Search this site
Embedded Files
The Open Educator
  • Home
  • DOE
    • 1. Introduction to Design of Experiments
      • 1. What is Design of Experiment
      • 2. Step 1 of DOE Introduction Hypothesis Research Question
      • 3. Step 2 of DOE Method
      • 4. Step 3 of DOE Results by Analyzing the Data
      • 5. Step 4 of DOE Contextual Conclusion
      • 6. Reference for Module 1 Intro to DOE
    • 2. Hypothesis Testing/ Inferential Statistics/ Analysis of Variance ANOVA
      • 0. All Data Module 2 Hypothesis Testing
      • 1. What is Hypothesis Testing
      • 2. Single Population Testing
      • 3. Single Sample Z-Test
      • 4. Single Sample T-Test
      • 5. Population Proportion Test Single Sample
      • 6. Comparing Two Populations Hypothesis Testing
      • 7. Two Sample Z-Test
      • 8. Two Sample T-Test Equal Variance
      • 9. Two Sample T-Test Unequal Variance
      • 10. Paired T-Test (Matched Pair/Repeated Measure)
      • 11. Two Sample Population Proportion Test
    • 3. One Way/Single Factor ANOVA
      • 0. All Data Module 3 CRD Single One-Way ANOVA
      • 1. What is One Way/Single Factor ANOVA
      • 2. Fixed Effect Model Analysis Basics for One-Way ANOVA
      • 3. Example One-Way/Single-Factor Fixed Effect Completely Randomized Design
      • 4. Diagnostic, Adequacy & Data Quality Check Fixed Effect One Way ANOVA
      • 5. Random Effect Model Analysis Bacis for One-Way ANOVA
      • 6. Example Problem Random Effect Model
      • 7. Diagnostic, Adequacy, & Data Quality Check Random Effect One Way ANOVA
      • 8. Reference
    • 4. Randomized Complete Block, Latin Square, and Graeco-Latin Design
      • 0. All Data Module 4 RCBD Graeco Latin Square Design
      • 1. What is Randomized Complete Block Design (RCBD)?
      • 2. Randomized Complete Block Design Example Problem
      • 3. Randomized Complete Block Design (RCBD) vs Completely Randomized Design
      • 4. Why Randomized Complete Block Design is so Popular?
      • 5. Latin Square Design of Experiments
      • 6. Latin Square Example Problem
      • 7. Graeco-Latin Square Design of Experiments
      • 8. Graeco-Latin Square Example Problem
      • 9. Reference
    • 5. Factorial Design of Experiments
      • 0. All Data Factorial Design of Experiment
      • 1. What is a Factorial Design of Experiment?
      • 2. Understanding Main Effects?
      • 3. Understanding Interaction Effects?
      • 4. How to Develop the Regression Equation from Effects?
      • 5. How to Fit a Response Surface?
      • 6. How to Construct the ANOVA Table from Effects?
      • 7. Practice Problem
    • 6. 2K Factorial Design of Experiments
      • 1. What is 2K Design
      • 2. Layout/Graphical Representation 22 Design
      • 3. Understanding Factor Effects
      • 4. Contrast, Effect, Estimate, Sum of Square, and ANOVA Table 22
      • 5. Practice Problem 22
      • 6. How to Design 2k Experiment
      • 7. Develop Treatment Combinations 2K Design
      • 8. Develop Generic Formulas 2K Design
      • 9. Manual Analysis Using MS Excel 2K Experiments
      • 10. MS Excel, Minitab, SPSS, and SAS
      • 11. Practice Problem 2k
      • 12. 2K Factorial Design of Experiments References
    • 7. Blocking and Confounding in 2K Design
      • 1. What is Blocking
      • 2. What is Confounding
      • 3. Confound an Effect Using -1/+1 Coding System
      • 4. How to Replicate
      • 5. Confound Two Effects Using -1/+1 Coding System
      • 6. Confound Three Effects Using -1/+1 Coding System
      • 7. Confounding and Blocking Using Linear Combination Method 0/1 Coding
      • 8. Confound Two Effects Using 0/1 Coding System
      • 9. Confound Three Effects with Eight Blocks Using the o/1 Coding System
      • 10. General Blocking and Confounding Scheme for 2k Design in 2p Blocks
      • 11. Complete versus Partial Confounding
      • 12. Reference Blocking and Confounding in 2K Design
    • 8. Fractional Factorial Design of Experiments
      • 1. What is it
      • 2. Primary Basics
      • 3. Design Resolution
      • 4. One-Quarter Fraction Design
      • 5. Alias structure
      • 6. One-Eighth Fraction Design
      • 7. Lowest Runs Design
      • 8. Analysis Example
      • 9. Plackett-Burman Design
      • 10. Reference Fractional Factorial Design of Experiments
    • 9. Applied Regression Analysis
      • 1. What is Regression Analysis
      • 2. Steps in Regression Analysis?
      • 3. Perform Regression Analysis
      • 4. Results Explained Regression Analysis
      • 4.1. Significance Test Regression Analysis
      • 4.2. Practical Test r-square: The Coefficient of Determination
      • 4.3. Functional Relationships Explained
      • 4.4. Diagnostics Regression Analysis
      • 4.4.1. Linearity Assumption Check
      • 4.4.2. Outlier, Leverage, and Influential Points Unusual Observations Check
      • 4.4.3. Residuals Analysis
      • 5. Lack-of-fit Test
      • 6. Practice Problem Regression
      • 7. Reference Regression
    • 10. Response Surface Methodology
      • 1. What is Response Surface Methodology
      • 2. Design Response Surface Methodology
      • 3. Analyze and Explain Response Surface Methodology
      • 4. Box-Behnken Response Surface Methodology
