Abstract:
The purpose of this research were to 1) develop Crystal based Approach model on Massive open online course with Augmented Reality to enhance Analytical thinking skills, 2) develop learning system according to Crystal based Approach model on Massive open online course with Augmented Reality to enhance Analytical thinking skills, 3) assess students analytical thinking skills from using Crystal based Approach model on Massive open online course with Augmented Reality to enhance Analytical thinking skills and from traditional teaching, and 4) compare students learning achievement before and after learning by using Crystal based Approach model on Massive open online course with Augmented Reality to enhance Analytical thinking skills and by traditional teaching. The method was divided into 3 phases as follows. The 1st phase was the development of Crystal based Approach model on Massive open online course with Augmented Reality to enhance Analytical thinking skills . The 2nd phase was the development of learning system on Massive open online course with Augmented Reality to enhance Analytical thinking skills. The 3rd phase was the study of result from using Crystal based Approach model on Massive open online course with Augmented Reality to enhance Analytical thinking skills. The samples were 42 Matthayom 6 students who were studying in Sena Senaprasit School, Semester 2, Academic year 2561. The students were divided into 2 groups: 42 students in experimental group and 42 students in control group by using cluster sampling. The research tools were 1) Crystal based Approach model on Massive open online course with Augmented Reality to enhance Analytical thinking skills , 2) learning system of Crystal based Approach model on Massive open online course with Augmented Reality to enhance Analytical thinking skills, 3 ) the questionnaire toward the suitability of Crystal based Approach model on Massive open online course with Augmented Reality to enhance Analytical thinking skills, and 4 ) the questionnaire toward the performance of Crystal based Approach model on Massive open online course with Augmented Reality to enhance Analytical thinking skills which were 1) analytical thinking skills assessment, and 2) achievement test on writing program. The statistics used to analyze the data were average ( x ), standard deviation (SD), One sample t-test ,Independent Sample t-test ,and Paired Samples t-test. The result showed that 1. Crystal based Approach model on Massive open online course with Augmented Reality to enhance Analytical thinking skills were consisted of 5 components as following. (1) Input factors. (2) Learning process of Crystal based Approach which were 6 steps: planning, creating, presenting, analyzing, crystalizing, and improving. (3) Learning process of Massive open online course with Augmented Reality to enhance Analytical thinking skills. (4) The result and (5) Freedback from assessing achievement developed by 5 experts showed that the suitability of Crystal based Approach model was at the highest level. 2. According to the development of learning system according to Crystal based Approach model on Massive open online course with Augmented Reality to enhance Analytical thinking skills consisting of content in programming course which were (1) programming, receiving, and displaying results, (2) conditional programming, and (3) writing program for looping work, the result assessed by 5 experts has shown that the approach was at the highest level of suitability. 3. The result from assessing students analytical thinking skills from using Crystal based Approach model on Massive open online course with Augmented Reality to enhance Analytical thinking skills showed that students had an average score on analytical thinking skills at 9 3 . 2 1 persent. This showed that students had analytical thinking skills higher than the specified criteria. 4. The comparison of students achievement was found that post-test score of Crystal based Approach model on Massive open online course with Augmented Reality to enhance Analytical thinking skills was higher than traditional teaching at the value of statistical significance of .01.