Table? 9m
  • 17. 6B-1 Understanding the p Value 4m
  • 18. 6B-1 Calculating Sample Size 10m
  • 19. 6B-2 Drawing statistical conclusions 5m
  • 20. 6B-3 Probability Terms and Concepts - Part 1 8m
  • 21. 6B-3 Probability Terms and Concepts - Part 2 10m
  • 22. 6B-3 Probability Terms and Concepts - Part 3 16m
  • 23. 6B-3 Factorial, Permutations and Combinations 7m
  • 24. 6C Normal Probability Distribution 20m
  • 25. 6C Binomial Probability Distribution 16m
  • 26. 6C Bernoulli and Hypergeometric Distribution 10m
  • 27. 6C Poisson Distribution 6m
  • 28. 6D-1 Point Estimates and Confidence Intervals - Introduction 7m
  • 29. 6D-1 Factors Affecting Confidence Interval Width 6m
  • 30. 6D-1 Calculating Confidence Interval Using Z Table 5m
  • 31. 6D-1 Calculating Confidence Interval Using t Table 10m
  • 32. 6D-1 Calculating Confidence Interval for Proportions 5m
  • 33. 6D-1 Variance Confidence Interval 12m
  • 34. 6D-2 Hypothesis Testing - Introduction 5m
  • 35. 6D-2 One Sample z Test 7m
  • 36. 6D-2 One Sample t Test 6m
  • 37. 6D-2 One Sample Proportions Test 8m
  • 38. 6D-2 Two Sample z Test 17m
  • 39. 6D-2 Two Sample t Test - Introduction 9m
  • 40. 6D-2 Two Sample t Test - Example with Equal Variance 9m
  • 41. 6D-2 Two Sample t Test - Example with Un-equal Variance 10m
  • 42. 6D-3 Paired -comparision tests (Paired t Test) 8m
  • 43. 6D-3 Two Sample p Test 10m
  • 44. 6D-2 Tests for Variance 5m
  • 45. 6D-2 F Test for Comparing Variances 11m
  • 46. 6D-2 Chi-square Test for Variance 9m
  • 47. 6D-5 Analysis of Variance (ANOVA) - Introduction 9m
  • 48. 6D-5 ANOVA - Comparing Means Without Any Calculation 11m
  • 49. 6D-5 ANOVA Formulas 5m
  • 50. 6D-5 ANOVA Manual Calculations Example 15m
  • 51. 6D-5 ANOVA Using Microsoft Excel 4m
  • 52. 6D-5 ANOVA - Example (Expect something like this in the CQE exam) 3m
  • 53. 6D-4 Goodness -of-fit tests 11m
  • 54. 6D-6 Contingency Tables 14m
  • 55. 6D-6 Contingency Tables (Practice Problem) 2m
  • 56. 6E Simple Linear Correlation - Introduction 4m
  • 57. 6E Correlation Coefficient Manual Calculation 7m
  • 58. 6E Correlation Coefficient - Calculating Using MS Excel 3m
  • 59. 6E Correlation - Summary 5m
  • 60. 6E Correlation vs Causation 4m
  • 61. 6E Correlation - Confidence Interval 17m
  • 62. 6E Linear Regression - Coefficient of Determination 3m
  • 63. 6E Regression Equation - Manual Calculation 10m
  • 64. 6E Residual Analysis 4m
  • 65. 6E Time-series Analysis 10m
  • 66. 6F-1 Statistical Process Control (SPC) Objectives and Benefits 5m
  • 67. 6F-2 Common and Special Causes 5m
  • 68. 6F-3 Selection of Variable 5m
  • 69. 6F-4 Rational subgrouping 11m
  • 70. 6F-5 Selecting Control Charts 9m
  • 71. 6F-5 ImR or XmR Charts 10m
  • 72. 6F-5 X bar R Charts 8m
  • 73. 6F-5 X-bar s Charts 3m
  • 74. 6F-5 Attribute Control Charts - Introduction 7m
  • 75. 6F-5 nP Charts 6m
  • 76. 6F5 P Charts 8m
  • 77. 6F-5 C Charts 5m
  • 78. 6F-5 U Charts 4m
  • 79. 6F-6 Control Chart Analysis - Nelson Rules 18m
  • 80. 6F-6 Nelson Rules - Calculating Probabilities 6m
  • 81. 6F-7 Pre-control charts 7m
  • 82. 6F-8 Short- run SPC - Part 1 - Introduction and Difference Chart 8m
  • 83. 6F-8 Short- run SPC - Part 2 - Z-MR Chart 9m
  • 84. 6G Process Performance vs 11m
  • 85. 6G Process Capability Indices - Part 1 20m
  • 86. 6G Process Capability Indices - Cr - Part 1A 3m
  • 87. 6G Process Capability Indices - Part 2 7m
  • 88. 6G Process Performance Indices 8m
  • 89. 6G Conducting Process Capability Studies 4m
  • 90. 6H Design and Analysis of Experiments (DoE) Introduction 3m
  • 91. 6H-1 Terminology - Factors and Response 6m
  • 92. 6H-1 Terminology - An Example of Lauching Branded Coffee 7m
  • 93. 6H-1 Terminology - Interaction Chart 4m
  • 94. 6H-1 Terminology - Contour Plot 3m
  • 95. 6H-1 Terminology - Mathematical Equation 7m
  • 96. 6H-2 Planning and organizing experiments 17m
  • 97. 6H-3 Introducing Interaction 7m
  • 98. 6H-3 DOE Equation with Interaction 9m
  • 99. 6H-3 Design of Experiments - Definitions 5m
  • 100. 6H-3 Three Factors Experiment 9m
  • 101. 6H-3 Half Factorial Design and Resolutions 18m
  • 102. 6H-3 DOE Nuisance Factors and Balanced Design 6m
  • 103. 6H-4 One-factor Experiments - Introduction 5m
  • 104. 6H-4 One-factor Experiments - Completely Randomized Experiments 5m
  • 105. 6H-4 One-factor Experiments -Randomized Block Design 3m
  • 106. 6H-4 One-factor Experiments - Latin and Graeco Latin Square Design 7m
  • 107. 6H-6 Two-level Fractional Factorial Experiments - Introduction 5m
  • 108. 6H-6 Two-level Fractional Factorial Experiments - Number of Experiments 3m
  • 109. 6H-6 Two-level Fractional Factorial Experiments - Plackett Burman Design 6m
  • 1. 7A Risk Related Definitions 10m
  • 2. 7A Planning for Risk Management 2m
  • 3. 7A Identifying Risks 6m
  • 4. 7B Risk Assessment 12m
  • 5. 7C Risk Control - Introduction 4m
  • 6. 7C Risk Control - Negative Risks 6m
  • 7. 7C Risk Control - Positive Risks 5m
  • 8. 7C Monitor and Control Risks 4m

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