      • 5. Multiple Response Surface Design and Analysis
      • 6. Reference Response Surface Modeling
    • 11. Expected Mean Square EMS Basics to Advanced Design of Experiments
      • 11.1 Are You Performing the Correct ANOVA?
      • 11.2 EMS for All Fixed Factors Design
      • 11.3 EMS for All Random Factors Design
      • 11.4 Approximate or Pseudo F-Statistics/Tests
      • 11.5 EMS for Two Fixed and One Random Factors Design
      • 11.6 EMS for Fixed, Random and Nested Factors Design
      • 11.7 Expected Mean Square Using an Alternative Shortcut Method
      • 11.8 Restricted vs Unrestricted Models, Which is the Best One?
      • 11.9 References for EMS Module
    • 12. Mixed Factors Design of Experiments Nested Repeated Measure Split Plot
      • 12.1. Nested Hierarchical Design
      • 12.2. Repeated Measure Design
      • 12.3. Split-Plot Design
      • 12.4. Are Partially Nested, Repeated Measure and Split-Plot Designs differ
      • 12.5. Reference for Mixed Model Designs
    • 13. Taguchi Robust Parameter Design of Experiments
  • Econ
    • Econ Ch2
      • Data
      • Cost
      • Price
      • Revenue
      • Profit
      • Breakeven
      • Summary
      • Example
        • Linear Price Function
        • Any Price Function
        • University Breakeven
        • Gasoline Vs Hybrid Vehicles
      • Problem
      • Test
  • Ergo
    • Ergonomic Toolbox
  • Fluid
    • Fluid Power Lab Demo
  • Mechanics
  • Operations
  • Project
  • Quality
  • Statics
  • Assessment
    • Assessment of Student Learning Certificate
    • Program-Level Student Learning Assessment Certificate Training
  • CV/Resume
The Open Educator
  • Home
  • DOE
    • 1. Introduction to Design of Experiments
      • 1. What is Design of Experiment
      • 2. Step 1 of DOE Introduction Hypothesis Research Question
      • 3. Step 2 of DOE Method
      • 4. Step 3 of DOE Results by Analyzing the Data
      • 5. Step 4 of DOE Contextual Conclusion
      • 6. Reference for Module 1 Intro to DOE
    • 2. Hypothesis Testing/ Inferential Statistics/ Analysis of Variance ANOVA
      • 0. All Data Module 2 Hypothesis Testing
      • 1. What is Hypothesis Testing
      • 2. Single Population Testing
      • 3. Single Sample Z-Test
      • 4. Single Sample T-Test
      • 5. Population Proportion Test Single Sample
      • 6. Comparing Two Populations Hypothesis Testing
      • 7. Two Sample Z-Test
      • 8. Two Sample T-Test Equal Variance
      • 9. Two Sample T-Test Unequal Variance
      • 10. Paired T-Test (Matched Pair/Repeated Measure)
      • 11. Two Sample Population Proportion Test
    • 3. One Way/Single Factor ANOVA
      • 0. All Data Module 3 CRD Single One-Way ANOVA
      • 1. What is One Way/Single Factor ANOVA
      • 2. Fixed Effect Model Analysis Basics for One-Way ANOVA
      • 3. Example One-Way/Single-Factor Fixed Effect Completely Randomized Design
      • 4. Diagnostic, Adequacy & Data Quality Check Fixed Effect One Way ANOVA
      • 5. Random Effect Model Analysis Bacis for One-Way ANOVA
      • 6. Example Problem Random Effect Model
      • 7. Diagnostic, Adequacy, & Data Quality Check Random Effect One Way ANOVA
      • 8. Reference
    • 4. Randomized Complete Block, Latin Square, and Graeco-Latin Design
      • 0. All Data Module 4 RCBD Graeco Latin Square Design
      • 1. What is Randomized Complete Block Design (RCBD)?
      • 2. Randomized Complete Block Design Example Problem
      • 3. Randomized Complete Block Design (RCBD) vs Completely Randomized Design
      • 4. Why Randomized Complete Block Design is so Popular?
      • 5. Latin Square Design of Experiments
      • 6. Latin Square Example Problem
      • 7. Graeco-Latin Square Design of Experiments
      • 8. Graeco-Latin Square Example Problem
      • 9. Reference
    • 5. Factorial Design of Experiments
      • 0. All Data Factorial Design of Experiment
      • 1. What is a Factorial Design of Experiment?
      • 2. Understanding Main Effects?
      • 3. Understanding Interaction Effects?
      • 4. How to Develop the Regression Equation from Effects?
      • 5. How to Fit a Response Surface?
      • 6. How to Construct the ANOVA Table from Effects?
      • 7. Practice Problem
    • 6. 2K Factorial Design of Experiments
      • 1. What is 2K Design
      • 2. Layout/Graphical Representation 22 Design
      • 3. Understanding Factor Effects
      • 4. Contrast, Effect, Estimate, Sum of Square, and ANOVA Table 22
      • 5. Practice Problem 22
      • 6. How to Design 2k Experiment
      • 7. Develop Treatment Combinations 2K Design
      • 8. Develop Generic Formulas 2K Design
      • 9. Manual Analysis Using MS Excel 2K Experiments
      • 10. MS Excel, Minitab, SPSS, and SAS
      • 11. Practice Problem 2k
      • 12. 2K Factorial Design of Experiments References
    • 7. Blocking and Confounding in 2K Design
      • 1. What is Blocking
      • 2. What is Confounding
      • 3. Confound an Effect Using -1/+1 Coding System
      • 4. How to Replicate
      • 5. Confound Two Effects Using -1/+1 Coding System
      • 6. Confound Three Effects Using -1/+1 Coding System
      • 7. Confounding and Blocking Using Linear Combination Method 0/1 Coding
