Quality Control Engineering

Features

• This unique free application is for all students across the world. It covers 86 topics of Quality Control in detail. These 86 topics are divided in 5 units.
• Each topic is around 600 words and is complete with diagrams, equations and other forms of graphical representations along with simple text explaining the concept in detail.
• This USP of this application is "ultra-portability". Students can access the content on-the-go from anywhere they like.
• Basically, each topic is like a detailed flash card and will make the lives of students simpler and easier.
• Some of topics Covered in this application are:
• 1. Quality Improvement and Statistics
• 2. Statistical Quality and Process Control
• 3. Control Charts
• 4. Charts for Variable such as (X,R charts)
• 5. Charts for Attributes such as (P,C charts)
• 6. Use of Control Charts
• 7. Process Capability Analysis
• 8. Principle of acceptance sampling
• 9. Producer’s and consumer’s risk and Average outgoing quality
• 10. Sampling Error
• 11. Single Sampling Plan
• 12. Sampling Plans
• 13. Double Sampling Plan
• 14. Sequential Sampling Plan
• 15. Acceptance sampling attributes
• 16. Acceptance sampling by variable
• 17. Difference between attribute and variable sampling plans
• 18. Introduction to Reliability
• 19. Product Life Cycle Curve or Bath tub curve
• 20. Relationship between the failure rate and the mean time between failures
• 21. Systems Reliability (Series & Parallel System)
• 22. Implications for Design
• 23. Redundancy in Reliability
• 24. Reliability based design
• 25. Introduction of Value Analysis
• 26. Defining Cost and Value
• 27. The Focus of Value Analysis
• 28. Use of Value Analysis (Within the business & Market induced Reasons)
• 29. Types Of Value Analysis
• 30. Related Tools and Techniques of Value Analysis
• 31. Application of Value Analysis
• 32. Basic Concept of TQM
• 33. Difference Between Quality Assurance And Quality Control
• 34. Implementation of TQM
• 35. Introduction of Implementation of TQM
• 36. Quality Assurance in TQM
• 37. Quality Control points- Introduction
• 38. Quality Management in TQM
• 39. Introduction to Total Quality Management
• 40. Historical evolution of Total Quality Management
• 41. Zero Defects in TQM
• 42. Introduction to Taguchi method
• 43. History of Six Sigma
• 44. Defination of Six Sigma
• 45. Concept of Sig Sigma
• 46. Introduction of ISO 9000
• 47. ISO 9000 Standard Series
• 48. Historical Background: The Concept of Quality Circle
• 49. Introduction of Quality Circle
• 50. Organizational Structure of Quality Circle
• 51. Material Quality Control
• 52. Diagnostic Techniques Introduction
• 53. Thomson, Rayleigh and Raman scattering
• 54. Diode laser absorption
• 55. (Ta)LIF
• 56. Absolute intensities of spectral lines
• 57. Spectral Line Broadening
• 58. Continuum radiation and Power Interruption
• 59. Introduction to Condition Monitoring
• 60. Introduction to Condition Monitoring Techniques
• 61. Mean Time Between Failures (MTBF)
• 62. Objectives of Inspection and types of Inspection
• 63. Stages of Inspection
• 64. Inspection Procedures
• 65. Methods of Inspection and its Drawbacks
• 66. Introduction of Quality and Quality Control
• 67. Quality Characteristics
• 68. Total Quality Control
• 69. Process capability Introduction
• 70. Definitions and Process Capability Study Steps
• 71. Process Capability and Calculating Process Capability Indices
• 72. Accuracy and Precision
• 73. Types of Fits
• 74. Types of Tolerances
• 75. Standard Tolerances
• 76. Selection of Fits
• 77. Systems of Fit (Hole and Shaft Basis)
• 78. Limits
• 79. Non Destructive Testing (NDT)
• 80. Non destructive Evaluation (NDE) Techniques
• 81. Types of Gauges
• 82. Interchangeability Introduction
• 83. Types of Interchangeability
• 84. Standardisation and its Types
• 85. Accuracy versus Precision
• 86. Design for Maintainability

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