• Human Ecology Research
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• 제56권6호
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• pp.603-617
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• 2018

This study analyzed research trends in the field of Practical Arts (Technology & Home Economics) education. From 958 articles published between 2010 and 2018 in the Journal of Korean Practical Arts Education (JKPAE), Journal of Korean Home Economics Education Association (JHEEA), and Korean Journal of Technology Education Association (KJTEA), 958 keywords were extracted and analyzed using NetMiner 4. When the general network structure was analyzed, keywords such as practical arts education, curriculum, textbook, home economics education, and students were high in the degree centrality and closeness centrality, and textbook, practical arts education, curriculum, student, home economics education, and invention were high in the node betweenness centrality. The cluster analysis showed that a four-cluster solution was most appropriate: cluster 1, technology and experiential learning activities; cluster 2, curriculum studies and practical problem; cluster 3, relationships; and cluster 4, creativity and character education. The three journals showed differences in the knowledge network structure: The topics of JKPAE and JKHEEA focused on general content knowledge and curriculum, while the topics of KJTEA were spread across invention and creativity education, and curriculum studies.

• 예술인문사회 융합 멀티미디어 논문지
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• 제7권10호
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• pp.287-296
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• 2017

이 논문은 교사의 교육과정 연수에 대한 현황을 살펴보고, 교육과정 행정의 임무가 무엇인지 살펴본 것이다. 연구내용은 우선 교원연수와 교육과정 연수의 차별화된 특징이 무엇인지 살펴보았다. 교육과정연수는 교원연수의 일종이지만, 개정 교육과정이 확정·고시된 이후 보급단계가 있고, 실제 적용단계로 구분이 되는 특징이 있었다. 다음으로 교육과정 개발에서 교육과정 연수가 어떠한 위치를 지니는지 확인하였다. 교육과정 개발에서 교육과정 연수는 개정 교육과정에 대한 주요 이해를 위한 것에 있었고, 개발 이후 적용단계에서는 심화된 내용의 연수가 필요함을 확인하였다. 마지막으로 교육과정 연수의 추진 체계과 내용 및 교육과정 행정의 임무에 대해 논의하였다. 논의결과 교육과정 행정은 보급단계와 적용단계의 차별화, 지도·조언의 성격, 교원의 전문성 향상, 연수대상의 다원성의 고려, 연수방법의 다양화, 직무적 성격의 강화, 교외 자주적 연수에 대한 배려 등에 대한 제도의 정비가 요구되었다.

• 컴퓨터교육학회논문지
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• 제8권3호
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• pp.77-89
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• 2005

정보기술 교육과정의 설계는 매우 어려운 작업이다. 비교적 짧은 개설 역사, 정보기술 자체의 급속한 발전, 정보 활용과 정보소양에 대한 사람들의 인식 차이 등으로 인하여 교육내용의 선정이 매우 어렵기 때문이다. 이에 다른 나라의 경우를 비교하여 교육과정 설계의 효과성을 제고할 필요가 있다. 이 논문은 이러한 취지에서 최근 눈부신 경제 발전을 이룩하면서 정보화 교육에 깊은 중시를 보이고 있는 중국의 정보기술교육과정의 변천과정과 현실상황 및 특징을 분석하였다. 또한 중국의 정보기술 교육과정 중에서 한국의 새로운 컴퓨터 교육과정 설계에 채택 가능한 장점들을 제시하였다. 중국의 초중등학교 정보기술교육과정의 특징은 (1) 안정된 수준의 정보기술 기초지식과 기본기능 교육, (2) 문제해결을 위한 정보기술 활용교육, (3) 정보기술의 심화된 탐구와 프로젝트 학습을 통한 개별화 교육, (4) 체계적으로 배정하고, 통합적으로 진행하는 정보기술교육과정으로 요약할 수 있다.

