This study analyzes the teacher certification examination from 2014 to 2019. The research methods are summarized as follows. First, the questionnaire on tests conducted from 2014 to 2019 was divided into 'Teacher Eligibility Criteria', 'Assessment Area', and 'Evaluation Content Elements' for detailed analysis. Second, the examination for the 2019 school year from the 2014 school year compared the 2009 curriculum with the yearly question items in order to examine the correlation between the secondary school curriculum and test items. Third, this study examined the home economics department reflected in the curriculum of the five national universities. The results of the study are summarized as follows. First, according to the results of the questionnaire survey conducted from 2014 to 2019, the field of Home Economics education showed the highest rate of 25% or more in all years. Second, in order to examine the correlation between secondary school curriculum and Home Economics test items, this study compared the results of the 2014 - 2019 school year examination with the 2009 curriculum. Third, as a result of analyzing the curriculum of the five universities of the National College of Education, the basic courses were properly established at all colleges of education. As a result, the correlation was high overall, even within subcategories, the rate of exams was high only incertain attendants and the frequency of exams was low at some attendants.
Journal of the Korean Society of Physical Medicine
/
v.13
no.2
/
pp.97-107
/
2018
PURPOSE: This study investigated the job-centered curriculum in the Department of Physiotherapy at the University of Brighton, England, to examine NCS (national competency standards) curriculum in physiotherapy. METHODS: The researcher visited the University of Brighton from September 2015 to May 2016 and conducted interviews with faculty members. Data were collected through the university's website and the Chartered Society of Physiotherapy. RESULTS: The undergraduate program is a three-year program and with a module system. There is a course leader for each module. Each grade requires 120 credits (10 hours per credit) and credit hours can be earned through lectures, tutorials, practical sessions, self-directed e-learning, group work, inter-professional classes, and seminars. Clinical placement is carried out six times during 3 years, for a total of 32 weeks, 35 hours per week, 1120 hours in total. Students are enrolled as a student members of the Chartered Society of Physiotherapy and are covered by professional liability insurance during clinical placement. The Center for Teaching and Learning holds regular workshops to discuss curriculum and module design, conduct course reviews, and review student assessment and feedback. All courses at the university must be approved, monitored annually, and re-approved every 5 years. CONCLUSION: This study can contribute to the development and operation of the NCS physiotherapy curriculum, as well as to the development of modules and assessment tools related to the application of this curriculum.
Journal of The Korean Association For Science Education
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v.6
no.2
/
pp.43-52
/
1986
It is the purpose at thus survey to get hold at problems in teaching integrated science in middle school. For this purpose, problems and suggestions were collected by questionnaire which were made out by middle school science teachers. Through the analysis of the questionnaire, it was found that the present curriculum of science education in the college of education and the in-service training program were not suitable for training middle school science teacher. Form the results of the analysis, this survey concluded that the curriculum and program mentioned above need improvement as follows. (1) science education curriculum in the college of education should be set up with two part. One is the part that middle school science teachers are trained and the other is the part that high school science teachers are trained. (2) In-service training program should be set off into two kinds. One is the program that middle school science teachers are trained and the other program that high school science teachers are trained.
Health systems science is a new medical educational field added to the traditional medical education curricula of basic and clinical sciences. Health systems science emphasizes a more comprehensive approach utilizing systems thinking to care for patients, including interactions between multiple healthcare systems. In this review, I explore how health systems science education can be applied when medical instructors teach students in clinical clerkships through representative case studies. This study first looks at examples of health systems science education in clinical clerkship in the United States and suggests how to develop the curriculum of health systems science for clinical learning environments in Korea by combining Kotter's 8-step change management model and Kern's 6-step curriculum development model. Finally, based on practical examples from actual clinical practice education situations, suggestions are made regarding how to develop the entire educational program of a medical school from the stage of applying health systems science at the individual level to clinical practice education.
Lee, Soo-Jin;Park, Su-Zanne H.;Shin, Sang-Woo;Chae, Han
The Journal of Korean Medicine
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v.29
no.1
/
pp.25-38
/
2008
Objectives : Integrative medicine in Korea is the 21st century-style medical practice of two orthodox medical doctrines, traditional Korean medicine and western conventional medicine, as well as complementary and alternative medicine (CAM). CAM with scientific evidence should be incorporated in undergraduate curricula for the purpose of Korean integrative medicine. Methods : Items of detailed objectives, syllabi, textbooks, instructor's experiences, and effectiveness and reason for difficulty of the CAM curriculum for undergraduate students were analyzed and the preference of CAM therapies and others were also evaluated. Results and Discussion : The effectiveness of this CAM class curriculum was high (8.0$\pm$1.4) enough to be used in other Oriental medical colleges. Development of ability for self-study was rated as 7.0$\pm$1.7 and the helpfulness for clinical use was marked as 6.8$\pm$1.9. Students preferred placebo, Ayurveda, aromatherapy, yoga, functional food, bio-feedback and homeopathy. The difficulty degree was 7.2$\pm$1.6, and the amount of content was suggested as the major reason for it. We also found that this curriculum can be a model for self-oriented study and problem-based learning. Discussions were made for the improvement of the implemented CAM curriculum, which was shown to be very effective for the achievement of Korean integrative medicine. Conclusion : We have successfully installed a CAM curriculum for undergraduate students at the College of Oriental Medicine, and it can be used in others.
