A Comparative Analysis of the Method of Evaluation of Character Competence in High School Chemistry Classes Based on Collaborative Problem-Solving for Competency(CoProC) Instruction Model
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초록

The study applied chemistry classes based on Collaborative Problem-Solving for Competency(CoProC) Instruction Model to 86 high school seniors and recognized the resulting changes in Character Competence through character competence test, analysis of argumentation, and analysis of reflective writing. In addition, the analysis of the correlation between the assessment results showed what each evaluation method meant to assess Character Competence. The study found that the average score of Character Competence rose in all three assessments, but differences were found in the detailed factors. Character competency test is meaningful in helping students participate with a sense of mastery of learning as a self-evaluation, and the analysis of the argumentation process seems to be an appropriate evaluation method to evaluate the Character Competence shown by students' words and actions through course evaluations. An analysis of reflective writing showed the advantage of being able to analyze Character competencies that are difficult to show in action by looking back on the entire course of learning. In addition, given that the correlation between the three assessment results is very low, it is expected that the three Character competency assessment methods will be conducted together to obtain detailed and comprehensive information on students' character competencies.

키워드

Collaborative Problem-Solving for Competency (CoProC) instruction modelCharacter competence testArgumentationReflective writingEvaluation of character competence
제목
A Comparative Analysis of the Method of Evaluation of Character Competence in High School Chemistry Classes Based on Collaborative Problem-Solving for Competency(CoProC) Instruction Model
저자
Kim, MinjungPark, JihunPark, JongseokSon, JeongwooNam, Jeonghee
DOI
10.5012/jkcs.2021.65.2.151
발행일
2021-04
유형
Article
저널명
대한화학회지
65
2
페이지
151 ~ 165