• Title/Summary/Keyword: future education

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High School Mathematical Education of Future Physicists

  • Dvorkin, Mikhail;Ryzhik, Valery
    • Research in Mathematical Education
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    • v.14 no.1
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    • pp.67-77
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    • 2010
  • Concordance of high school courses of mathematics and physics is a long-known and still-unsolved problem, at least in Russia. Lyceum "Physical-Technical High School" exists for more than 20 years and endeavors to solve this problem. During this work, Lyceum teachers worked out certain ideology of educational content as well as methods of teaching specific topics. Textbooks and workbooks have been written for the Lyceum students by the Lyceum teachers (or in collaboration with them). This article reports on the cumulate experience of the Lyceum in mathematical education of future physicists.

Who demands the Survey of Industry Demand?: Paradox of Demand-Based Engineering Education Under Catch-up Paradigm (누가 '산업체 수요 조사'를 수요하는가? : 추격형 수요기반 공학교육의 역설)

  • Han, Kyong-hee
    • Journal of Engineering Education Research
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    • v.19 no.4
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    • pp.72-82
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    • 2016
  • In Korea, engineering education based on industry demand is highly emphasized; the survey of industry demand or company satisfaction is frequently conducted. Although engineering schools have often attempted and implemented the reform of engineering education, it was found that company satisfaction with college education was always low. In this context, this study aimed to find the cause of the low satisfaction. To this end, the social background for the active survey of industry demand and company satisfaction, and its progress were investigated. The findings of this study showed that the survey of industry demand in Korea has limitations in improving the quality of college education or developing its future demand, contrary to its intention. This industry demand based approach has its historical and social root in the Korea-specific model of the catching-up style industry development and technology innovation. Therefore, it is difficult to establish appropriate academy-industry relations and discover future vision based on this model. This study presents a new way to understand and develop the future-oriented industrial and social demand, not just arguing for the uselessness of the survey of industry demand in engineering education.

Exploring Conceptualization and Future Directions of Korean Marine Education (한국해양교육의 정체성과 방향성 탐색)

  • Kim, Jong-Mun;Yun, Sung-Gyu
    • Journal of Science Education
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    • v.39 no.1
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    • pp.80-87
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    • 2015
  • Understanding mutual impacts between the ocean and human beings is integral to sustainability of the Earth. Ocean literacy, therefore, is placed as a new paradigm of marine education in North America and Europe. Reflecting this movement, it is necessary for Korean marine educators to discuss conceptualization and future directions of Korean marine education. We reviewed marine education of North America as well as Korea in the domains of formal and informal marine education. We provide the definition, goal, and future recommendations for Korean marine education.

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Exploration of Teacher Pedagogical Content Knowledge (PCK) and Teacher Educator PCK Characteristics in Future School Science Education

  • Youngsun Kwak;Kyu-dohng Cho
    • Journal of the Korean earth science society
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    • v.44 no.4
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    • pp.331-341
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    • 2023
  • The goal of this study was to examine the PCK required for science teachers and PCK required for university teacher educators in terms of school science knowledge, science teaching and learning, and the role of science educators, which are the main axes of science education in future schools, and to explore the relationship between them. This study is a follow-up to a previous stage of research that explored the prospects for changes in schools in the future (2040-2050) in terms of school knowledge, educational methods, and teacher roles. Based on in-depth interviews, qualitative and semantic network analyses were conducted to derive and compare the characteristics of PCK and PCK. As for the main research results, science teacher PCK in future schools should include expertise in organizing science classes centered on convergence topics, expertise in digital platforms and ICT use, and expertise in building a network of learning communities and resources, as part of the expertise of human teachers differentiated from AI. Teacher educators' PCK includes expertise in the research and development of T-L methods using AI, expertise in the knowledge construction process and practice, and expertise in developing preservice teachers' research competencies. Discussed in the conclusion is the change in teacher PCK and teacher educator PCK with changes in science knowledge, such as convergence-type knowledge and cognition-value integrated knowledge; and the need to emphasize values, attitudes, and ethical judgments for the coexistence of humans and non-humans as school science knowledge in the post-humanism future society.

The Place and Problems of Liberal Education for Engineers as Consilience Education (통섭교육으로서 공학소양교육의 위상과 과제)

  • Song, Sung-Soo
    • Journal of Engineering Education Research
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    • v.15 no.1
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    • pp.18-25
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    • 2012
  • This paper examines the academic basis, current status, and future directions of liberal education for engineers as consilience education. After paying attention to the lists of liberal education for engineers including history of technology, technology and society, engineering ethics, economics of technology, management of technology, and technology policy, I found the academic basis of liberal education for engineers in science and technology studies or innovation studies. And then I monitored how liberal education for engineers is managed focusing on the case of Pusan National University and introduced new attempts on liberal education for engineers in other universities in Korea. Lastly, the future directions for the development of liberal education for engineers were suggested such as the strengthening of lecturers' expertise, the reconstruction of engineering education course, and the promotion of relevant academic associations' cooperation.

