• Journal of Korean Home Economics Education Association
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• v.18 no.2 s.40
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• pp.111-123
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• 2006

This study was conducted on teachers who currently are teaching 'Technology and Home Economics' in high school, and teaching it alone, as opposed to team teaching. The study examined the teachers' fields of major study relative to their teaching behaviors and levels of confidence and satisfaction while teaching this course. The study also compared teaching behaviors, confidence and satisfaction among teachers who either have or have not participated in training sessions specifically-targeting teachers who are lack of relevant knowledge and skills in a major field. Questionnaires were mailed to high school teachers who were solo-teaching 'Technology and Home Economics' at high schools in Gyeonggi Do. Data from 83 respondents were used for the final analysis. The findings were as follows: First, it was determined that teachers tend to be more active when teaching subjects in which they have majored than subjects in which they have not. Teachers who have majored in home economics were most active when teaching home economics, followed by technology major teachers teaching technology, home economics major teachers teaching technology and technology major teachers teaching home economics, the last group exhibiting the least willingness to teach. Similarly, all teachers exhibited less confidence in areas not relevant to their majors, and confidence especially was lower while teaching practical skills versus theories. Teachers also were found to be less satisfied with teaching subjects outside of their majors. Second, analyzing technology majors currently teaching home economics and comparing those who have and have not participated in training sessions for home economics teaching, we found that 1) technology majors with such training feel that the training experience helped them in preparing various teaching media and in their evaluation of students' understanding of basic concepts and practices; 2) these training programs increased teachers' confidence teaching theories, but not practical skills; and 3) after they had participated in training programs, teachers' satisfaction increased in terms of producing teaching agendas and selecting textbooks and teaching media for their classes. However, training programs were found to have no effect on home economics majors who had participated in technology training programs, in terms of teaching behaviors, confidence or satisfaction teaching technology.

• Journal of the Korean Chemical Society
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• v.47 no.5
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• pp.495-504
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• 2003

This investigation into the actual condition of instruction with the General Science textbook was carried out by conducting a questionnaire survey of a General Science teachers at high schools in the Gwangju-Jeonnam area. As a result of analysis, it was found that the percentage of four different teachers teaching the four science subjects was 62.5% of the whole, and the percentage of one teacher teaching all four science subjects was 7.5% in Gwangju, with the percentages being 21.1% and 36.6%, respectively, for Jeonnam. An most appropriate type of General Science textbook instruction is for four different teachers to teach the for different subjects (75%) according to teachers in the Gwangju-Jeonnam area. The teachers that teach the General Science textbook want the course to include the following sections in this order in the chemistry field in the new General Science textbook: atoms, molecules, and ions; chemical reactions, chemical periodicity, and acids and bases

• Journal of The Korean Association of Information Education
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• v.23 no.1
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• pp.1-8
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• 2019

In order to provide basic data necessary for developing a curriculum to enhance SW education for elementary school teacher students, a questionnaire survey was conducted on 1,260 students at G National University of Education. The results are summarized as follows. First, it is necessary to improve class time of SW education for the college students and revise the SW curriculum to improve SW education capacity for teacher students. Second, in the liberal arts course, it is necessary to develop the teaching and learning materials and the textbooks using various software. Third, in the major course, the Subject Pedagogy programs should be expanded rather than the subject content programs. Fourth, in the specialization course, the programming language education focusing on the Entry and EPL should be strengthened so that it can be linked with the elementary school curriculum. In addition, it is necessary to expand the choice of subjects for the students by reducing the number of required courses and increasing the number of elective courses.

• Hwankyungkyoyuk
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• v.10 no.2
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• pp.349-368
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• 1997

본 논문에서는 우리 나라 학교환경교육의 발전 과정을 태동기(1980년 이전), 성립기(1981-1991년), 정착기(1992년 이후)로 구분하여 간략히 개관한 다음, 전국 수준의 초.중등학교 학생, 교사, 교육전문직을 대상으로 한 환경교육에 관한 의식과 요구 사항 등에 대한 조사 연구 결과 및 이를 바탕으로 한 환경과 담당 교사의 현직연수와 양성교육에 관한 정책 대안을 제시하였다. 또, 1993년 이후 우리 나라에서 이루어지고 있는 환경교육을 위한 교사교육의 변화 및 발전 현황을 다음과 같이 요약하였다. 첫째, 중등학교의 교사자격증 표시과목으로 '환경'과가 1994년부터 추가됨으로써 현직교사 연수 및 교사양성대학에 환경교육과의 설치가 제도적으로 가능해졌다. 둘째, 제6차 교육과정(1995년부터 적용)에 신설된 중학교 환경 및 고등학교 환경화학 담당 교사 확보를 위한 자격연수(총 180시간)가 1994년 여름방학부터 시작되었으며, 이를 통하여 1996연말까지 환경과 부전공 자격 소지자를 680명 배출하게 되었다. 셋째, 중등학교에서 환경과를 담당할 교사를 양성하기 위한 환경교육과가 전국 3개 대학(한국교원대학교, 공주대학교, 순천대학교)에 설치되었다. 넷째, 1995년부터 전국의 각급 학교에 환경주임교사를 배치하여 학생의 체험적 환경교육을 유동하고, 일반교사에게 환경교육의 중요성을 전파하는 역할을 담당하게 하고 있다. 다섯째, 환경과 부전공 제도가 1996년부터 시작되었다. 대학재학 중에 전공과목에 대하여는 42학점 이상, 환경교육 관련 과목을 21학점 이상 이수한 학생은 환경과 부전공 교사 자격증을 얻을 수 있게 되었다. 여섯째, 교사의 자생단체로 지역별 '환경교사연구회'가 구성되어 환경교육 자체연수, 교재개발과 보급, 환경캠프와 답사 등의 활동을 전개하고 있다. 끝으로 환경교육을 위한 교사교육에서 계속 노력해야 할 사항을 제시하였다.

