基於建造理論之科學概念計算建模：建模系統、活動設計與學習分析(2/3)

Keyphrases

1. Scientific Modeling 100%
2. Active Learning 100%
3. Activity Design 100%
4. Model Building 100%
5. Concept Base 100%
6. Construction System 100%
7. Science Concepts 100%
8. Computational Modeling 100%
9. Learning Analytics 100%
10. Constructionism 100%
11. Design Analytics 100%
12. Scientific Phenomena 100%
13. Scientific Models 66%
14. Modeling Skills 66%
15. Model of Science 66%
16. Learning from Examples 66%
17. Computational Modeling Methods 66%
18. Model Progression 66%
19. Cognitive Understanding 33%
20. Science Curriculum 33%
21. Learning Activities 33%
22. Modeling Teaching 33%
23. Construction Tools 33%
24. Modelling Activity 33%
25. Learning Context 33%
26. Motivation Level 33%
27. Middle School Students 33%
28. Diverse Learning 33%
29. Science Education 33%
30. Low Threshold 33%
31. Student Engagement 33%
32. Core Design 33%
33. High Ceiling 33%
34. Science Learning 33%
35. Game Representation 33%
36. In-depth Learning 33%
37. Computational Thinking 33%
38. Design Framework 33%
39. Challenging Students 33%
40. Model Knowledge 33%
41. Teaching Context 33%
42. Computational Model 33%
43. Design Principles 33%
44. Science Understanding 33%
45. Critical Competencies 33%
46. Teaching-learning Process 33%
47. Guided Teaching 33%
48. Integrating Computational Thinking 33%
49. Pedagogical Design Patterns 33%

Social Sciences

1. Computer Simulation 100%
2. Learning Analytics 100%
3. Model Construction 100%
4. Activity System 100%
5. Constructionism 100%
6. Learning Experiences 22%
7. Computational Thinking 22%
8. Learning Context 11%
9. Economic and Social Development 11%
10. Science Education 11%
11. Middle School 11%
12. Learning Sciences 11%
13. Understanding of Science 11%
14. Teaching Context 11%