• 제목/요약/키워드: mathematics teachers′ guide books

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2009 개정 교육과정에 따른 초등수학 교사용 지도서 검토 연구 (A Study on Elementary Mathematics Teacher's Guide Book according to 2009 Revised Curriculum)

  • 김성준
    • East Asian mathematical journal
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    • 제32권2호
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    • pp.153-174
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    • 2016
  • The purpose of this study is to provide an opportunity for better understanding and application of 2009 revised elementary school mathematics textbooks through focus group's investigations on the elementary mathematics teacher's guide books. First, We survey previous studies on the teacher's guide books to make the frame of investigation. Next, We compose focus group(8 teachers) for 3~4th grades, and analyze the teacher's guide books according to ready-made frame: compliance of curriculum, accuracy and fairness of contents, selection and organization of contents. As results of investigation, system of organization of the teacher's guide books is needed. Goal, contents, teaching methods, and evaluations have to be consistent in describing mathematical terms. And errors in mathematics and mathematics education are examined more carefully. The teacher's guide books afford teachers many materials and informations to teach mathematics through classroom lessons. So more study on the teacher's guide books and developmental study for the model guidebooks is needed along with the revised curriculum and new textbooks.

초등 수학 교재에서의 계산 오류 활용 실태 분석 (Analysis of Korean Elementary Mathematics Textbooks, Workbooks, and Teachers's Guide Books in respect of Using Computational Error Patterns)

  • 이영선;김수미
    • 대한수학교육학회지:학교수학
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    • 제6권4호
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    • pp.345-359
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    • 2004
  • 본 연구는 기존의 계산 오류 연구 결과가 초등수학 지도에 적극 활용되지 않는다는 점에 착안하여, 계산 오류 연구 결과가 최근의 초등 수학 교재에서 어느 정도 반영되고 있는지 그 실태를 파악하고, 더 나아가 미래 교재 개발을 위한 시사점을 도출하고자 하였다. 이를 위해 본 연구에서는 교재의 분석 기준을 마련하고, 이를 토대로 제6차와 7차 교육과정의 수학 교과서, 수학 익힘책, 그리고 교사용 지도서를 계산 오류 활용이라는 관점에서 분석하였다 분석 결과 수학 교과서에서는 제6차와 7차 공통적으로 계산 오류가 활용되지 않았으며, 7차의 경우는 수학 익힘책, 교사용 지도서에서도 그 활용도가 극히 낮은 것으로 나타났다. 마지막으로 분석결과를 토대로 차기 교육과정에서의 수학 교재 개발에 대한 시사점을 간략하게 정리하였다.

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우리나라 초등학교 수학에서 사각형의 상호 관계 지도 변천 재음미 - 1차에서 3차 교육과정까지의 변화를 중심으로- (A Study on the Mutural Relation of Quadrilateral in History of Mathematics Education of South Korea)

  • 조영미
    • 대한수학교육학회지:학교수학
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    • 제12권3호
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    • pp.389-410
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    • 2010
  • 이 논문에서는 사각형의 상호 관계가 우리나라 교육과정에 어떻게 자리 잡게 되었는지를 살펴보고자 하였다. 이를 위해 1차, 2차, 3차 교육과정기에 발행된 국가수준 교육과정 문서, 교과서는 물론 당시 발간된 교사용 지도서, 교육과정 해설서, 실험용 교사용 지도서 등을 고찰하였다. 사각형의 상호 관계는 3차 교육과정에서 본격적으로 교육내용을 자리 잡았으며, 집합의 포함 관계를 지도할 수 있는 소재로서 주목을 받았다. 특히 사각형의 정의를 바탕으로 상호 관계를 이해하도록 하였는데, 이는 수학적 정의의 중요한 학문적 기능인, 범주화와 그를 통한 논증의 용이성과 관련 시킬 수 있다. 이 논문의 연구결과는, 국가수준에서 수학교육내용으로서 사각형의 상호 관계의 적정성을 판단할 때 기초적인 창조 자료가 될 것으로 기대한다.