• The Bulletin of The Korean Astronomical Society
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• v.43 no.1
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• pp.64.3-64.3
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• 2018

어린이천문대는 2003년부터 15년간 어린이들의 천문지식 함양과 과학탐구 능력의 향상을 도모하기 위해 수준별 3단계 프로그램을 연구 개발해왔다. 우리의 3단계 천문교육 시스템은 저학년을 대상으로 한 체험교실, 고학년을 대상으로 한 탐구교실, 그리고 탐구교실을 수료한 학생들을 위한 심화 단계인 테마교실로 이루어져 있다. 단계별 교재, 교보재, 관측실험 및 시각자료의 개발을 통해 프로그램의 완성도를 높여왔다. 우리의 천문교육 프로그램으로 교육된 누적 인원은 모두 67986명(2018년 3월 31일 기준)에 달한다. 그중 천문학 진출 사례로는 페리지로켓의 신동윤 대표와 다수의 천문학 전공 학생들이 있다. 전문적인 초등학생 천문교육 프로그램의 지속적인 연구개발을 통해 대한민국 천문학 대중화에 이바지할 수 있을 것으로 기대된다.

• Proceedings of the KIEE Conference
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• 2005.10a
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• pp.109-112
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• 2005

The main purpose of this study is to prepare an outline for developing of the module-type text-book system on the customize curriculum management and Contents Systems that achieve self-study systems to make the students adopt themselves into new study atmosphere and maximize the result of study on Osan college in Electric-Electronic field. Questionnaire posed to analyze the demand of teaching materials to the students, and professors and also to find characteristics of students in Osan college. The SPSSWIN/PC+ statistics package was used to assay the collected answers. And simple frequency with percentage, average, and standard deviation were calculated to check the entire trend and actual state of teaching. Therefore, the improvement of the existing teaching materials was demanded while the fundamental ability to study of general students is declining. Consequently, it is necessary to introduce new teaching materials which are simple, easy, and organized to offer the students study desire and interest.

• Journal of The Korean Association For Science Education
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• v.4 no.2
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• pp.74-81
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• 1984

중등 과학교사 양상에 있어서 기초 교양 과목과 교육 일반론 및 과학 과목은 중요한 부분이지만 가장 핵심적이고 특유해야할 과목은 과학교육 관계 과목이다. 많은 경우 $2{\sim}3$학점의 한 과목을 필수로 제시되는 "물리교육", "화학교재", "생물교수법" 등의 분야별 과목이 안이하고 무의미하게 제시되는 것이 아닌가 하는 직관적 판단으로부터 우선 한국의 실태를 조사하고 장기적이고 포괄적인 연구 개발의 기본적 모형을 구안하려는 것이 본 연구의 목적이다. 연구의 한 단계로 전국 사범대학 과학교육 관계과나 전공을 대상으로 설문지 방법과 면담을 통해 학사 학위 및 중등 과학교사 자격을 위한 취소 이수학점 그리고 일반 및 과학 교육 관계 과목에 대해 조사하였다. 특별히 과학교육관계 과목에 대해서는 상세하게 필수 및 선택 과목 수와 학점, 대상 학생과 교수, 과목의 목표, 내용, 교육 자료와 평가 방법 등을 조사 분석하였다. 또한 설문의 두 번째 범주인 과학교육 과목 담당 교수의 중등 과학 교사 양성 교육과정에 대한 일반적인 의견과 과학 교육 과목에 대한 구체적 의견을 종합 분석하였다. 이러한 실태 조사와 의견 분석을 바탕으로 과학 교육 과목의 총 이수 학점에 대한 비율, 과목수와 명칭 그리고 교육 내용의 기본적 사항을 제시함으로써 자료개발과 실제 지도를 위한 모형적 연구를 수행하였다.

