• The Journal of the Korea Contents Association
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• v.11 no.2
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• pp.477-486
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• 2011

The purpose of this paper was to examine the teaching and learning activities using mobiles devices in a university. We analyzed the instructional methods, instructional strategies, devices types, and evaluation activities. In addition, we conducted deep interviews with the students who used the mobile devices in terms of their understanding on the mobile learning, mobile learning methods, evaluation methods, difficulties and their expectations. These findings will be used to improve the quality of the teaching and learning methods using mobile devices in higher education.

• Journal of the Korea Computer Industry Society
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• v.3 no.8
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• pp.1117-1128
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• 2002

This study suggests the most efficient teaching method by using multi-media. Based on the outcome of the engineering study, the multi-media and their contents will be applied to teaching methods, at first needing to provide concept and educational expecting effect of them. For multi-media using teaching methods, the study suggests the following 4; (1) teaching method for instructional learning, (2) teaching method for detective learning by guild, (3) teaching method for receptive loaming, (4) teaching method for exploration. Challenges still remained is to examine principles of teaching planning and relevant theories in order to apply the multi-media for the existing education, which should ask teachers in field to select more efficient teaching methods.

• The Korean Nurse
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• v.17 no.1 s.93
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• pp.51-60
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• 1978

본 조사를 1977년 7월부터 11월까지 전국 52개교 간호교육기관을 대상으로 질문지에 의하여 간호교육기관의 교육 실태를 분석 검토한 결과 다음과 같은 결과를 얻었다. 1. 전국의 간호교육기관 수는 대학과정 14개교(대학 2개교, 간호학과 12개교), 전문학교 37개교, 간호학교 1개교 이었다. 설립별로 분류하여 보면 국립은 9개교, 공립은 16개교, 사립은 27개교이었다. 2. 전국 간호교육기관의 재학생 수는 10,882명이었고 대학과정에 2908명, 전문학교과정에 7,974명이었다. 총 재학생중 남학생 수는 53명이었다. 3. 1977년도 졸업생 수는 총 3,097명으로 11월 현재 취업율은 78.8$\%$ 미취업율은 21.2$\%$을 나타내고 있다. 4. 전국의 총 간호교수는 603명으로 전임강사 이상 간호학 교수는 74%이었다. 대학과정의 학(과)장중 85.7%가 간호학 전공교수 이었으나 전문학교의 경우 기관장중 35.1%가 간호학 전공교수이었다. 5. 교수의 주당 강의시간 수는 대학과정의 경우 1$\~$3시간을 담당하는 교수가 52.6$\%$를 차지함에 비해, 전문학교의 경우 1$\~$3시간 담당교수는 11.0$\%$에 불과 하였으며 7$\~$9시간 담당교수가 28.0$\%$를 차지하고 16시간 이상 강의하는 교수도 2.6$\%$나 있었다. 교수의 정원을 질문 하였으나 자료 수집된 대부분의 학교에서 기록하지 않아 집계할 수 없었음을 밝히며, 끝으로 협조해주신 전국 간호교육 기관에 진심으로 감사드리면서 앞으로도 계속적인 지원과 협조를 바랍니다.

• Korean Journal of Social Welfare Studies
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• v.42 no.1
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• pp.371-397
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• 2011

Field practicum is the core of Social Work education and plays a key role in the integration of theory and practice. To maximize the effectiveness of field education, it is important that both the faculty field liaison and field instructor are cooperated. However, the current field education is almost dependent on the supervision by field instructors. This study explores the perception on the areas of supervision by using the Q-methodology. As a result, the perception of faculty field liaison was categorized into three types and field instructors' was two. Their types of perception were partially overlapped rather than contrast. Findings of the study suggested the need for greater collaboration between academia and agencies.

• Journal of The Korean Association For Science Education
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• v.36 no.1
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• pp.147-158
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• 2016

This study examined the changes of preservice biology teachers' NOS pedagogical content knowledge through two consecutive science methods courses: NOS understandings; attitudes toward teaching science; difficulties of NOS teaching; NOS teaching strategies; and views of orientation of NOS teaching. During the science methods course I, the preservice teachers engaged in discussions and reflections on what science is and how scientific knowledge has produced, drawing NOS aspects from episodes of history of science, and planning the lessons cooperating NOS instructional objectives. Then the next semester, through the science methods course II, the preservice teachers had a chance of the simulated teaching by adopting NOS teaching and learning activities in the context of the secondary biology context. The preservice teachers, further, reflected on their NOS teaching. The results showed that the preservice teachers constructed the NOS pedagogical content knowledge. They significantly improved their views of NOS and its teaching(p<.05) after the science methods course I, and retained their understanding after the science methods course II(p>.05). The preservice teachers mentioned the difficulties of teaching NOS in the secondary biology context, and further suggested effective NOS teaching methods in their reflective journals.