      • 8. Confound Two Effects Using 0/1 Coding System
      • 9. Confound Three Effects with Eight Blocks Using the o/1 Coding System
      • 10. General Blocking and Confounding Scheme for 2k Design in 2p Blocks
      • 11. Complete versus Partial Confounding
      • 12. Reference Blocking and Confounding in 2K Design
    • 8. Fractional Factorial Design of Experiments
      • 1. What is it
      • 2. Primary Basics
      • 3. Design Resolution
      • 4. One-Quarter Fraction Design
      • 5. Alias structure
      • 6. One-Eighth Fraction Design
      • 7. Lowest Runs Design
      • 8. Analysis Example
      • 9. Plackett-Burman Design
      • 10. Reference Fractional Factorial Design of Experiments
    • 9. Applied Regression Analysis
      • 1. What is Regression Analysis
      • 2. Steps in Regression Analysis?
      • 3. Perform Regression Analysis
      • 4. Results Explained Regression Analysis
      • 4.1. Significance Test Regression Analysis
      • 4.2. Practical Test r-square: The Coefficient of Determination
      • 4.3. Functional Relationships Explained
      • 4.4. Diagnostics Regression Analysis
      • 4.4.1. Linearity Assumption Check
      • 4.4.2. Outlier, Leverage, and Influential Points Unusual Observations Check
      • 4.4.3. Residuals Analysis
      • 5. Lack-of-fit Test
      • 6. Practice Problem Regression
      • 7. Reference Regression
    • 10. Response Surface Methodology
      • 1. What is Response Surface Methodology
      • 2. Design Response Surface Methodology
      • 3. Analyze and Explain Response Surface Methodology
      • 4. Box-Behnken Response Surface Methodology
      • 5. Multiple Response Surface Design and Analysis
      • 6. Reference Response Surface Modeling
    • 11. Expected Mean Square EMS Basics to Advanced Design of Experiments
      • 11.1 Are You Performing the Correct ANOVA?
      • 11.2 EMS for All Fixed Factors Design
      • 11.3 EMS for All Random Factors Design
      • 11.4 Approximate or Pseudo F-Statistics/Tests
      • 11.5 EMS for Two Fixed and One Random Factors Design
      • 11.6 EMS for Fixed, Random and Nested Factors Design
      • 11.7 Expected Mean Square Using an Alternative Shortcut Method
      • 11.8 Restricted vs Unrestricted Models, Which is the Best One?
      • 11.9 References for EMS Module
    • 12. Mixed Factors Design of Experiments Nested Repeated Measure Split Plot
      • 12.1. Nested Hierarchical Design
      • 12.2. Repeated Measure Design
      • 12.3. Split-Plot Design
      • 12.4. Are Partially Nested, Repeated Measure and Split-Plot Designs differ
      • 12.5. Reference for Mixed Model Designs
    • 13. Taguchi Robust Parameter Design of Experiments
  • Econ
    • Econ Ch2
      • Data
      • Cost
      • Price
      • Revenue
      • Profit
      • Breakeven
      • Summary
      • Example
        • Linear Price Function
        • Any Price Function
        • University Breakeven
        • Gasoline Vs Hybrid Vehicles
      • Problem
      • Test
  • Ergo
    • Ergonomic Toolbox
  • Fluid
    • Fluid Power Lab Demo
  • Mechanics
  • Operations
  • Project
  • Quality
  • Statics
  • Assessment
    • Assessment of Student Learning Certificate
    • Program-Level Student Learning Assessment Certificate Training
  • CV/Resume
  • More
    • Home
    • DOE
      • 1. Introduction to Design of Experiments
        • 1. What is Design of Experiment
        • 2. Step 1 of DOE Introduction Hypothesis Research Question
        • 3. Step 2 of DOE Method
        • 4. Step 3 of DOE Results by Analyzing the Data
        • 5. Step 4 of DOE Contextual Conclusion
        • 6. Reference for Module 1 Intro to DOE
      • 2. Hypothesis Testing/ Inferential Statistics/ Analysis of Variance ANOVA
        • 0. All Data Module 2 Hypothesis Testing
        • 1. What is Hypothesis Testing
        • 2. Single Population Testing
        • 3. Single Sample Z-Test
        • 4. Single Sample T-Test
        • 5. Population Proportion Test Single Sample
        • 6. Comparing Two Populations Hypothesis Testing
        • 7. Two Sample Z-Test
        • 8. Two Sample T-Test Equal Variance
        • 9. Two Sample T-Test Unequal Variance
        • 10. Paired T-Test (Matched Pair/Repeated Measure)
        • 11. Two Sample Population Proportion Test
      • 3. One Way/Single Factor ANOVA
        • 0. All Data Module 3 CRD Single One-Way ANOVA
        • 1. What is One Way/Single Factor ANOVA
        • 2. Fixed Effect Model Analysis Basics for One-Way ANOVA
        • 3. Example One-Way/Single-Factor Fixed Effect Completely Randomized Design
        • 4. Diagnostic, Adequacy & Data Quality Check Fixed Effect One Way ANOVA
        • 5. Random Effect Model Analysis Bacis for One-Way ANOVA
        • 6. Example Problem Random Effect Model
        • 7. Diagnostic, Adequacy, & Data Quality Check Random Effect One Way ANOVA
        • 8. Reference
      • 4. Randomized Complete Block, Latin Square, and Graeco-Latin Design
        • 0. All Data Module 4 RCBD Graeco Latin Square Design
        • 1. What is Randomized Complete Block Design (RCBD)?
        • 2. Randomized Complete Block Design Example Problem
        • 3. Randomized Complete Block Design (RCBD) vs Completely Randomized Design
