Department of Industrial Education

INIS

1. learning 100%
2. performance 56%
3. design 49%
4. taiwan 38%
5. data 34%
6. schools 34%
7. education 33%
8. applications 32%
9. china 26%
10. evaluation 26%
11. hybrids 25%
12. teaching 23%
13. information 23%
14. decision making 22%
15. values 21%
16. control 21%
17. attitudes 20%
18. industry 19%
19. fuzzy logic 18%
20. levels 17%
21. modeling 17%
22. environment 17%
23. equations 16%
24. engineering 16%
25. thin films 15%
26. prediction 15%
27. devices 15%
28. power 14%
29. comparative evaluations 14%
30. implementation 13%
31. internet 12%
32. tools 12%
33. sensors 12%
34. computers 12%
35. manufacturing 12%
36. operation 12%
37. policy 11%
38. competition 11%
39. efficiency 11%
40. management 11%
41. universities 11%
42. laboratories 10%
43. surveys 10%
44. fabrication 10%
45. assessments 10%
46. images 10%
47. films 10%
48. titanium oxides 9%
49. psychological behavior 9%
50. interactions 9%
51. colleges 9%
52. correlations 9%
53. vehicles 9%
54. motors 9%
55. electric-powered vehicles 9%
56. aluminium oxides 8%
57. e-learning 8%
58. solar cells 8%
59. virtual reality 8%
60. solutions 8%
61. programming 8%
62. energy 8%
63. speed 7%
64. investigations 7%
65. humans 7%
66. covid-19 7%
67. cost 7%
68. nanowires 7%
69. nanofluids 7%
70. energy management 7%
71. carbon 7%
72. simulation 7%
73. dynamics 7%
74. eyes 7%
75. mathematics 6%
76. children 6%
77. semiconductor materials 6%
78. dyes 6%
79. clouds 6%
80. optimization 6%
81. deposition 6%
82. algorithms 6%
83. air 6%
84. sputtering 6%
85. layers 6%
86. processing 6%
87. communities 6%
88. marketing 6%
89. resources 6%
90. errors 5%
91. transmission 5%
92. weight 5%
93. market 5%
94. engines 5%
95. substrates 5%
96. failures 5%
97. motion 5%
98. websites 5%
99. mining 5%
100. hypothesis 5%