• Journal of Science and Technology Studies
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• v.1 no.1 s.1
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• pp.105-122
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• 2001

The purpose of this study is to understand how a teacher's teaching can be changed while he or she teaches the same contents in different classes. The qualitative research method was used in this study. Data were collected from classroom observations, several in-depth interviews, and stimulated-recall interviews after each class. All the data were transcribed and analyzed interpretively, and then, the results of the analysis were checked by each participating teacher. The results are as follows: First, changes appeared in each class in terms of the teaching items, tools, sequence, and time, even though the same teacher taught the same contents. It showed that the teacher's teaching practice changed immediately and intuitively in class. Second, teachers tried to implement "exploratory teaching" or "move-testing teaching" to address the emerging problems during their teaching. They then reflected on and modified their own teaching. This type of change, which happened during the teaching practice, can be an example of "Reflection-in-practice." Thus, the results of this study can provide helpful insights into how teachers might adapt and reflect in their teaching. It suggests that teachers need to recognize their subconscious teaching changes and learn "Reflection-in-practice."

• Journal of Science and Technology Studies
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• v.1 no.2 s.2
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• pp.423-438
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• 2001

The purpose of this study is to understand how a teacher's teaching can be changed while he or she teaches the same contents in different classes. The qualitative research method was used in this study. Data were collected from classroom observations, several in-depth interviews, and stimulated-recall interviews after each class. All the data were transcribed and analyzed interpretively, and then, the results of the analysis were checked by each participating teacher. The results are as follows: First, changes appeared in each class in terms of the teaching items, tools, sequence, and time, even though the same teacher taught the same contents. It showed that the teacher's teaching practice changed immediately and intuitively in class. Second, teachers tried to implement "exploratory teaching" or "move-testing teaching" to address the emerging problems during their teaching. They then reflected on and modified their own teaching. This type of change, which happened during the teaching practice, can be an example of "Reflection-in-practice." Thus, the results of this study can provide helpful insights into how teachers might adapt and reflect in their teaching. It suggests that teachers need to recognize their subconscious teaching changes and learn "Reflection-in-practice."

• Journal of The Korean Association For Science Education
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• v.41 no.2
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• pp.155-169
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• 2021

This study aims at exploring the features of science teaching orientation (STO) and its relationships with other PCK (pedagogical content knowledge) components. To do this, based on the definition of STO by Friedrichsen, Driel, & Abell(2011) and PCK model by Magnusson, Krajcik, & Borko(1999), we observed one experienced elementary teacher's science lessons for 21 lesson hours (10 hours of 'Motion of Objects' and 11 hours of 'Light and Lens') and carried out qualitative analyses of the data obtained from lessons observation, teacher interviews, and CoRe (content representation) responses. We analyzed the teacher's three aspects of STO (i.e. beliefs about the goals and purpose of science teaching, beliefs about the nature of science, and beliefs about science teaching and learning) which can converge into an overall STO of 'inquiry'. And these aspects of STO appear to interact differently with four PCK components (i.e. curriculum knowledge, learner knowledge, instructional knowledge, and assessment knowledge) depending on the topic of the lesson. It is hoped that this in-depth understanding of the features of STO and its relationship with other PCK components would provide useful information on how to monitor and improve STO and PCK of elementary teachers.

• Communications of Mathematical Education
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• v.24 no.4
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• pp.891-907
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• 2010

This study analyzed the Fundamental Theorem of Calculus from the historical, mathematical, and instructional perspectives. Based on the in-depth analysis, this study suggested an alternative way of teaching the Fundamental Theorem of Calculus.

• Journal of The Korean Association of Information Education
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• v.21 no.1
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• pp.151-160
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• 2017

The purpose of this study was to investigate the current status of information and communications technology(ICT) uses of the faculty members at national universities of education and to provide guidelines for ICT in education. The survey was conducted to examine factors related to the use of ICT, including faculty members' abilities to use ICT with respect to gender, age, and previous experiences with computers and to analyze their relevance to instructional methods. The results of the survey showed that female faculty members and male faculty members in their sixties and those with less years of teaching career were more likely to need support for using ICT than the others. The direct instructional method and discussion were the most frequently used; discussion was positively correlated with ICT uses. It was also found that faculty members anticipated more difficulties in using ICT in class and needed to work in a collaborative way and learn more effective use of ICT in the teaching and learning process.