        • 4. Why Randomized Complete Block Design is so Popular?
        • 5. Latin Square Design of Experiments
        • 6. Latin Square Example Problem
        • 7. Graeco-Latin Square Design of Experiments
        • 8. Graeco-Latin Square Example Problem
        • 9. Reference
      • 5. Factorial Design of Experiments
        • 0. All Data Factorial Design of Experiment
        • 1. What is a Factorial Design of Experiment?
        • 2. Understanding Main Effects?
        • 3. Understanding Interaction Effects?
        • 4. How to Develop the Regression Equation from Effects?
        • 5. How to Fit a Response Surface?
        • 6. How to Construct the ANOVA Table from Effects?
        • 7. Practice Problem
      • 6. 2K Factorial Design of Experiments
        • 1. What is 2K Design
        • 2. Layout/Graphical Representation 22 Design
        • 3. Understanding Factor Effects
        • 4. Contrast, Effect, Estimate, Sum of Square, and ANOVA Table 22
        • 5. Practice Problem 22
        • 6. How to Design 2k Experiment
        • 7. Develop Treatment Combinations 2K Design
        • 8. Develop Generic Formulas 2K Design
        • 9. Manual Analysis Using MS Excel 2K Experiments
        • 10. MS Excel, Minitab, SPSS, and SAS
        • 11. Practice Problem 2k
        • 12. 2K Factorial Design of Experiments References
      • 7. Blocking and Confounding in 2K Design
        • 1. What is Blocking
        • 2. What is Confounding
        • 3. Confound an Effect Using -1/+1 Coding System
        • 4. How to Replicate
        • 5. Confound Two Effects Using -1/+1 Coding System
        • 6. Confound Three Effects Using -1/+1 Coding System
        • 7. Confounding and Blocking Using Linear Combination Method 0/1 Coding
        • 8. Confound Two Effects Using 0/1 Coding System
        • 9. Confound Three Effects with Eight Blocks Using the o/1 Coding System
        • 10. General Blocking and Confounding Scheme for 2k Design in 2p Blocks
        • 11. Complete versus Partial Confounding
        • 12. Reference Blocking and Confounding in 2K Design
      • 8. Fractional Factorial Design of Experiments
        • 1. What is it
        • 2. Primary Basics
        • 3. Design Resolution
        • 4. One-Quarter Fraction Design
        • 5. Alias structure
        • 6. One-Eighth Fraction Design
        • 7. Lowest Runs Design
        • 8. Analysis Example
        • 9. Plackett-Burman Design
        • 10. Reference Fractional Factorial Design of Experiments
      • 9. Applied Regression Analysis
        • 1. What is Regression Analysis
        • 2. Steps in Regression Analysis?
        • 3. Perform Regression Analysis
        • 4. Results Explained Regression Analysis
        • 4.1. Significance Test Regression Analysis
        • 4.2. Practical Test r-square: The Coefficient of Determination
        • 4.3. Functional Relationships Explained
        • 4.4. Diagnostics Regression Analysis
        • 4.4.1. Linearity Assumption Check
        • 4.4.2. Outlier, Leverage, and Influential Points Unusual Observations Check
        • 4.4.3. Residuals Analysis
        • 5. Lack-of-fit Test
        • 6. Practice Problem Regression
        • 7. Reference Regression
      • 10. Response Surface Methodology
        • 1. What is Response Surface Methodology
        • 2. Design Response Surface Methodology
        • 3. Analyze and Explain Response Surface Methodology
        • 4. Box-Behnken Response Surface Methodology
        • 5. Multiple Response Surface Design and Analysis
        • 6. Reference Response Surface Modeling
      • 11. Expected Mean Square EMS Basics to Advanced Design of Experiments
        • 11.1 Are You Performing the Correct ANOVA?
        • 11.2 EMS for All Fixed Factors Design
        • 11.3 EMS for All Random Factors Design
        • 11.4 Approximate or Pseudo F-Statistics/Tests
        • 11.5 EMS for Two Fixed and One Random Factors Design
        • 11.6 EMS for Fixed, Random and Nested Factors Design
        • 11.7 Expected Mean Square Using an Alternative Shortcut Method
        • 11.8 Restricted vs Unrestricted Models, Which is the Best One?
        • 11.9 References for EMS Module
      • 12. Mixed Factors Design of Experiments Nested Repeated Measure Split Plot
        • 12.1. Nested Hierarchical Design
        • 12.2. Repeated Measure Design
        • 12.3. Split-Plot Design
        • 12.4. Are Partially Nested, Repeated Measure and Split-Plot Designs differ
        • 12.5. Reference for Mixed Model Designs
      • 13. Taguchi Robust Parameter Design of Experiments
    • Econ
      • Econ Ch2
        • Data
        • Cost
        • Price
        • Revenue
        • Profit
        • Breakeven
        • Summary
        • Example
          • Linear Price Function
          • Any Price Function
          • University Breakeven
          • Gasoline Vs Hybrid Vehicles
        • Problem
        • Test
    • Ergo
      • Ergonomic Toolbox
    • Fluid
      • Fluid Power Lab Demo
    • Mechanics
    • Operations
    • Project
    • Quality
    • Statics
    • Assessment
      • Assessment of Student Learning Certificate
      • Program-Level Student Learning Assessment Certificate Training
    • CV/Resume