The purpose of this study was to investigate the understanding of a multicultural education curriculum(educational goals, contents, methodology, subjects, problems, and revitalization) by college students and its process, to provide base materials to be used in revitalizing an efficient multicultural education. The subjects were 750 college students located in Jeonbuk province. In this statistical analysis, SPSS 12.0 program was used to conduct frequency analysis, credibility analysis, $X^2$ test, t-test, one-way ANOVA, and Duncan' multiple comparison. For the educational goals of multicultural education, most people responded it was "to positively experience cultural diversity and commonality." As for methodology, the paper found that there were two elements, namely, consolidation form and specific form; there were no differences between responses given by different genders, but differences were observed among different grade levels and majors. Looking at the content of multicultural education, emphasis was given to the equality of different cultures. Multicultural education was taught most frequently in Home Economics Education. In conclusion, by focusing on university students, the paper looked at the awareness of multicultural the necessity of multicultural education, and the awareness of the multicultural education process. Above all, in terms of home economics education, there must be more systematic studies on school field education and related educational programs in order to revitalize multicultural education.
Journal of the Korean Society for Library and Information Science
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v.10
/
pp.71-120
/
1983
In this study, a model curriculum for the Library and Information Science programs in Junior Colleges is presented by comparing those curricula of the Republic of Korea, the United States of America, England and Japan. In Korea, 80 credits are required for graduate of Junior College and 60 credits of that total credits are for major courses. At Toshokan Danki Daikagu in Japan, 73 credits are opened for the Department of Library Science and 87 credits for the Department of Library and Information Science respectively. In the United States of America, 30 credits for major courses out of 90 total credits are opened at Lansing Community College and 24 credits for major courses out of 60-64 credits at Mesa Community College distinctively. On the basis of the various analyses, the following principles are applied in designning the model curriculum; (1) Possibly 3 credits per subject are assigned, (2) Major credits for graduate are 60-64 credits including possible optional subjects, (3) 20 percents of those 60-64 credits shall be applied for electives, so that 72-78 credits are assigned for major, (4) In order to combine theory and practice, and to select practice areas as required major, the ratio between required and elective must be adjusted, (5) In order to avoid duplication of subject, adequate individuality must be provided, (6) The Information Science areas must be dealt with in Library Science since computer systems are being rapidly adopted in libraries and the education for resources of materials and foreign languages are also important for successful fulfillment of mediator's roles between materials and users. Therefore the following model curriculum is suggested; 31 credits in 11 subjects for required major, 46 credits in 18 subjects for electives in major, total 77 credits for 29 subjects are established, and it includes such areas as material organization, foreign languages, resources of materials, library management, information science, fundamental studies, services and practice.
In this paper we briefly survey recent works on training of mathematics teacher at universities of some countries. The main purpose of this work is to propose a desirable direction of curriculum and teaching/learning paradigm for training mathematics teachers at universities.
Despite the importance of how the premedical education curriculum is organized, the basic direction of the curriculum has not been evaluated at a fundamental level. In order to explore the basic directions of the premedical education curriculum, this study examined medical education as a university education, the historical basis of premedical education, and the direction of the premedical education curriculum. Historically, as medical education was incorporated into the university education system, premedical education developed based on basic science and liberal arts education. Accordingly, the direction of the premedical education curriculum began to split into two approaches: one believing in a basic science-based education intended to serve as the foundation of medical training, and the other believing in a liberal arts-based education intended to cultivate the qualities of a doctor. In recent years, however, the binary division in the direction of premedical education has ceased to exist, and the paradigm has now shifted to an agreement that premedical education must cultivate the basic scientific competence required for learning medical knowledge as well as the social qualities that a doctor should have, which are cultivated through the liberal arts. Furthermore, it has been asserted that the direction of premedical education should move toward the qualities that will be required in the future. With the fourth industrial revolution underway, the role of doctors is now being re-examined. This means that today's medical education must change in a future-oriented way, and the direction of the premedical education curriculum must be on the same page.
For decades medical educators have continually emphasized medical professionalism, which is reflective response to the challenges of a rapidly changing medical environment. This study aimed to review the experience of implementing medical professionalism education at Yonsei University College of Medicine (YUCM). YUCM introduced a new curriculum in 2004 designed by Curriculum Development Project 2004 (CDP2004), a project that was launched in 2001. CDP2004 reorganized lectures as organ-based integrated lectures, introduced an introductory course for clinical medicine and medical humanities courses for premedical and medical students. Problem-based learning (PBL), elective courses, and self-study sessions in the afternoon were implemented in order to equip students with a self-directed learning attitude as medical professionals. Professors were asked by the CDP2004 curriculum to spend more time on student education and to adopt new teaching methods. Experiences of the CDP2004 curriculum reveals 1) difficulty of motivating professors to be PBL tutors 2) students' dissatisfaction with the medical humanities course (major critique was that the course was impractical and unrealistic), and 3) students' optimistic understanding about their future role as medical professionals in influencing and helping people in spite of their perception of the general medical environment not as promising. To foster professionalism, the following are necessary in our experiences: 1) faculty development of medical humanities and medical professionalism, 2) establishment of an environment throughout the whole institution to support medical professionalism education and to integrate the concept into praxis, 3) emphasis on the fact that medical professionalism education is not contradictory to biophysical medical education.
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