• Journal of Korean Home Economics Education Association
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• v.20 no.1
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• pp.137-152
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• 2008

This study examined the organization and operation of home economics curriculum of specialized middle school in the form of regular school among alternative schools and analyzed the perceptions of teachers and students about home economics class. Interviews were conducted with teachers of 6 specialized schools in order to determine the operations and teachers' perceptions of home economics education. Students' perceptions for home economics class were gathered through surveys with students from the 3 (of the original 6) schools that authorized the questionnaire survey. The final analysis utilized 205 student responses. Survey data were analyzed using the SPSS program. The results of the research were as follows: First, home economics education within specialized middle schools was mostly conducted according to the form of the technology-home economics curriculum, which is the national common basic curriculum. Compared to the 7th national curriculum, the class of technology-home economics curriculum in 4 schools occurred 1 hour less each week. Each school incorporated various specialized curricula related to home economics. Second, as for the operation of home economics education in specialized schools, most home economics classes were conducted by teachers who had majored (or minored) in home economics. Moreover, all but 1 school, which used self-made materials, used the national textbook and dealt with the entire content of the textbook. For teaching-learning methods and instructional media, various means were utilized. For evaluation methods, most schools based grades on paper-and-pencil tests(50-60%) and performance tests(40-50%). Third, among teachers' perceptions of home economics education, the meaning of home economics education was focused on practical help and the pursuit of home happiness; the purpose was to realize the happiness of students and their homes by applying these to actual living, and increase students' ability to see the world. In regards to difficulties in educational operations, most pointed out poor conditions of practice rooms. As for differences from general schools, most teachers mentioned the active communication with students. Fourth, through the home economics class, it was found that students perceived the goal of technology-home economics curricula as lower than average. Among students' perceptions about home economics class, most were negative. Perceptions about goal of technology-home economics curricula and home economics class also showed meaningful differences according to each school. Students of the school, which had more home economics class hours and specialized curricula related to home economics, perceived more positively. Also, students who were more satisfied with school and learned from a teacher who majored in home economics tended to perceive home economics class more positively.

• Journal of Korean Home Economics Education Association
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• v.35 no.3
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• pp.135-149
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• 2023

The purpose of this study is to develop and implement an integrated course model that centers around the subject of Home Economics Education Curriculum and Teaching Methods and its pedagogical approaches, as well as the subject of Chinese Language and Literature Curriculum and Teaching Methods and its pedagogical methods. This study aims to provide a framework to prepare pre-service teachers to effectively address a variety of educational issues in future educational settings. To achieve these objectives, the study utilizes Fogarty's connected model as a guiding framework to explore the impact of the integrated curriculum on fostering collaborative and divergent thinking among students. The findings of this research confirm that this model not only cultivates interdisciplinary competencies among course participants but also goes beyond the mere transmission of knowledge to build the capacities needed for forming an educational community, thereby increasing course satisfaction. Additionally, the study substantiates the importance of learner-centered strategies, cooperative learning, and diverse evaluation mechanisms. Such an integrated course model has the potential to revolutionize not only pre-service teacher education but also to be applicable in in-service teacher training, thus contributing to solving a broader range of educational issues.

• Journal of radiological science and technology
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• v.28 no.1
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• pp.33-44
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• 2005

The objective of this study is to supply the good quality of experts the radiation industries in Korea and develop the major subject matter needed in the radiation industries and the curriculum in order to execute it for the variation of fields of employment at the department of radiation in the junior college and the development of the percentage of employment. In addition, this study is to improve the level of radiation experts engaged in the industries in quality, and it is to improve the social recognition of radiation rather negative now because of the development of radiation industry. As for the core results of this research, it was to suggest the detailed choice method curriculum proper to the service fields of radiation industries, but it may be subject to change due to each college's property and the educational objectives. From the result of this research above, it may be summed up as follows. First, as for the detailed curriculum by the service field, this study was to organize two subject matters: 1. the subject matter proper to the field of using the radiation, and 2. the subject matters proper to the safety control field of radiation. Second, as for the detailed curriculum by the pattern of industries, this study was to organize the four subject matters: 1. the subject matter needed in the manufactures, 2. the subject matter needed in the nondestructive testing industries, 3. the subject matter needed in the sales agencies, and 4. the subject matter needed in the laboratories. This study was to suggest the operational model about the curriculum in order to execute these subject matters. It could be executed as two methods below. First, one method is to execute the major systems by the medical field and industrial field in the third course at the department of radiation in the junior college now. Second, the other method is to make them specialize the industrial radiation in the Advanced Course(one year course) after the graduation of junior college. To operate these curricula successively it needs to assume the deeper research and the development of materials about the subject matters related to the nuclear radiation industries hereafter. In addition, it needs to solve the security of finance like the manpower of professor, space for practice, and the educational appliances, etc. needed in the operation of subject matters. Finally, the effect and result from the development or revision of college curriculum did not come out in a short time. It will require considerable time until the undergraduates at the department in the junior college finish a set of curriculum newly developed, and graduate the university, and can get the results while they engage in their works in the industrial sites. Accordingly, all the interested parties have to anticipate the results of this research with the patience in long-standing point of view. Also, this researcher considers it as it is willing to give them the continuous interest and support.