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제 1, 2회 학생 과학 공동탐구 토론대회의 종합적 평가 (Summative Evaluation of 1993, 1994 Discussion Contest of Scientific Investigation)

  • 김은숙;윤혜경
    • 한국과학교육학회지
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    • 제16권4호
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    • pp.376-388
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    • 1996
  • The first and the second "Discussion Contest of Scientific Investigation" was evaluated in this study. This contest was a part of 'Korean Youth Science Festival' held in 1993 and 1994. The evaluation was based on the data collected from the middle school students of final teams, their teachers, a large number of middle school students and college students who were audience of the final competition. Questionnaires, interviews, reports of final teams, and video tape of final competition were used to collect data. The study focussed on three research questions. The first was about the preparation and the research process of students of final teams. The second was about the format and the proceeding of the Contest. The third was whether participating the Contest was useful experience for the students and the teachers of the final teams. The first area, the preparation and the research process of students, were investigated in three aspects. One was the level of cooperation, participation, support and the role of teachers. The second was the information search and experiment, and the third was the report writing. The students of the final teams from both years, had positive opinion about the cooperation, students' active involvement, and support from family and school. Students considered their teachers to be a guide or a counsellor, showing their level of active participation. On the other hand, the interview of 1993 participants showed that there were times that teachers took strong leading role. Therefore one can conclude that students took active roles most of the time while the room for improvement still exists. To search the information they need during the period of the preparation, student visited various places such as libraries, bookstores, universities, and research institutes. Their search was not limited to reading the books, although the books were primary source of information. Students also learned how to organize the information they found and considered leaning of organizing skill useful and fun. Variety of experiments was an important part of preparation and students had positive opinion about it. Understanding related theory was considered most difficult and important, while designing and building proper equipments was considered difficult but not important. This reflects the students' school experience where the equipments were all set in advance and students were asked to confirm the theories presented in the previous class hours. About the reports recording the research process, students recognize the importance and the necessity of the report but had difficulty in writing it. Their reports showed tendency to list everything they did without clear connection to the problem to be solved. Most of the reports did not record the references and some of them confused report writing with story telling. Therefore most of them need training in writing the reports. It is also desirable to describe the process of student learning when theory or mathematics that are beyond the level of middle school curriculum were used because it is part of their investigation. The second area of evaluation was about the format and the proceeding of the Contest, the problems given to students, and the process of student discussion. The format of the Contests, which consisted of four parts, presentation, refutation, debate and review, received good evaluation from students because it made students think more and gave more difficult time but was meaningful and helped to remember longer time according to students. On the other hand, students said the time given to each part of the contest was too short. The problems given to students were short and open ended to stimulate students' imagination and to offer various possible routes to the solution. This type of problem was very unfamiliar and gave a lot of difficulty to students. Student had positive opinion about the research process they experienced but did not recognize the fact that such a process was possible because of the oneness of the task. The level of the problems was rated as too difficult by teachers and college students but as appropriate by the middle school students in audience and participating students. This suggests that it is possible for student to convert the problems to be challengeable and intellectually satisfactory appropriate for their level of understanding even when the problems were difficult for middle school students. During the process of student discussion, a few problems were observed. Some problems were related to the technics of the discussion, such as inappropriate behavior for the role he/she was taking, mismatching answers to the questions. Some problems were related to thinking. For example, students thinking was off balanced toward deductive reasoning, and reasoning based on experimental data was weak. The last area of evaluation was the effect of the Contest. It was measured through the change of the attitude toward science and science classes, and willingness to attend the next Contest. According to the result of the questionnaire, no meaningful change in attitude was observed. However, through the interview several students were observed to have significant positive change in attitude while no student with negative change was observed. Most of the students participated in Contest said they would participate again or recommend their friend to participate. Most of the teachers agreed that the Contest should continue and they would recommend their colleagues or students to participate. As described above, the "Discussion Contest of Scientific Investigation", which was developed and tried as a new science contest, had positive response from participating students and teachers, and the audience. Two among the list of results especially demonstrated that the goal of the Contest, "active and cooperative science learning experience", was reached. One is the fact that students recognized the experience of cooperation, discussion, information search, variety of experiments to be fun and valuable. The other is the fact that the students recognized the format of the contest consisting of presentation, refutation, discussion and review, required more thinking and was challenging, but was more meaningful. Despite a few problems such as, unfamiliarity with the technics of discussion, weakness in inductive and/or experiment based reasoning, and difficulty in report writing, The Contest demonstrated the possibility of new science learning environment and science contest by offering the chance to challenge open tasks by utilizing student science knowledge and ability to inquire and to discuss rationally and critically with other students.

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