• 월간 기계설비
• /
• s.92
• /
• pp.52-72
• /
• 1998

본 대학 건축설비과는 1995년 12월 대한설비공사협회 서울특별시회와 위탁교육에 관한 계약을 맺고 1996학년도에 협회 산하업체 직원 40명에 대한 별도학급을 편성하여 위탁교육을 실시하고 있으며, 1997학년도에도 39명에 대한 별도학급을 편성하여 위탁교육을 실시하였다. 위탁교육제도는 산업체 종사자들에 대해 전문지식의 습득기회를 확대하여 기술변화에 대응할 수 있는 능력을 함양시키고 기업의 경쟁력을 강화시키는데 목적을 두고 있다. 본 연구는 2년째로 접어든 건축설비과 위탁교육과정을 합리적으로 운영하고 교육생들의 학습의욕을 능동적으로 고취시켜 산업계의 기술변화에 적절히 부응할 수 있는 교육방안을 마련하기 위하여 1,2학년 위탁교육생들의 설문으로 교육생 성향을 분석하고 교육지도 방안, 산업체 지도방안 그리고 홍보 방안을 모색하고자 한다.

• Journal of Educational Research in Mathematics
• /
• v.25 no.4
• /
• pp.631-655
• /
• 2015

Children's early mathematics education sets the tone for their later learning of mathematics. So the importance of early mathematics education has been emphasized day by day and there has been growing interest in it. The purpose of this study is to examine the possibility of including standards for kindergarten in mathematics curriculum and to select the specific content knowledge for designing mathematics curriculum focusing on continuity of kindergarten and first grade. To do this, continuity between kindergarten mathematics and the first grade mathematics were examined by investigating the five countries' mathematics curricula which include kindergarten level. Based on the results, the content standards of kindergarten mathematics were constituted in the categories of 'number and operation', 'geometry', 'measurement', 'pattern', and 'data and chance', following the some principles of selection. Finally, the implications for attainment of continuity between kindergarten and elementary mathematics were induced, containing the discussion of the methods for teaching and learning mathematics in the kindergarten level.

• Journal of Science Education
• /
• v.34 no.1
• /
• pp.140-154
• /
• 2010

The core of subject matter education is determined by the choice of subject matter taught to students and by the organization of content according to educational objectives. The purpose of this research is to suggest ways to improve the present content of science education so as to prepare students and schools for a radically different future. We deduced the main issues the solution of which could lead to significant improvements in the contents of science education by analyzing previous studies and investigating the changes in content that were effected during curriculum revisions in the past. The main issues thus revealed through this study are as follows: the essence of the contents of subject matters in science education, the social and cultural background of change in the science curriculum, the rational steps on the way to choosing contents as part of the science curriculum, the processes of choosing the main contents of each subject, the international comparative study of contents, the updating of contents for the benefit of future society, and the reorganization of subject contents. In order to find a concrete improvement on the issues deduced, we organized an expert group. Then, we proceeded to collect and analyze the experts' opinions. A survey was administered to 19 science education experts working with universities and colleges of education. We examined their degree of agreement on the issues and problems, and on the steps that may be taken to us the improvements on these issues. we suggested that: collecting opinion and reaching an agreement on the essence of the contents of the subject matters in science education, the necessity to choose core contents within the scientific domain, developing a structure map in order to integrate and connect various subject domains, presenting explicitly the objective of inquiry by grades, moving toward integrating science contents, diversifying the construction of science textbooks.

• Journal of the Korea Computer Industry Society
• /
• v.9 no.4
• /
• pp.177-182
• /
• 2008

Due to the computer developments and the expansion of data communications, many changes are done to educational environments in addition to the changes of the various social areas. In this paper, a learning system is developed, which adapts itself by checking the changing factors of the learner. The educator works as a overall project manager in this project learning system and the learner benefits from the user-oriented comparative study and pattern design performed in the domains of the internet and intranet.

• Communications of Mathematical Education
• /
• v.14
• /
• pp.1-25
• /
• 2001

초${\cdot}$중등학교 수학교육에 있어서 문제해결에 대한 관심은 전세계적으로 점점 높아지고 있다. 우리 나라 에서는 문제해결 교육을 제 4차 교육과정 개정부터 시작하여 제 7차 교육과정에서도 아주 중요시 하고있다. 이렇게 교육과정의 변화에도 불구하고 수학 교육헌장에서 교사들의 문제해결에 대하여 갖는 인식도나 실천적 의지는 매우 부족하다. 이런 관점에서 첫째는 문제해결력에 관한 제 7차교육과정의 교과서를 분석함으로써 문제해결 지도에 사용되고 있는 문제의 유형을 분석하였다. 둘째는 교사들의 설문지를 통하여 수학 교육에서 문제해결을 위한 교사의 신념을 조사하여 교육 현장에서 문제해결력의 문제점을 분석하여 앞으로의 개선책을 알아본다.

