【實用教育app】Industrial Engineering - I|最夯免費app

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

All topics are not listed because of character limitations set by the Play Store.

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