Code Craft - A game-based approach for teaching introductory programming
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This slid is about using Intelligent Tutoring System for teaching introductory programming. The ITS uses Code Craft Game as interface between student (player in our case) and the tutoring system. Code Craft: Project Defence [Arabic]: http://www.youtube.com/watch?v=8yfBEhTvRu0 Demo: http://www.youtube.com/watch?v=PhOUHrHIz7A
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Code Craft - A game-based approach for teaching introductory programming
- 1. A Game-based Approach for Teaching Introductory Programming Anas Muhaish Moafak Mokhallalati Hisham Ghosheh Zaher Wanli
- 2. األلعابتعتمد اربةمق طريق عن البرمجةمبادئ تعليم نسأمحيشوأنليأهرزمخلالتيموفقغوشةهشام
- 3. Overview Related Work Code Craft Conclusion & Future Perspective Demo
- 5. — STEVE JOBS
- 6. Coding?Why
- 7. PROGRAMMING TEACHES YOU TO BREAK PROBLEMS DOWN
- 8. Easy to get a job!
- 10. Every student in every school should have the opportunity to learn to code.
- 11. CODING IS FUN!!
- 12. Who can learn to code?
- 13. Who can learn to code? Everyone!
- 15. Overview Related Work Code Craft Conclusion & Future Perspective Demo
- 16. Related Work
- 17. How can I learn to code?
- 19. Traditional learning It’s hard to get everything at the first time.
- 20. Traditional learning It’s hard to get everything at the first time.
- 21. E-Learning • Technology dependent • Unsuitable for Certain Types of Learners • Expensive
- 22. E-Learning • Technology dependent • Unsuitable for Certain Types of Learners • Expensive
- 23. Online Courses
- 24. Online Courses
- 25. Gamification
- 26. How can I find an effective way to teach introductory programming!?
- 27. We need…
- 28. Tracking System
- 30. Introduction Related Work Code Craft Conclusion & Future Perspective Demo
- 31. Code Craft
- 32. Intelligent Tutoring System Tracking System
- 33. + Code Craft Motivation Intelligent Tutoring System Tracking System
- 34. Domain Model Intelligent Tutoring System
- 35. Domain Model Interface Model Intelligent Tutoring System
- 36. Domain Model Interface Model Student Model Intelligent Tutoring System
- 37. Domain Model Interface Model Student Model Instructor Model Intelligent Tutoring System
- 38. CodeCraft Student Code Task Interface Model Syntax Validation Evaluator Player Syntax tree Parsing Player Syntax tree Fuzzifier 0..1 List of robot actions Level Syntax tree Student Model Fuzzy rule- based system Next topic Instructor Model Fuzzy rules Course Tree Topic Dependency Graph Domain Model Student Log Teacher TeacherInterface query Course tree Student Code Level Code List of robot actions Student rate Next topic Intelligent Tutoring System Overview
- 40. Course Tree Topic Dependency Graph Domain Model Variable OperatorsAssignm ent Logical Operators If Statement Loop Array Function Topic Dependency Graph (TDG)
- 41. CodeCraft Student Task Interface Model Domain Model TDG
- 45. repeat 7 Move end repeat turnRight function moveRight turnLeft Move End function moveRight If crateHasBolt collect End if LeftHand =pick rightHand =pick PutLeft PutRight code sample
- 47. Interface Model Syntax Validation Evaluator Player Syntax tree Parsing Player Syntax tree Fuzzifier 0..1 List of robot actions Level Syntax tree Player rate Student Model Student Log
- 48. Interface Model Syntax Validation Player Code Level Code Student Model Player Syntax tree Level Syntax tree Player Syntax tree
