Industrial Engineering

Features

• This unique free application is for all students across the world. It covers 140 topics of Industrial Engineering in detail. These 140 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. FACTORS INFLUENCING LAYOUT
• 2. APPLICABILITY OF PLANT LAYOUT
• 3. Work Study
• 4. Historical Developments
• 5. Method Study
• 6. Information Collection and Recording
• 7. Templates and 3-D models
• 8. CRITICAL EXAMINATION
• 9. Developing Better Method
• 10. Installation of Improved Method
• 11. Motion Study
• 12. Therbligs
• 13. SIMO Chart
• 14. Cycle graph and Chrono cycle graph
• 15. Principles of Motion Economy
• 16. Design of Workplace Layout
• 17. Work Measurement
• 18. Selection of job and worker for Time Study
• 19. Dividing Work into Short Elements
• 20. Number of cycles to be timed
• 21. Normal Performance
• 22. System of Rating
• 23. Example of system of rating
• 24. Allowances
• 25. Types of allowances
• 26. Example of allowance
• 27. Work Sampling
• 28. Observations in work sampling study
• 29. Advantages and Disadvantages of Work Sampling in Comparison with Time Study
• 30. Predetermined Motion Time System
• 31. Physiological Methods for Work Measurement
• 32. Plant layout
• 33. TYPES OF LAYOUT
• 34. Process layout
• 35. Fixed Position layout
• 36. Quality introduction
• 37. Quality aspects
• 38. Evolution of Quality
• 39. Historical Aspects of Quality
• 40. Quality Control
• 41. Quality Costs
• 42. Traditional and modern view of Quality Costs
• 43. Normal Cost of Quality Distribution
• 44. Histograms
• 45. Run Chart
• 46. Pareto Chart
• 47. Flow chart and scatter diagrams
• 48. Cause and Effect Diagrams
• 49. Control Charts
• 50. Types of Process Data
• 51. Example of Control charts for the variable type of data.
• 52. Control charts for Attribute type data
• 53. Example of P-chart
• 54. Example of c-chart
• 55. PROCESS CAPABILITY
• 56. Process Capability for Bilateral and unilateral Specification
• 57. Measuring Process Capability
• 58. Flow Chart for Conducting a Process Capability
• 59. Possible Applications of Process Capability Index
• 60. Facility location
• 61. Analytical Methods of Location Planning
• 62. Techniques of conducting a facility location study
• 63. Facilities Layout Design and Facilities Location
• 64. Product layout
• 65. Process layout
• 66. Fixed location layout
• 67. Cellular type layout
• 68. Layout Selection
• 69. Types of Flow Patterns
• 70. Introduction to material handing
• 71. LIMITATIONS OF AUTOMATED MATERIAL HANDLING SYSTEMS
• 72. PRINCIPLES OF MATERIAL HANDLING
• 73. Introduction to reliability
• 74. MEASURES OF RELIABILITY
• 75. BATH TUB CURVE
• 76. Reliability Determination
• 77. SYSTEM RELIABILITY
• 78. MAINTAINABILITY
• 79. AVAILABILITY
• 80. General Reliability Definitions
• 81. Exponential Distribution Used as Reliability Function
• 82. Risk Computations
• 83. Decision Tables and Trees
• 84. Computations for Project Analysis
• 85. CPM Scheduling
• 86. Advantages of project network analysis
• 87. Project Management
• 88. Network Construction
• 89. Event
• 90. CPM and PERT
• 91. Example of CPM
• 92. Calculation of Expected Time and Variance of a Path in PERT
• 93. Example of PERT
• 94. PERT/CPM introduction
• 95. Network Representation
• 96. Forward-Pass Calculations
• 97. Backward-Pass Calculations
• 98. Calculation of Slacks
• 99. Calculations for Subcritical Paths

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