• 한국과학교육학회지
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• 제31권2호
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• pp.164-180
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• 2011

본 연구에서는 초등 예비교사들에게 아동의 과학 개념을 직접 조사하고 분석하는 활동을 안내하고 수행하도록 하면서 과학 교수 학습의 원리에 대해 예비 교사들이 탐구적으로 접근할 수 있는 기회를 제공하였다. 예비교사들의 탐구 과정을 자세히 살펴보고 이 과정에서 어떠한 긍정적 학습 경험이 있었는지 알아보고자 하는 것이 이 연구의 목적이다. 연구 대상은 C 교육대학교 2개 분반 68명이며 매주 90분씩 15주간 진행되는 '초등과학교육2' 강좌에서 실시되었다. 총 20모둠으로 구성하여 모둠별 프로젝트 형식으로 탐구 활동이 진행되었으며 설문, 수업 녹화 비디오, 수업일지, 모둠의 최종 보고서, 심층 면담자료 등이 분석되었다. 데이터 분석은 다중 사례 분석 방법을 통하여 사례 내 자료 분석과 사례 간 자료 분석과정을 거쳤다. 연구 결과 예비교사의 탐구 과정에서 다음과 같은 주요한 긍정적 학습 경험이 관찰되었다. 첫 번째로 예비교사가 아동의 과학 개념 조사를 준비하는 과정은 자신의 과학 개념을 점검하고 수정, 보완하는 계기가 되었다. 두 번째로 면담 질문을 구체화하면서 예비교사의 질문 구성 능력이 향상되었다. 세 번째로 예비교사들은 아동의 과학 개념이 다양하고, 상황에 따라 불안정하다는 것을 인식하였다. 네 번째로, 예비교사들은 아동의 과학 개념에 대한 조사를 바탕으로, 구체적인 지도 방안을 도출할 수 있었다.

• 아동학회지
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• 제25권4호
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• pp.93-114
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• 2004

The purposes of the present study were to identify the stages of early concept development of the air in young Korean children and to compare the stages with those reported by Piaget. The subjects were 87 four, five, and six-year-old children from one kindergarten, two day care centers, and an elementary school, all located in Seoul. To collect the children's ideas of the air, individual interviews were conducted based on Piaget's Clinical Interview method. According to the results, the children formulated very unique concepts of the air, showing artificialism, anthropocentric finalism, animism, and dualism. Their concepts of the air showed a consistent developmental process which is very similar to the stages proposed by Piaget. This implies that young children's misconcepts and idosyncratic ideas are very natural and can not be eliminate easily by artificial instruction. This also means that children's internal ideas themselves should be the starting point of education.

• 한국과학교육학회지
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• 제8권2호
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• pp.33-41
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• 1988

During the last decade researchers in science education and psychology have emphasized the importance of children's ideas, or "what they already know", which they bring to their related learning situations. Most research reports on the children's prior ideas reject both the traditional epistemologies and the conventional learning theories. Therefore, this study has its objective to analyze the traditional epistemologies as well as post-positivism contemporarily in vogue, to examine both the conventional learning theories and the constructivism of psychology, and then, based on the analyses, to draw the implications for the future science education. The implications are described under such headings as the nature of science, the science curricula, and the science teaching/learning. The implications are drawn in logical relation to the post-positivism and constructivism, and some of which are empirically validated by the research on the children's conceptions.

• 한국초등과학교육학회지:초등과학교육
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• 제19권1호
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• pp.113-129
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• 2000

The purposes of this study were to investigate children's preconception about matter, to analyze children's conceptual change. of ,matter by science learning activities, and to investigate understanding possibility about mallet The subjects of this study were the second grade students of an elementary school and science learning activities were conducted to 2 boys and 3 girls for investigating their conceptual change. Video tape recording, interview, drawing pictures and writing statements were used to collect data. The concepts in this study were properties of matter, states of matter, uses of matter and origins and changes in matter. Then, the collected data were analyzed by the way of categorization and qualitative method. The conclusions of this study are as follows: science loaming activities were effective for changing misconceptions of matter to scientific concepts. Conceptual changes of high achievers happened easier and more than of low achievers. In the ideas about matter, some children had supernatural ideas and animism, which were most second grade students' characteristics.

• 한국과학교육학회지
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• 제13권1호
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• pp.92-99
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• 1993

The purpose of this study was to investigate and analyze the conception of elementary school students on evaporation and condensation, and then to verify the types of the conception. Forty-eight children from six elementary schools were sampled by stratified random sampling in Seoul and other provinces. They responded to the questionaire and the interview. This study was carried out according to the process of the basic study, the preliminary study, and the main study. The materials collected were classified and analyzed according to the types of children's ideas. The findings of this study were as follows. 1. The vocabulary used to describe the evaporation phenomena varied according to the situations, and the scientific term "evaporation" was more frequently used by the older groups. 2. Most children answered that the last location of water were air/sky/cloud. Air/cloud which represents the scientific conception of the location of water were mentioned by children of all ages. The higher the grade of the children were, the more scientific conception the children mentioned, however. 3. Most children referred to the heat as the factor of evaporation. Wind, on the other hand was mentioned by less than 10% of lower graders, and by about 30% of higher graders. 4. The result of asking children whether they thought it was possible to get the evaporated water back showed that about 70% of lower graders denied the possibility of the water being reversible. About 60% of higher graders. however, recognized that the water will be returned as rain or condensation. This increase may be associated with formal teaching of water cycle. 5. In the ideas of evaporation and condensation, some of the children have supernatural ideas and animism, which are most younger chilren's characteristics.