• 한국가정과교육학회지
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• 제12권3호
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• pp.65-76
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• 2000

Comparative Study on Historical Changes of Practical Arts Education and Technology-Home Economics Education in Korea and Japan This dissertation is a comparative study on Practical Arts(Home Economics) Education and Technology-Home Economics Education of Korea and Japan. I established two research objectives to conduct the research : To understand the differences in historical changes in Practical Arts Education and Technology-Home Economics of the two countries: And to grope for the new direction of Home Economics Education. Research findings are as follows : Japan was also ahead of Korea for about two decades in terms of putting Home Economics Education in practice at elementary schools. Practical Arts Education Started to emerge in Elementary school system in 1955, which had been originated in vocational education before the year 1945 in Korean However, from the 3th curriculum Practical Arts Education Curriculum put emphasis on home lives. Regarding the characteristics of education from the perspectives of historical changes at Korean Junior-high schools after the year 1945. Home Economics Education had been regarded as “female subject”until the 1980s and was integrated into regular curricula for co-education in the middle of the 1990s. when the 6th Curriculum was activated. Technology-Home Economics started to emerge in Japan in 1962. while the subject Home Economics Education was integrated into curricula for males in high school as well in 1989. In the Korean 7th Curriculum, the combined subject Technology-Home Economics is divided into three categories. A remarkable difference from japanese Technology-Home Economics is that korean curriculum has no division between required and elective. In conclusion. I observe that both Korean and Japanese curricula for Home Economics Education were originated in Confucianism. However, unlike Korean situation, current Japanese Home Economics Education takes a significant part as a continuing and required subject for both primary and secondary co-education.

• 정보교육학회논문지
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• 제10권1호
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• pp.25-35
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• 2006

현재 초등학교에서 실시되고 있는 컴퓨터교육은 정보통신기술지침, 교육과정 그리고 관련문헌들을 분석한 결과 교육과정의 계열, 중복 그리고 일관된 체계 부족 등의 문제점이 발견되었고, 학습내용의 대부분이 소프트웨어 기능습득 위주로 편성되어 있어 논리적 사고와 문제해결력을 길러내기가 매우 어렵다. 이에 본 연구는 초등학교 컴퓨터교육과정을 개선하기 위해 컴퓨터과학 요소의 도입이 시급하다고 판단하고 미국의 ACM교육과정 모델, 테네시 주의 컴퓨터교육과정 그리고 영국의 정보기술교육과정 등의 컴퓨터과학 지도 사례를 근거로 기존 내용체계를 수정 보완하여 컴퓨터원리, 알고리즘 및 프로그래밍이 도입되고 정보윤리영역이 강화된 개선된 컴퓨터교육과정을 제안하였다.

• 한국과학교육학회지
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• 제23권4호
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• pp.386-400
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• 2003

This paper presents an analysis of the Developmental Approaches in Science, Health and Technology (DASH) program, a K-6 curriculum developed by the Curriculum Research & Development Group (CRDG) at the University of Hawaii employing the curriculum analysis framework created by Posner. Using this framework the analyst found that the DASH design is based on the research on learning, teaching, and assessment now driving efforts to reform science education at the elementary level. DASH embraces the constructivist idea that learning is a personal and social process and the recapitulation model that new concepts are built out of theories previously learned. DASH provides an understandable, exciting, and memorable experience in the operations of science, health, and technology, and develops their capacity to use the skills and knowledge of science, health, and technology both in and outside school. A number of studies of DASH have examined its functionality, effectiveness of pedagogy and what students learn. The innovative nature of DASH necessitated a multidimensional assessment that included both quantitative and qualitative research techniques. Ongoing development of the DASH program in the research setting of a university laboratory school permits ever deeper connections with emerging curriculum theory and curriculum practice, and allows new linkages as ideas are tested in research classrooms.