- 49. Level Student move move turnLeft leftHand=pick turnLeft move move move turnLeft move {{AtomicFunction move} {AtomicFunction move} {AtomicFunction turnleft} {AtomicFunction lefthand=pick} {AtomicFunction turnleft} {AtomicFunction move} {AtomicFunction move} {AtomicFunction move} {AtomicFunction turnleft} {AtomicFunction move}} move move turnLeft leftHand=pick turnRight move move move turnLeft move {{AtomicFunction move} {AtomicFunction move} {AtomicFunction turnleft} {AtomicFunction lefthand=pick} {AtomicFunction turnright} {AtomicFunction move} {AtomicFunction move} {AtomicFunction move} {AtomicFunction turnleft} {AtomicFunction move}}
- 50. Interface Model Syntax Validation Student Model Player Syntax tree Level Syntax tree Player Syntax tree Parsing List of robot actions
- 52. Interface Model Syntax Validation Student Model Player Syntax tree Level Syntax tree Player Syntax tree Parsing List of robot actions Evaluator
- 53. Calculate the distance between Level Syntax Tree and Player Syntax Tree using RTED algorithm Evaluator
- 54. Tree Edit Distance RTED Algorithm
- 55. Tree Edit Distance RTED Algorithm
- 56. Tree Edit Distance RTED Algorithm
- 57. Cost of distance computation RTED Algorithm
- 58. Cost of distance computation RTED Algorithm
- 59. Cost of distance computation RTED Algorithm
- 60. Cost of distance computation RTED Algorithm
- 61. Cost of distance computation RTED Algorithm
- 62. RTEDAlgorithm
- 63. RTEDAlgorithm
- 64. RTEDAlgorithm
- 65. Tree edit distance is a number. RTED Algorithm
- 67. Variable Operators Assignm ent Logical Operators If Statement Loop Array Function 50 55 0 0 0 0 0 0 Topic Dependency Graph (TDG)
- 68. Fuzzify tree edit distance
- 69. Variable Operators Assignm ent Logical Operators If Statement Loop Array Function Passed Passed Not Taken Not Taken Not Taken Not Taken Not Taken Not Taken Topic Dependency Graph (TDG)
- 70. Interface Model Syntax Validation Evaluator Player Syntax tree Parsing Player Syntax tree Fuzzifier 0..1 List of robot actions Level Syntax tree Player rate Student Model Student Log
- 71. Fuzzy rule-based system Next topic Instructor Model Fuzzy rules Domain Model Student Model Interface Model Student Log
- 72. Fuzzy rule-based system Instructor Model Domain Model TDG Student Log
- 73. Fuzzy rule-based system Instructor Model Fuzzy rules Domain Model Student Log
- 74. Fuzzy Rules operator Assign / var Not Bad Passed Good Excellent Not - - - - - Bad - - var, Assign Assign Assign Passed - - var op op Good - - var op op Excellent - - var op op
- 75. Fuzzy rule-based system Instructor Model Fuzzy rules Domain Model Student Model Fuzzfied rate Student Log
- 76. Fuzzy rule-based system Instructor Model Fuzzy rules Domain Model Student Model Next topic Student Log
- 77. 1 0 80 Variables Assignments Operators Logical Operators If Statements Loops Arrays Functions The output is a fuzzy set witch contain the topics of the course
- 78. Variable Operators Assignm ent Logical Operators If Statement Loop Array Function Good Excellent Not Taken Not Taken Not Taken Not Taken Not Taken Not Taken Topic Dependency Graph (TDG) Applying the rules will result that the student is qualified to take the next topic Operators.
- 79. Fuzzy rule-based system Instructor Model Fuzzy rules Domain Model Student Model Next topic Interface Model Next topic Student Log
- 85. Introduction Related Work Our Work Conclusion & Future Perspective Demo
- 86. Conclusion & Future Perspective
- 87. Intelligent Tutoring System • Rich Repository • Intelligent Feedbacks • More on Student Model Techniques
- 88. • Internet-Based (Achievements) • Content Generation • Sharing Levels Publicly • OOP Concepts
- 89. Introduction Related Work Our Work Conclusion & Future Perspective Demo