• 한국과학교육학회지
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• 제14권3호
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• pp.272-284
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• 1994

The aim of this research was to compare and analyze the children's ideas on evaporation and condensation between pre- and post-intervention. Forty-eight children from six elementary schools in Seoul and Kyung Ki provinces were sampled by stratified random sampling. A set of structured activities was then provided which allow children to explore evaporation and condensation phenomena. All of these activities had a preliminary phase which required the child to predict or speculate on evaporation and condensation using their existing knowledge. These structured activities on evaporation and condensation were reviewed by three professors and eigth primary school teachers. Their comments were used to revise the original contents of the structured activities. The data analysed were gathered by the questionaire and the interview. Pre- and post-intervention data related to evaporation and condensation were collected by the same teacher, and analysed into the same category scheme. Data coding was carried out several times by the researcher to ensure reliablity. Data collected were then classified and analyzed according to the types of children's ideas. The findings of this study were as follows: Results of this study showed that the the vocabulary used to describe the evaporation phenomena varied according to the context, and the scientific term "evaporated" was more frequently used by the older children after post-intervention. But everyday terms such as"dried up","disappered", "gone up" were also used by children as much as the level of pre-intervention. Scientific conception on the location of evaporated water, the factor of evaporation, the ideas about getting the water back and assumption about the physical state of the missing water has been increased for the most of the children after intervention. It was found that the intervention using was effective SPACE strategies regardless of the grade level of the children.

• 한국초등과학교육학회지:초등과학교육
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• 제37권3호
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• pp.309-322
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• 2018

There is no doubt that science -and, therefore, science education- is central to the lives of all (NGSS, 2013). This manuscript focuses on ideas in astronomy that are at the foundation of elementary students' understanding of the discipline: the apparent motion of the sun explaining the day / night cycle on Earth. According to prior research demonstrating that neither children nor adults hold a scientific understanding of the big ideas of astronomy (NRC, 1996), understanding of concepts may base students' progress towards more advanced understanding in the domain of astronomy. We have analyzed the logic of the domain and synthesized prior research assessing children's spatial representation from an earth- and a space based perspective to develop a set of learning trajectories that describe how students' initial ideas about apparent celestial motion as they take school science can be build upon. In this study elementary students' representations were compared by their resident context including urban and rural. This study may present a first look at the use of a learning progression framework in analyzing the structure of astronomy education. We discuss how this work may eventually lead towards the development and empirical testing of how children learn to describe and explain apparent patterns of celestial motion.

• 한국초등과학교육학회지:초등과학교육
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• 제34권1호
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• pp.58-71
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• 2015

Ability of understanding students' ideas and thinking is critical to teachers' professional growth. In this study, 'pedagogical reasoning' was conceptualized as teachers' reasoning ability of students' misconceptions and possible causes of misconceptions when they hear and observe students' science discourses. To investigate elementary pre-service teachers' pedagogical reasoning levels, children's science discourses on light reflection and electric circuit were video recorded and 43 pre-service elementary teachers were asked to identify children's misconceptions and possible causes of misconceptions after watching the video clips. In conclusion, pedagogical reasoning levels of pre-service elementary teachers were not high enough, showing significant difference in light reflection and electric circuit. Possible explanations of this difference and educational implications were discussed.

• 한국문헌정보학회지
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• 제58권1호
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• pp.151-179
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• 2024

This study aimed to discuss the utilization of a makerspace regarding 3D printers in a children's library by conducting co-design sessions targeting the end-users, children. To achieve this, a program utilizing a 3D printer was conducted for seven children at the Seoul Children's Library, followed by interviews with both the children and their parents. The results revealed several key findings: First, during the design sessions, participating children showed interest in the physical realization of ideas through the use of a 3D printer. Researchers adjusted their level of intervention based on each child's tendency, playing a supportive role. Second, children became aware of various limitations associated with 3D printers and public library makerspace. Third, the rapport between children and researchers positively influenced the design sessions, driven by the active communication of children. This study suggests a reevaluation of the value and necessity of library makerspace from the perspective of user autonomy and creativity and emphasizes the need to closely understand the end user's requirements in establishing operational strategies for library makerspace.

• 한국과학교육학회지
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• 제10권2호
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• pp.11-24
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• 1990

The objectives of this study are to find out the research methodology about misconception, the types of scientific concepts to be misconcepted the analysis methodology of causes of misconception, and remediation methodology of misconception. The research methods of this study are descriptive ques tionnare, interview, classroom observation and curriculum analysis. The results of this study are: ${\circ}$ The descriptive questionnaire is sufficient to obtain children's ideas. ${\circ}$ The types of science concepts to be misconcepted are 'the invisible natural phenomena,' 'the vague Understanding', 'the contents of teachers' lecture', 'the lack of children's cognitive development,'and 'the influence of nursery stories.' ${\circ}$ The Cause analysis methods of misconception are that the analysis of the cognitive level of the questionnaire items, the examining the item concepts are taught or not and the investigation about the agreement of the cognitive level of the questionnaire item and children. ${\circ}$ Remediation methods are visualijation and instrustion of invisible natural phenomena, concrete presentation of the scientific concepts, and acceleration of the cognitive development.