LEARNING MODEL BASED ON CONNECTIVISM AND COGNITIVE NEUROSCIENCE ON APPLICATION TO ENHANCE ANALYTICAL THINKING FOR UNDERGRADUATE STUDENTS

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Haruchai Yingpratanporn
Sunchai Pattanasit
Paitoon Srifa

Abstract

       The purpose of this research were: 1) to develop the learning model based on Connectivism and cognitive neuroscience on application to enhance analytical thinking for undergraduate students, 2) to evaluate and verify the learning model based on Connectivism and cognitive neuroscience on application to enhance analytical thinking for undergraduate students. The sample includes 5 experts of Educational Technology who are sampled by Purposive sampling. The research tools are learning model based on Connectivism and cognitive neuroscience on application to enhance analytical thinking for undergraduate students and the evaluation of learning model based on Connectivism and cognitive neuroscience on application to enhance analytical thinking for undergraduate students. The statistics used in the analysis are arithmetic mean and standard deviation.


       The research results were the learning model based on Connectivism and cognitive neuroscience on application to enhance analytical thinking for undergraduate students consisted of two parts as follows: part one is a step of learning included of 1) prepare, 2) access, 3) create, 4) conclude, and 5) show & share and part two is learning environment included of 1) related case, 2) resource, 3) analytical thinking tools, 4) communication and 5) consultant. The experts who evaluated of learning model based on Connectivism and cognitive neuroscience on application to enhance analytical thinking for undergraduate students were at the high level. (gif.latex?\bar{X} = 4.68, S.D. = .47)

Article Details

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Research Article

References

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