Ergonomic Toolbox

Video Demonstrations for Most Common Tools are Available Here 

Shaheen Ahmed is a Certified Professional Ergonomist, has compiled the following list of tools and methods in Human Factors and Ergonomics (updated on December 2017). This is the first comprehensive list available as of Today. At least one reference for each tool/method is provided for the original source if necessary for details. Check the Video demonstrations on the practical applications and uses of many of the following tools on this link.  

The List of Tools and Methods in Human Factors and Ergonomics 

    1. A User-friendly Computer Workstation Ergonomics Checklist (CUErgo 2018)

    2. ACGIH TLV (2019)

    3. Applied Cognitive Task Analysis (ACTA) (Elm et al. 2003)

    4. Applied Cognitive Work Analysis (ACWA) (Stanton, Salmon, and Rafferty 2013)

    5. Assessment of Exposure to Manual Patient Handling in Hospital Wards: MAPO Index (Movement and Assistance of Hospital Patients) (Menoni et al. 2004)

    6. Bedford Scales (Stanton, Salmon, and Rafferty 2013)

    7. Biomechanical Model (Steven Moore 2002)

    8. Body Discomfort Checklist (Freivalds and Niebel 2013)

    9. Cognitive Errors (TRACEr) (Stanton, Salmon, and Rafferty 2013)

    10. Cognitive Task Load Analysis (CTLA) (Stanton, Salmon, and Rafferty 2013)

    11. Cognitive Walkthrough (Smith-Jackson 2005)

    12. Cognitive Walk-Through Method (CWM) (Freivalds and Niebel 2013)

    13. Cognitive Work Analysis (CWA) (Stanton, Salmon, and Rafferty 2013)

    14. Cognitive Work Evaluation Checklist (Freivalds and Niebel 2013)

    15. Cold Stress Indices (Stanton et al. 2004)

    16. Control Chart (Montgomery 2007)

    17. Cornell Digital Reading Room Ergonomics Checklist (CDRREC) (CUErgo 2018)

    18. Cornell Hand Discomfort Questionnaires (CUErgo 2018)

    19. Cornell Musculoskeletal Discomfort Questionnaires (CUErgo 2018)

    20. Cornell ROI Estimator (CUErgo 2018)

    21. Cornell Task Lighting Evaluation Form (CUErgo 2018)

    22. Cornell University Body Discomfort Survey 2010 (CUErgo 2018)

    23. Cornell Visibility Calculator (CUErgo 2018)

    24. Cost-Benefit Analysis (CUErgo 2018)

    25. Cranfield Situation Awareness Scale (C-SAS) (Stanton, Salmon, and Rafferty 2013)

    26. Crew Awareness Rating Scale (CARS) (Stanton, Salmon, and Rafferty 2013)

    27. Critical Decision Method (CDM) (Stanton, Salmon, and Rafferty 2013)

    28. Critical Incident Technique (CIT) (Stanton, Salmon, and Rafferty 2013)

    29. Crossover chart (Freivalds and Niebel 2013)

    30. Cumulative Lifting Index (CULI) (Arun Garg and Jay M. Kapellusch, 2016)

    31. Cumulative Trauma Disorder (CTD) Risk Index (Freivalds and Niebel 2013)

    32. Decision Action Diagrams (DAD) (Stanton, Salmon, and Rafferty 2013)

    33. Decision Structure Tables (Freivalds and Niebel 2013)

    34. Display Design Checklist (Freivalds and Niebel 2013)

    35. DRA Workload Scales (DRAWS) (Stanton, Salmon, and Rafferty 2013)

    36. Economic Decision Tools (Freivalds and Niebel 2013)

    37. Energy Expenditure Model for Material Handling (Garg, Chaffin, and Herrin 1978)

    38. Ergonomic Analysis Tools (Bernard 2018)

    39. Ergonomic Chair Evaluation Checklist (ANSI/HFES 100 -2007) (CUErgo 2018)

    40. Ergonomic Keyboard and Mouse Platform Systems Evaluation Form (CUErgo 2018)

    41. Ergonomic Seating Evaluation Form (CUErgo 2018)

    42. Ergonomic Work surface Evaluation Checklist (ANSI/HFES 100 -2007) (CUErgo 2018)

    43. Ergonomics Cost-Justification Worksheets (CUErgo 2018)

    44. Evaluating Office Lighting (Collins et al. 1989)

    45. Event Tree Analysis (ETA) (Stanton, Salmon, and Rafferty 2013)

    46. Evolutionary Operation of Processes (Konz and Johnson 2000)

    47. Extensive metric/imperial converter (CUErgo 2018)

    48. Failure Mode and Effect Analysis (Amzen 1966)

    49. Fault Tree Analysis (Ericson 1999)

    50. Fish Diagrams (Ishikawa 1990)

    51. Flow Diagram (Freivalds and Niebel 2013)

    52. Flow Diagrams and Process Charts (Freivalds and Niebel 2013)

    53. Flow Process Chart (Freivalds and Niebel 2013)

    54. Gang Process Chart (Freivalds and Niebel 2013)

    55. Gantt Chart (Freivalds and Niebel 2013)

    56. General Posture and Task Evaluation Checklist (Freivalds and Niebel 2013)

    57. Goals, Operators, Methods and Selection Rules (GOMS)

    58. Graphical User Interface Checklist (Freivalds and Niebel 2013)

    59. Hand Activity Level (Armstrong 2006)

    60. Hand-Arm Vibration (HAV) (Pelmear and Taylor 1994)

    61. Hazard Action Tables (Freivalds and Niebel 2013)

    62. Healthcare Computer Cart Ergonomic Checklist (CUErgo 2018)

    63. Healthcare Computer Wallstation Ergonomic Checklist (CUErgo 2018)

    64. Healthcare Medication Cart Ergonomic Checklist (CUErgo 2018)

    65. Heat Stress Indices (Stanton et al. 2004)

    66. Hierarchical Task Analysis (HTA) (Stanton et al. 2004)

    67. HITOP Analysis™ (Stanton et al. 2004)

    68. Human Error Assessment and Reduction Technique (HEART) (Stanton, Salmon, and Rafferty 2013)

    69. Human Error HAZOP (Stanton, Salmon, and Rafferty 2013)

    70. Human Error Identification in Systems Tool (HEIST) (Stanton, Salmon, and Rafferty 2013)

    71. Human Error Template (HET) (Stanton, Salmon, and Rafferty 2013)

    72. Indoor Air Quality (Stanton et al. 2004)

    73. Indoor environment and sick building syndrome complaints in air-conditioned offices: benchmarks for facility performance? (Chow, Baldwin, and Seto 1992)

