• Journal of Gifted/Talented Education
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• v.22 no.4
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• pp.841-853
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• 2012

The purpose of this study was to examine the interaction effects on academic stress of gifted student and normal student by academic self-efficacy and stress coping styles. We conducted a questionnaire survey with 100 sixth grade gifted student and 100 normal student who showed academic achievement of the same level. According to the results of this study, gifted student showed higher problem-focused coping than normal student. Both elementary gifted student and normal student, the lower academic self-efficacy and problem-focused coping, the more increased academic stress increased. In the gifted student case where the level of problem-focused coping was high, academic stress was lower when academic self-efficacy was high. Normal student's academic stress was lower when the level of problem-focused coping and academic self-efficacy was higher.

• Education of Primary School Mathematics
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• v.19 no.1
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• pp.79-112
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• 2016

The purpose of this research is to find the effects of learner-centered instruction based on constructivism (LCIC) on their knowledge generation level and reasoning ability. To look for them, after fraction units are re-planed for implementing LCIC, instructions using it provide students in a class. From the data, some conclusions can be drawn as follows: LCIC has more positive influence of students on recall ability, generation ability, and reasoning ability than tractional instruction method. With the data it can be said that the interaction exists between learners' reasoning ability and generation level.

• Journal of The Korean Association For Science Education
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• v.30 no.4
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• pp.519-531
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• 2010

In this study, we investigated the elementary school students' images of science class and the factors influencing their formations. 280 sixth graders were selected from nine elementary schools in Gyeonggi province and Gangwon province and the DASCT-C (Draw-A-Science-Class-Test Checklist) was administered. In addition, four students were individually interviewed in order to investigate their responses deeply. Analyses of the results revealed that the students' images of science class for four science subjects (physics, chemistry, biology, and earth science) were more 'student-centered' than 'teacher-centered' or 'neutral'. The students of the teacher with student-centered image of science class had also more student-centered images than those with teacher-centered images. Many students answered that the main factors affecting their images of science class were the experiences of impressed or funny science classes, the perceptions of wanted science classes, the active science learning experiences, the educational experiences outside the school curriculum, and the negative science learning experiences. Educational implications of these findings are discussed.

• Journal of the Korean earth science society
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• v.25 no.2
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• pp.53-62
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• 2004

For teachers to develop new beliefs regarding science teaching and learning, they must undergo a process similar to what they are trying to provide their students. Seventy-one Korean secondary school teachers including 20 earth science teachers have participated in such process. In the four-week long summer workshop hosted by University of Iowa, science teachers were exposed to several activities and lectures wherein they experienced student-centered lessons by playing the roles of both teachers and learners. This study examined the influence of such experience on the teachers’ beliefs about science teaching and learning. Changes in teachers’ beliefs were found in seven question items on the subjects of goals of science learning, the roles of science teachers and students, and classroom practices after workshop participation; it was found that teachers’ beliefs of science learning and teaching shifted from teacher-centered to student-centered. Although this shift does not denote a complete shift from one extreme to the other, it is meaningful to note that teachers’ beliefs after attending the workshop were interpreted to be either anti- or contrary to teacher-centered. One of the possible factors for making such positive changes may have been teamwork or the teachers’ cooperative learning experience.

• Journal of The Korean Association For Science Education
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• v.29 no.1
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• pp.116-136
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• 2009

Since there are differences in the content, structure and functions of interpersonal communication during the practice of school science classes, it needs to articulate the difference of the modality of pedagogical practice in order to understand science teaching in detail. These characteristics of science teaching can be investigated by further insightful analysis on language in the science classroom. In this study, classroom discourse language codes using Bernstein's code theory were analyzed in the case of a middle school science class on the unit of minerals. The discourse language code was identified by the value of classification, which revealed power relations to the contexts of discourse and participants of discourse. It was also identified by the value of framing, which showed hierarchical relation between teacher and students as discourse subjects, and discursive control on the initiative of discourse. The results addressed that six types of discourse language codes were constructed and that those language codes reflected diverse modalities of science teaching from student-centered instruction to teacher-centered instruction in relation to classroom discourse. The modality of science teaching according to the transition tendencies of discourse language code showed dynamic variations of 'controlled student-centeredness inducing teaching' - 'positional student-centeredness permissive teaching' - 'controlled students' participation permissive teaching' - 'controlled student-centeredness facilitative teaching' - 'student-centeredness enhancing teaching'. In addition, results released that discursively and hierarchically weak control of discourse is necessary for enhancing student-centeredness of science teaching. Moreover, teaching practice enhancing student-centeredness can be accomplished by the harmony of a teacher's perception of discourse language code and his/her orientation to constructivist teaching and student-centered teaching.

• Journal of Educational Research in Mathematics
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• v.14 no.3
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• pp.283-304
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• 2004

This study is to make strides toward an enriched understanding of changing a prevailing teacher-centered mathematics classroom culture to a student-centered culture by analyzing six reform-oriented classrooms of three elementary school teachers throughout a year This study provided a detailed description of important classroom episodes to explore how the participants in each class established a reform-oriented mathematics microculture. Despite the exemplary form of student-centered instruction, the content and qualities of the teaching practices are somewhat different in the extent to which students' ideas become the center of mathematical discourse and activity. Given the similarities in terms of general social norms and the differences in terms of socio-mathematical norms and mathematical practice, this study addresses some crucial issues on understanding the culture of elementary mathematics classroom in transition.