• 의학교육논단
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• 제17권3호
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• pp.110-121
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• 2015

Competency-based medical education (CBME) is an outcome-oriented curriculum model for medical education that organizes learning activities and assessment methods according to defined competencies as the learning outcomes of a given curriculum. CBME emerged to address the accountability of medical education in response to growing concerns about the patient safety in North America in the 1970s, and the number of medical schools adopting CBME has dramatically increased since 1990. In Korea, CBME has been under consideration as an alternative curriculum model to reform medical education since 2006. The purpose of this paper is three-fold: (1) to review the literature on CBME to identify the challenges and benefits reported in North America, (2) to summarize the process and experiences of planning and implementing CBME at Inje University College of Medicine, and finally (3) to provide recommendations for Korean medical schools to be better prepared for the successful adoption of CBME. In conclusion, one of the key factors for successful CBME implementation in Korea is how well an individual school can modify the current curriculum and rearrange the existing resources in a way that will enhance students' competencies while maximizing the strengths of the school's existing curriculum.

• 한국환경복원기술학회지
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• 제10권3호
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• pp.88-99
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• 2007

This study is aimed to suggest a direction for the general environment education through analyzing current environment education curriculums and survey of educational needs for students in Korean universities. Since the result of this survey shows that most university students lack experience in environmental education in their secondary education, the basic educational programs as well as advanced educational programs should be included to develop a general environmental education curriculum for university students. So far, general environmental education for university students has not witnessed a clear and distinct object and direction. Since we live in a situation where environmental problems should be considered in every aspect of our society, the general environmental education curriculum for university students shall play a role to solve these problems. Additionally, we need to change the way of environment education from educating and raising the environment professionals to educating and raising people who comprehensively understand economy, society and environment under the sustainable development paradigm. Also the focus of environmental education should swift from natural science to over all perspectives. Recently, the need of interdisciplinary curriculum for the environment education field has been discussed in universities. However, it has not been integrated into the normal curriculum. In this regard, systemic improvement which enables general education curriculum to operate flexibly will be followed. The key to establish an interdisciplinary curriculum is a flexible educational curriculum system which can solve problems arising from departmental curriculums, and promptly respond to the demand of educational and social consumers. Additionally, the result of survey shows that students want diverse educational operations and teaching methods, equipping educational assistance system for these needs will be required.

• 한국수학교육학회지시리즈D:수학교육연구
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• 제7권2호
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• pp.73-90
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• 2003

In the Republic of Korea, mathematics has always been a major blame for huge private expenditures on so-called "private education," which consists of private tutoring and lessons at "private academies of extra curricula." The private spending on out-of-school education often exceeded public expenditures on schools. In 1997, South Korean Ministry of Education reformed curriculum of mathematics along with other subjects to ease the burden of private education. The aim of this curriculum change was to put a boost on individual students' interests, affections and other attributes toward school mathematics. The essential distinctiveness of the new curriculum of mathematics compared with the previous one is as follows: 1. The implementation of so-called "differentiated curriculum" for grades 1-10. 2. 30% reduction of contents in mathematics and the reconciliation of contents. 3. Elective subjects for mathematics for grades 11 and 12. 4. More uses of technology in mathematics teaching. Firstly, we examine the background of the curriculum reform and analyze the new curriculum according to awareness of educational administrators, teaching environments of schools and readiness of mathematics teachers. Then we find out what kinds of problems it has and look for some suggestions for remedies.

• Journal of Information Technology Applications and Management
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• 제30권5호
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• pp.141-158
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• 2023

In the field of animation, as technology advances, production technology, production methods, and production culture are also steadily developing. The demand for content is increasing rapidly around the OTT platform, and the demand for animation content and diversity is increasing. With these market changes, animation creation ability is becoming a more important animation education goal. There is also a need to innovate educational methods to provide students with the skills and knowledge required in the modern animation business. This paper investigated the composition of the educational curriculum of domestic and foreign animation universities education. It examines artificial intelligence (AI) technology that can be used in animation creation and explores the design and direction of the university animation curriculum using it. AI technology has already proven its potential in various areas, and it is integrated into the animation curriculum to present various development potentials. Using AI technology, students can focus on practical and essential animation education by preventing technical difficulties in animation creation, increase their experience in animation production, and experiment with planning and producing various contents. It is proposed to design an educational curriculum that further strengthens animation creation and production capabilities by forming smart animation classes to foster talents who can lead the future animation industry in a new direction.