    74. Instantaneous Self-Assessment (ISA) (Stanton, Salmon, and Rafferty 2013)

    75. Job Content Questionnaire (Karasek et al. 1998; Karasek 1985)

    76. Job Safety Analysis (Freivalds and Niebel 2013)

    77. Job Strain Index (JSI) (Steven Moore and Garg 1995)

    78. Job/Worksite analysis Guide (Freivalds and Niebel 2013)

    79. Keystroke Level Model (KLM) (Stanton, Salmon, and Rafferty 2013)

    80. Laptop Specific Cornell Musculoskeletal Discomfort Questionnaires (CUErgo 2018)

    81. Machine Evaluation Checklist (Freivalds and Niebel 2013)

    82. Macroergonomic Analysis and Design (MEAD) (Hendrick and Kleiner 2016)

    83. Macroergonomic Analysis of Structure (MAS) (Hendrick and Kleiner 2016)

    84. Macroergonomic Organizational Questionnaire Survey (MOQS) (Hendrick and Kleiner 2016)

    85. Malvern Capacity Estimate (MACE) (Stanton, Salmon, and Rafferty 2013)

    86. Manual Task Risk Assessment Tool (ManTRA) V2.0 (CUErgo 2018)

    87. Maslow's Hierarchy of Needs (Maslow 1943)

    88. Maximum Acceptable Efforts (MAE) for Repetitive Tasks (Potvin, 2012)

    89. METS to Calories Calculator (CUErgo 2018)

    90. Mission Awareness Rating Scale (MARS) (Stanton, Salmon, and Rafferty 2013)

    91. Mobile Phone specific Cornell Hand Discomfort Questionnaires (CUErgo 2018)

    92. Modified Cooper Harper Scales (MCH) (Stanton, Salmon, and Rafferty 2013)

    93. MOST (Freivalds and Niebel 2013)

    94. Motion Economy checklist (Freivalds and Niebel 2013)

    95. MTM-1 (Freivalds and Niebel 2013)

    96. MTM-2 (Freivalds and Niebel 2013)

    97. MTM-3 (Freivalds and Niebel 2013)

    98. Multi-Activity Charts (Freivalds and Niebel 2013)

    99. Multimodal Critical Path Analysis (CPA) (Stanton, Salmon, and Rafferty 2013)

    100. Murphy Diagrams (Stanton, Salmon, and Rafferty 2013)

    101. Muscle Fatigue Assessment: Functional Job Analysis Technique (Stanton et al. 2004)

    102. Musculoskeletal Discomfort Surveys Used at NIOSH (Stanton et al. 2004)

    103. NASA Task Load Index (NASA TLX) (Sonne, Villalta, and Andrews 2012)

    104. Noise Reaction Indices and Assessment (Stanton et al. 2004)

    105. OCRA Checklist (Occhipinti, 1998)

    106. Online unit converter (US/Metric) (McAtamney and Corlett 1993)

    107. Operation Analysis Checklist (Freivalds and Niebel 2013)

    108. Operation Process Chart (Freivalds and Niebel 2013)

    109. Operation Sequence Diagrams (OSD) (Stanton, Salmon, and Rafferty 2013)

    110. OSHA's VDT Checklist (OSHA 1997)

    111. Ovako Working Posture Analysing System (OWAS) (Karhu, Kansi, and Kuorinka 1977)

    112. Pareto Analysis/Diagram (Important Items First) (Freivalds and Niebel 2013)

    113. Perform - Participative Ergonomics for Manual Tasks (Dennis 2005)

    114. PERT chart (Freivalds and Niebel 2013)

    115. PLIBEL — The Method Assigned for Identification of Ergonomic Hazards (Stanton et al. 2004)

    116. Posture and Task Evaluation Checklist (Freivalds and Niebel 2013)

    117. Posture Checklist Using Personal Digital Assistant (PDA) Technology (Stanton et al. 2004)

    118. Posture, Activity, Tools and Handling (PATH) (Buchholz et al. 1996)

    119. Precedence Chart (Freivalds and Niebel 2013)

    120. Process Charts (Freivalds and Niebel 2013)

    121. Project Scheduling (Freivalds and Niebel 2013)

    122. Propositional Networks (Stanton, Salmon, and Rafferty 2013)

    123. Pro-SWORD – Subjective Workload Dominance Technique (Stanton, Salmon, and Rafferty 2013)

    124. Psychophysical Upper Extremity Data (Dempsey, McGorry, and Maynard 2005)

    125. Questionnaire for User Interface Satisfaction (QUIS) (Stanton, Salmon, and Rafferty 2013)

    126. Quick Exposure Checklist (QEC) (Stanton et al. 2004)

    127. Rapid Entire Body Assessment (REBA) (Hignett and McAtamney 2000)

    128. Rapid Office Strain Assessment (ROSA) (Sonne, Villalta, and Andrews 2012)

    129. Rapid Sound-Quality Assessment of Background Noise (Stanton et al. 2004)

    130. Rapid Upper Limb Assessment (RULA) (McAtamney and Corlett 1993)

    131. Rating of Perceived Exertion Scale (Borg Scale) (Borg 1982)

    132. Recommended Cumulative Rest Allowance Across Multiple Subtasks (M Gibson & JR Potvin, 2016)

    133. Relationship chart (Freivalds and Niebel 2013)

    134. Repertory Grid Analysis (Stanton, Salmon, and Rafferty 2013)

    135. Room Air Temperature and Relative Productivity Calculator

    136. SA Requirements Analysis (Stanton, Salmon, and Rafferty 2013)

    137. SALSA (Stanton, Salmon, and Rafferty 2013)

    138. SASHA_L and SASHA_Q (Stanton, Salmon, and Rafferty 2013)

    139. Setup and Tooling Evaluation Checklist (Freivalds and Niebel 2013)

    140. Shift work guideline (NIOSH 2015)

    141. Sitting and Standing Workstation Calculators (Alkhajah et al. 2012)

    142. Situation Awareness Behavioural Rating Scale (SABARS) (Stanton, Salmon, and Rafferty 2013)

    143. Situation Awareness Control Room Inventory (SACRI) (Stanton, Salmon, and Rafferty 2013)

    144. Situation Awareness Global Assessment Technique (SAGAT) (Stanton, Salmon, and Rafferty 2013)

    145. Situation Awareness Rating Scales (SARS) (Stanton, Salmon, and Rafferty 2013)

    146. Situation Awareness Rating Technique (SART) (Stanton, Salmon, and Rafferty 2013)

    147. Situation Awareness Subjective Workload Dominance (SA-SWORD) (Stanton, Salmon, and Rafferty 2013)

    148. Situation Present Assessment Method (SPAM) (Stanton, Salmon, and Rafferty 2013)

    149. Snook Table: Lifting, Lowering, Pushing, Pulling, and Carrying (Snook and Ciriello 1991)

    150. Software Usability Measurement Inventory (SUMI) (Stanton, Salmon, and Rafferty 2013)

    151. Stanford Sleep Index (Stanford 2018)

    152. Student Specific Cornell Musculoskeletal Discomfort Questionnaires (CUErgo 2018)

    153. Subjective Workload Assessment Technique (SWAT) (Stanton, Salmon, and Rafferty 2013)

    154. Subjective Workload Dominance Technique (SWORD) (Stanton, Salmon, and Rafferty 2013)

    155. Swedish Occupational Fatigue Inventory (Åhsberg, Garnberale, and Kjellberg 1997)

    156. System Engineering Analysis Tool (SEAT) (Stanton et al. 2004)

    157. System for Predictive Error Analysis and Reduction (SPEAR) (Stanton, Salmon, and Rafferty 2013)

    158. System Usability Scale (SUS) (Stanton, Salmon, and Rafferty 2013)

    159. Systematic Human Error Reduction and Prediction Approach (SHERPA) (Stanton, Salmon, and Rafferty 2013)

    160. Tabular Task Analysis (TTA) (Stanton, Salmon, and Rafferty 2013)

    161. Task Analysis for Error Identification (TAFEI) (Stanton, Salmon, and Rafferty 2013)

    162. Task Decomposition (Stanton, Salmon, and Rafferty 2013)

    163. Technique for Human Error Assessment (THEA) (Stanton, Salmon, and Rafferty 2013)

    164. Technique for the Retrospective and Predictive Analysis of Cognitive Errors (TRACEr) (Stanton, Salmon, and Rafferty 2013)