• Journal of Korean Elementary Science Education
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• v.40 no.2
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• pp.227-238
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• 2021

Ecocentric worldview is considered as worldview that overcomes present environment problems and increases animal right. This study explores the formation of an ecocentric worldview for 4th-6th graders based on Peter Singer's research that divides the development of morality into family-centered, species-centered, and ecocentric worldview. The subjects of this study were 77 4th graders, 84 5th graders, and 91 6th graders in Daegu Metro- politan City. The results of surveying students' worldview based on the questionnaire developed by dividing into 6 questions are as follows. In most of the items in grades 4-6, the rate of formation of a species-centered worldview or a family-centered worldview was higher than that of an ecocentric worldview. However, in the case of 6th grade students was significantly higher than in other grades because they learned lesson on wolf restoration in the 5th grade science class. This may be seen as an effect of education, but since the ecocentric worldview did not appear high in other questions, it is reasonable to assume that 6th graders simply recited what they learned rather than forming a true ecocentric worldview. Therefore, there is a need for education that can help students to think, judge, and act on the basis of the ecocentric worldview consistently in any situation, rather than just memorizing the knowledge of the ecocentric worldview learned.

• Journal of the Korean Society of Earth Science Education
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• v.12 no.3
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• pp.174-183
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• 2019

The purpose of this study was to investigate the effects of situation-based class using digital storytelling on elementary school students' science class motivation and scientific attitude for 50 fifth graders in B elementary school in P metropolitan city. In order to conduct this study, 25 students in 5th grade were selected as research group and 25 students in another class as comparative group, and the research group conducted situation-based classes using 8-hour digital storytelling. The comparative group received 8 classes of general science classes by curriculum. The results of this study are as follows. First, the situation-based class using digital-storytelling has a statistically significant effect on elementary school students' science learning motivation. Second, situation-based class using digital-storytelling has a statistically significant effect on the scientific attitudes of elementary school students. It is thought that the situation-based class through digital-storytelling has a positive effect on the exploration of science principles through students' daily experiences.

• Proceedings of the Korean Society of Computer Information Conference
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• 2012.07a
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• pp.183-185
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• 2012

본 연구의 목적은 지속적인 영재학생 관리를 위해 학생 관리 시스템의 구축 방향을 제시함으로써 영재교육 수혜 경험에 대한 정보들의 누적이 학생들의 진로 진학이나 자아실현을 하기까지 도움을 제공할 수 있도록 하는 것이다. 이를 위하여 학생 관리시스템 구축에 대한 선행 연구를 분석하였으며 분석 결과 효율적인 교육과정 운영을 중심으로 학생의 인적 사항을 관리하거나 그 기관 내에서 학생을 재 선발하고, 학부모와 상담, 영재교육에 대한 연구 자료로 활용하는 데 그치고 있었다. 따라서 본 연구에서는 학생 관리 시스템의 구축 방향으로 전국 영재교육기관에 공통적으로 적용 관리할 수 있는 중앙 센터의 마련, 영재교육기관 간의 시스템 연계, 학생 중심의 시스템 구축을 통한 자아실현 및 진로 진학에 도움 제공, 인성 측면을 반영할 수 있는 시스템 구축, 구체적인 진로 상담 작성이 가능한 항목 마련, 교육과정 반영, 영재교육 보조교사나 전담교사 파견을 통한 철저한 학생 관리를 제시하였다.

• Journal of Science Education
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• v.47 no.1
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• pp.88-106
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• 2023

This study aims to investigate the disparity between the teacher's perception of student-centered inquiry classes and the actual implementation of such practices. Specifically, we compared an elementary science teacher's self-perception of her science lessons with the observers' evaluation using the Reformed Teaching Observation Protocol (RTOP) of the "Temperature and Heat" unit. Research data were collected through classroom teaching survey, interview, and science lessons video which were analyzed using the RTOP. As a result of the study, the teacher recognized that she was practicing inquiry-oriented/student-centered classes, but the results judged by the RTOP score were found to be transitional/student-affected classes by a slight difference. Teacher H planned and practiced classes based on a high understanding and content knowledge of the curriculum and created a science classroom culture that promotes active interaction among students as well as students and teachers. However, teacher-led aspects were still emphasized in teaching design and implementation, and the project theme and content were inappropriate to improve the quality of students' science inquiry experience. In the end, the slight difference between teacher's perception of inquiry-oriented/student-centered classes and actual implementation is related to how student-centered "lesson design" is and how to plan and implement classes supported by "procedural knowledge" for students' experience in the science inquiry process. These results indicate that the teacher's self-evaluation alone is not enough to determine whether the teacher's intentions and efforts are actually being implemented, and that it is necessary to conduct objective analysis, evaluation, and discuss the results of science classes by the external observers.