• Proceedings of The KACE
• /
• 2018.08a
• /
• pp.7-9
• /
• 2018

최근 국내외적으로 SW 교육에 대한 중요성이 증가하고 있다. 이러한 사회적 변화에 따라 올해 중학교에서 SW 교육을 시작으로 2019년부터는 초등학교, 고등학교에서도 SW 교육이 시작될 예정이다. 앞으로 SW 교육의 성공적인 안착을 위해서 컴퓨터교육 이전의 세대인 학부모에게도 SW 교육의 이해를 위한 적합한 교육이 필요하다. 따라서 본 논문에서는 2015년 개정 정보과교육과정을 기반으로 학부모를 위한 체험 프로그램을 제시하고 평가한다. 제안된 프로그램의 이론수업은 새로운 교육과정의 SW 교육에 대한 정보를 제공하며, 실기수업은 컴퓨팅 사고력(Computational Thinking)을 기반으로 문제 해결을 체험하도록 구성된다. 제안된 체험 프로그램을 통하여 학부모는 정보과교육과정과 컴퓨팅 사고력을 이해하였고 SW 교육에 대한 긍정적인 반응이 증가되었다.

• Journal of the Korean earth science society
• /
• v.39 no.3
• /
• pp.260-274
• /
• 2018

The purpose of this study was to propose curriculum and teaching sequence for seasonal change by exploring a learning progression. For the purpose, 4 steps of construct modeling approach (specifying construct, item design, outcome space, and measurement model) proposed by Wilson (2005) was applied. In the stage of specifying construct, 'length of shadow according to seasons', 'position of constellation according to seasons', 'seasons of the southern hemisphere and northern hemisphere', 'cause and phenomenon of seasonal change' were selected as the subconstructs of seasonal changes, and constructed a construct map showing the level of development from level 1 to level 4 for each subconstruct based on the results of the previous research. In the item design stage, we developed five assessment items consisting of 3 items in the form of C-E (choose and explain) and two items in the form of CR (constructed response), applied it to 383 elementary, middle and high school students. In the outcome space stage, the students' responses to the assessment items were categorized based on the construct map. The categories were classified into 4 levels according to student ability and scores of 1-4 were given. In the measurement model stage, we applied the partial credit model of the Rasch model and compared whether the learning pathway created from the results of students' response coincides with the construct map. Based on the results of the research, we modified the construct map and finally created hypothetical learning progression on seasonal change. Finally, we proposed an orientation of curriculum amendment and effective teaching sequence for seasonal change.

• Journal of The Korean Association of Information Education
• /
• v.19 no.3
• /
• pp.361-372
• /
• 2015

The most significant change of educational field in 2015 year is the year the software education is started completely as a required curriculum. With the global attention and change to the software education, Korean ministry of education names the software industry as a new growth engine and software education is selected as a key challenge in the education field. In this study, we looked through the software education of Estonia as a reference model in order to design the software education and establish the national policy. Meanwhile, we examined the contents which can be helpful to organize the software education curriculum and select the way of software education based on the implications from the software education policy of Estonia. In addition, we verified the validity of this study through the expert qualification.

• The Journal of the Korea Contents Association
• /
• v.14 no.9
• /
• pp.651-662
• /
• 2014

The introduction and application of NCS(National Competency Standards) into college education seeks for competency-based human resource development and management, which targets what to do rather than what to know in terms of employees' performing jobs, duties and tasks in their work environments. The focus of the study is to redesign an educational curriculum of the field of Advertising Production for college students from a perspective of NCS. The field of Advertising Production related competency unit groups, competency units and competency elements were selected followed by the process of developing the curriculum. Using survey questionnaires and FGIs, data were collected from advertising industry experts, field practitioners and college students. The redesigned NCS-based curriculum is expected to link college education into industrial needs for human resources and thus to enhance the quality of college education.

• Journal of The Korean Association For Science Education
• /
• v.24 no.3
• /
• pp.468-480
• /
• 2004

It has been criticized that there are discrepancy between 'general statements' of the curriculum and subject-matter curricula. The possible reasons for this are as follows: The developers of the general statements were educational curriculum specialists. These specialists were not good enough to develop general statements and guidelines of subject matter curricula reflecting the characteristics of science contents, to examine developed science curriculum, and to give feedback to science curriculum developers. Under the present curriculum developing system where curriculum is developed in ten months or less by the research team commissioned unpredictably and imminently, it might be difficult to develop valid and precise science curriculum reflecting the purport of the general statements and teachers' needs. The inadequacy of these curriculum development processes resulted in (1) inconsistent statement about the school year to be applied to differentiated curriculum, (2) abstract and ambiguous stating about the characteristics, teaching-learning and assessment guidelines of enrichment activities, and (3) failure to reduce science contents to a reasonable level. Therefore curriculum development centers should be designated in advance to do basic research at ordinary times, and organized into a cooperative system among them. Two years or more of developing time and wider participation of scientists are recommended to develop more valid and precise science curriculum. In addition, commentaries on science curriculum should be published before textbook writing begins.