    165. The CIMOP System© (Stanton et al. 2004)

    166. The Cognitive Reliability and Error Analysis Method (CREAM) (Stanton, Salmon, and Rafferty 2013)

    167. The Dutch Musculoskeletal Questionnaire (DMQ) (Stanton et al. 2004)

    168. The Human Error and Recovery Assessment Framework (HERA) (Stanton, Salmon, and Rafferty 2013)

    169. The Occupational Repetitive Action (OCRA) Methods: OCRA Index and OCRA Checklist (Stanton et al. 2004)

    170. The Sub-Goal Template Method (SGT) (Stanton, Salmon, and Rafferty 2013)

    171. Therblig Analysis Checklist (Freivalds and Niebel 2013)

    172. Thermal Comfort Indices  (Stanton et al. 2004)

    173. Think-aloud (or thinking aloud) Protocol (Lewis 1982)

    174. Timeline Analysis (Stanton, Salmon, and Rafferty 2013)

    175. TOP-Modeler© (Stanton et al. 2004)

    176. Travel Chart (Freivalds and Niebel 2013)

    177. Two hand Process Chart (Freivalds and Niebel 2013)

    178. User Trials (Stanton, Salmon, and Rafferty 2013)

    179. USGBC Ergonomics Requirements Worksheets and Survey (CUErgo 2018)

    180. Utah Compression Model by Bloswick (Merryweather, Loertscher, and Bloswick 2009)

    181. Verbal Protocol Analysis (VPA) (Stanton, Salmon, and Rafferty 2013)

    182. Wage Incentive Checklist (Freivalds and Niebel 2013)

    183. Walkthrough Analysis (Stanton, Salmon, and Rafferty 2013)

    184. Washington State Ergonomic and MSD Risk Assessment Checklist (WashingtonState 2018)

    185. WISHA Lifting Calculator (WashingtonState 2018)

    186. Work Environment Checklist (Freivalds and Niebel 2013)

    187. Worker-Machine Process Charts (Freivalds and Niebel 2013)

    188. Workload Profile Technique (Stanton, Salmon, and Rafferty 2013)

    189. Workplace Ergonomic Risk Assessment (WERA) (CUErgo 2018)

    190. Workstation Evaluation Checklist (Freivalds and Niebel 2013)

Reference

    1. Ahmed, Shaheen, Kari Babski-Reeves, Janice DuBien, Heather Webb, and Lesley Strawderman. 2016. "Fatigue differences between Asian and Western populations in prolonged mentally demanding work-tasks." International journal of industrial ergonomics no. 54:103-112. 

    2. Åhsberg, Elizabeth, Francesco Garnberale, and Anders Kjellberg. 1997. "Perceived quality of fatigue during different occupational tasks development of a questionnaire." International journal of industrial ergonomics no. 20 (2):121-135. 

    3. Alkhajah, Taleb A, Marina M Reeves, Elizabeth G Eakin, Elisabeth AH Winkler, Neville Owen, and Genevieve N Healy. 2012. "Sit–stand workstations: a pilot intervention to reduce office sitting time." American journal of preventive medicine no. 43 (3):298-303. 

    4. Amzen, HE. 1966. Failure mode and effect analysis: A powerful engineering tool for component and system optimization. Paper read at Proceedings of the Fifth Reliability and Maintainability Conference, March, New York. 

    5. Armstrong, T. 2006. "The ACGIH TLV for hand activity level." The occupational ergonomics handbook:41-1. 

    6. BCPE. 2018. Candidate Handbook, Certification Policies, Practices and Procedures. Board of Certification in Professional Ergonomics 2017 [cited January 29 2018]. Available from http://www.bcpe.org/wp-content/uploads/BCPE_CANDIDATE-HANDBOOK_July2017.pdf. 

    7. Bernard, Thomas E. 2018. http://health.usf.edu/publichealth/eoh/tbernard/ergotools 2018 [cited January 21 2018]. Available from http://health.usf.edu/publichealth/eoh/tbernard/ergotools. 

    8. Borg, Gunnar A. 1982. "Psychophysical bases of perceived exertion." Med sci sports exerc no. 14 (5):377-381. 

    9. Buchholz, Bryan, Victor Paquet, Laura Punnett, Diane Lee, and Susan Moir. 1996. "PATH: a work sampling-based approach to ergonomic job analysis for construction and other non-repetitive work." Applied ergonomics no. 27 (3):177-187. 

    10. Chow, WK, GR Baldwin, and SW Seto. 1992. "Indoor environment and sick building syndrome." INTERNATIONAL JOURNAL FOR HOUSING SCIENCE AND ITS APPLICATIONS no. 16:061-061. 

    11. Collins, Belinda Lowenhaupt, WS Fisher, GL Gillette, and RW Marans. 1989. Evaluating office lighting environments: Second-level analysis. National Inst. of Standards and Technology, Gaithersburg, MD (USA). 

    12. CUErgo. 2018. Cornell University Ergonomics Web. Cornell University 2018 [cited January 24 2018]. Available from http://ergo.human.cornell.edu/default.htm. 

    13. Dempsey, Patrick G, Raymond W McGorry, and Wayne S Maynard. 2005. "A survey of tools and methods used by certified professional ergonomists." Applied ergonomics no. 36 (4):489-503. 

    14. Dennis, Gary J. 2005. PErforM: Participative Ergonomics for Manual Tasks. Paper read at Annual Conference of the CFMEU Coal Mining Division 2005. 

    15. Elm, William C, Scott S Potter, James W Gualtieri, EMILIE M Roth, and JAMES R Easter. 2003. "Applied cognitive work analysis: A pragmatic methodology for designing revolutionary cognitive affordances." Handbook of cognitive task design:357-382. 