The Present Situation and Desired Future Directions of Fisheries Social Education (수산사회교육의 현상황과 발전 방향)

  • KIM, Sam-Kon;KIM, Tae-Un
    • Journal of Fisheries and Marine Sciences Education
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    • v.15 no.2
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    • pp.206-218
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    • 2003
  • In spite of the importance of a fishing industry, neither any terminology defined in details nor academic systems to educate the workers in the fishery were established in the fisheries social education. The fisheries social education was considered to be the practical area around the actual fields. Therefore, on-site education was very important. Accordingly, this study collected and analyzed theoretical basis of a social education and data on the rural adult education and examined the actual status of the fishing industry in Korea and fisheries extension services enterprise and fisheries developmental enterprise corresponding to the actual fisheries social education conducted in Korea. On the basis of these frames, this study summarized the direction for the progress of fisheries social education that has not been studied until now for the purpose of suggesting the future directions of the fisheries social education as follows; The recognition on the importance of fisheries social education and fundamental researches in the fisheries social education should be extended. The practical development of fisheries social education should be realized. Fisheries extension services enterprise should be evolved by fishermen. The abilities of instructors in the fisheries social education should be improved. The academic factors in the fisheries social education should be emphasized. Inter-disciplinary and multi-disciplinary approaches should be adopted. Various programs should be developed for the progress of the fisheries social education. The exclusive department in charge of the fisheries social education should be established. The information system for the fisheries social education should be secured. The industry, academic organizations and the organs should make cooperation. The fisheries social education should be provided by general social education institutions for the progress. The fisheries development should be deployed on the basis of environmental preservation. It is necessary to deploy the new fishing village movement like the Saemaul movement to the fisheries. The administrative and financial supports for the fisheries social education should be expanded. It is essential to cultivate the future fishermen for the international competitiveness.

Pedagogical Conditions And Technology Of Formation Of Management Competencies Of Future Specialists Of The System Of Higher Education Institutions

  • Rebryna, Anatolii;Kukin, Igor;Soltyk, Oleksandr;Tashmatov, Viacheslav;Bilanych, Halyna;Kramarenko, Iryna
    • International Journal of Computer Science & Network Security
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    • v.22 no.8
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    • pp.217-221
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    • 2022
  • The article analyzes the main theoretical approaches to the formation of managerial competencies and establishes the degree of development of the problem. The content of the concept of "managerial competence" has been clarified, to determine the structure of managerial competencies of a future specialist in the education system and indicators of the formation of managerial competencies. The organizational and pedagogical conditions necessary for the effective process of forming the managerial competencies of future specialists are revealed. The following research methods were used in the work: theoretical (analysis of regulatory documents and scientific literature on the problem under study, comparison, generalization, modeling), empirical (diagnostics of the level of formation of managerial competencies of students of the system, questioning, observation, peer review, comparative qualitative and quantitative analysis of diagnostic results the level of formation of managerial competencies).

Secondary School Science Education for Whom?: An Historical Case Study from Japan

  • Isozaki, Tetsuo
    • Journal of The Korean Association For Science Education
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    • v.27 no.6
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    • pp.510-518
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    • 2007
  • In many countries, secondary school science is no longer solely for those destined for careers in science, medicine or engineering and both boys and girls study biology, chemistry and physics. In Japan, secondary science has been studied by boys and girls as a compulsory subject since the establishment of the modem school system in the late 19th Century. However, although 'science for all' is becoming the norm, it appears that science is less popular with girls than it is with boys, and that lower-attaining students are not adequately catered for in Japan and elsewhere. In this paper, the author investigates gender issues in the secondary science curriculum and examines the curriculum for future scientists using a historical perspective and focusing on the case of Japan. An analysis of two historical issues, gender and the curriculum for future scientists, found that, firstly, the science curriculum needs to contain a clear statement of its aims, and, secondly, that the secondary science teacher is one of the most important factors influencing science teaching particularly for girls. ost important factors influencing science teaching especially for girls.

A basic research for the development of Korean mathematics education standards for the next generation (미래세대 수학교육표준 개발을 위한 기초 연구)

  • Kwon, Oh Nam;Kim, Young Rock;Ko, Ho Kyoung;Rim, Haemee;Park, Jung Sook;Park, Jee Hyun;Park, Soomin;Lee, Kyungwon;Park, Jin Hee
    • The Mathematical Education
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    • v.61 no.1
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    • pp.199-220
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    • 2022
  • This study aims to elicit the vision of the future human being and mathematical competencies that next generation should pursue to be nurtured through mathematics education as regarding the need for a national mid-term to long-term mathematics education standard for nurturing learners that can accommodate changes in the future society is emerging. The research team established the criterion for domains of mathematical competencies through the analysis of prior research, and then, refined three dimensions of mathematical competencies and the domains of each dimension through expert advice (9 people in total, 3 times) and focus group interviews (10 people in total, 4 times). After conducting a large-scale survey (295 people in total) which includes elementary and secondary teachers, professors, and researchers, etc., the vision of the future human being and mathematical competencies were elicited. In order to utilize the vision of the future human being and mathematical competencies, five stages of research on the development and utilization of mathematics education standards were proposed. Cooperating with related organizations, securing the research project period and expanding the scope of research team composition, and providing web-based documentation of mathematics education standards will be needed for the follow-up studies.

A Study on the Future Strategy of KREONET through Analysis of Achievement and Future Demand

  • Park, Seongjin;Noh, Minki;Kim, Seunghae;Kwon, Woochang;Park, Chanjin;Cho, Buseung
    • Journal of Information Science Theory and Practice
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    • v.10 no.spc
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    • pp.154-163
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    • 2022
  • The purpose of this paper is to illuminate the role and importance of National Research & Education Network (NREN) in the national research and education field and to establish the future strategy of KREONET in Korea. To this end, we first carefully analyze the footsteps of NREN in major overseas countries, KREONET achievements, and future demand for KREONET. The history of NREN's development is divided into the 2000s, 2010s, and present by era, and classified into network infrastructure, network service, and next-generation network technology by subject. KREONET achievements are divided into advanced research support, network backbone and operation, and network service. Future demand analysis of users who use KREONET was conducted through Korea Research International Incorporation, a survey company. This paper presents the future development strategy of KREONET by analyzing KREONET achievements and future demand.