    16. Ericson, Clifton A. 1999. Fault tree analysis. Paper read at System Safety Conference, Orlando, Florida. 

    17. Freivalds, Andris, and Benjamin Niebel. 2013. Niebel's Methods, Standards, & Work Design: Mcgraw-Hill higher education. 

    18. Garg, Arun, Don B Chaffin, and Gary D Herrin. 1978. "Prediction of metabolic rates for manual materials handling jobs." The American Industrial Hygiene Association Journal no. 39 (8):661-674. 

    19. Hendrick, Hal W, and Brian Kleiner. 2016. Macroergonomics: theory, methods, and applications: CRC Press. 

    20. Hignett, Sue, and Lynn McAtamney. 2000. "Rapid entire body assessment (REBA)." Applied ergonomics no. 31 (2):201-205. 

    21. Ishikawa, Kaoru. 1990. Introduction to quality control: Productivity Press. 

    22. Karasek, Robert A. 1985. "Job content questionnaire and user’s guide." Lowell: University of Massachusetts. 

    23. Karasek, Robert, Chantal Brisson, Norito Kawakami, Irene Houtman, Paulien Bongers, and Benjamin Amick. 1998. "The Job Content Questionnaire (JCQ): an instrument for internationally comparative assessments of psychosocial job characteristics." Journal of occupational health psychology no. 3 (4):322. 

    24. Karhu, Osmo, Pekka Kansi, and Iikka Kuorinka. 1977. "Correcting working postures in industry: a practical method for analysis." Applied ergonomics no. 8 (4):199-201. 

    25. Karwowski, Waldemar. 2001. International encyclopedia of ergonomics and human factors. Vol. 3: Crc Press. 

    26. Konz, Stephan A, and Steven Johnson. 2000. Work design: industrial ergonomics. Vol. 1: Holcomb Hathaway Pubs. 

    27. Lewis, Clayton. 1982. "Using the'thinking-aloud'method in cognitive interface design." Research Report RC9265, IBM TJ Watson Research Center. 

    28. Maslow, Abraham H. 1943. "A theory of human motivation." Psychological review no. 50 (4):370. 

    29. McAtamney, Lynn, and E Nigel Corlett. 1993. "RULA: a survey method for the investigation of work-related upper limb disorders." Applied ergonomics no. 24 (2):91-99. 

    30. Menoni, O, MG Ricci, D Panciera, and N Battevi. 2004. "Assessment of exposure to manual patient handling in hospital wards: MAPO index (Movement and Assistance of Hospital Patients)." Handbook of Human Factors and Ergonomics Methods, N. Stanton, A. Hedge, K. Brookhuis, E. Salas and H. Hendrick (Eds.):1-11. 

    31. Merryweather, Andrew S, Manndi C Loertscher, and Donald S Bloswick. 2009. "A revised back compressive force estimation model for ergonomic evaluation of lifting tasks." Work no. 34 (3):263-272. 

    32. Montgomery, Douglas C. 2007. Introduction to statistical quality control: John Wiley & Sons. 

    33. NIOSH. 2018. Work Schedules: Shift Work and Long Hours. The National Institute for Occupational Safety and Health (NIOSH) 2015 [cited January 24 2018]. Available from https://www.cdc.gov/niosh/docs/2015-115/. 

    34. OSHA. 2018. Working Safely with Video Display Terminals Occupational Safety and Health Administration, US Department of Labor 1997 [cited January 24 2018]. Available from https://www.osha.gov/Publications/videoDisplay/videoDisplay.html. 

    35. Pelmear, Peter L, and William Taylor. 1994. "Hand-arm vibration syndrome." Journal of family practice no. 38 (2):180-186. 

    36. Salvendy, Gavriel. 2012. Handbook of human factors and ergonomics: John Wiley & Sons. 

    37. Sanders, Mark S, and Ernest J McCormick. 1993. Human factors in engineering and design. 7th ed: McGraw-Hill New York. 

    38. Shorrock, Steven T., and Claire A. Williams. 2016. "Human factors and ergonomics methods in practice: three fundamental constraints." Theoretical Issues in Ergonomics Science no. 17 (5-6):468-482. doi: 10.1080/1463922x.2016.1155240. 

    39. Smith-Jackson, Tonya L. 2005. "Cognitive Walk-Through Method (CWM)." Handbook of Human Factors and Ergonomics Methods. CRC Press, Boca Raton. 

    40. Snook, Stover H, and Vincent M Ciriello. 1991. "The design of manual handling tasks: revised tables of maximum acceptable weights and forces." Ergonomics no. 34 (9):1197-1213. 

    41. Sonne, Michael, Dino L Villalta, and David M Andrews. 2012. "Development and evaluation of an office ergonomic risk checklist: ROSA–Rapid office strain assessment." Applied ergonomics no. 43 (1):98-108. 

    42. Stanford. 2018. Stanford Sleepiness Scale. Stanford University 2018 [cited January 2018 2018]. Available from https://web.stanford.edu/~dement/sss.html. 

    43. Stanton, Neville Anthony, Alan Hedge, Karel Brookhuis, Eduardo Salas, and Hal W Hendrick. 2004. Handbook of human factors and ergonomics methods: CRC press. 

    44. Stanton, Neville, Paul M Salmon, and Laura A Rafferty. 2013. Human factors methods: a practical guide for engineering and design: Ashgate Publishing, Ltd. 

    45. Steven Moore, J. 2002. "Biomechanical models for the pathogenesis of specific distal upper extremity disorders." American journal of industrial medicine no. 41 (5):353-369. 

    46. Steven Moore, J, and Arun Garg. 1995. "The strain index: a proposed method to analyze jobs for risk of distal upper extremity disorders." American Industrial Hygiene Association no. 56 (5):443-458. 

    47. WashingtonState. 2018. Evaluation Tools. Washington State Dept. of Labor & Industries 2018 [cited January 24 2018]. Available from http://www.lni.wa.gov/safety/SprainsStrains/tools/default.asp.

The Open Educator is Created by Shaheen AhmedThe Open Educator is licensed under a Creative Commons Attribution-NonCommercial-NoDerivatives 4.0 International License.Feel free to contact us at email@theopeneducator.com if you have any questions or concerns.Copyright © Shaheen Ahmed
Google Sites
Report abuse
Page details
Page updated
Google Sites
Report abuse