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http://dx.doi.org/10.14352/jkaie.2020.24.1.99

The Analysis of Robot Education Unit in the Practical Arts Textbooks According to 2015 Revised Curriculum  

Park, SunJu (Dept. of Computer Science Education, Gwangju National University of Education)
Publication Information
Journal of The Korean Association of Information Education / v.24, no.1, 2020 , pp. 99-106 More about this Journal
Abstract
In this paper, we analyzed the units related to robot education in the Practical Arts textbooks according to the 2015 revised curriculum. As a result, all textbooks had a common system of introduction, development, and organization, and all of them showed a similar flow. Learning objectives were presented in all textbooks, but no affective goals were presented except cognitive and functional goals. The contents of robot learning suggest the meaning and type of robots, the structure and sensors of robots, and the activities of making robots, but the contents of robot ethics, the production and activities of various robot works, and the use of robots in the problem solving process are not presented. The assembly robot and the infrared sensor are used in common, and it consists of presenting robot production and control training materials in experience activities and arranging units through evaluation, and the A, C, and F textbooks also provide the unit auxiliary data. In the future, it will be necessary to include the contents of robot ethics education centered on the design/manufacturer and user-oriented robot ethics such as the recognition of the limits of robots, the principles of using robots correctly, safety education, personal information and privacy protection.
Keywords
Textbook Analysis; Unit Analysis; Robot Education; Robot Ethics; Software Education;
Citations & Related Records
Times Cited By KSCI : 4  (Citation Analysis)
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1 AhRong Kim, ChulHyun Lee(2015), The Analysis of "Understanding the Robot" In The Practical Arts Textbooks According to 2009 Revised Curriculum, Journal of Korean practical arts education 28(3), 143-160.
2 ChulHyun Lee(2011), A Comparative Analysis of Information Unit Contents in 2007 Revised Practical Arts Textbooks, Journal of Korean Practical Arts Education 17(20), 99-124.
3 DongWon Lee, KyungTae Kim(2016), A Study on the Analysis of the Curriculum and Exploration of the Development Direction of Elementary School Technologies (Robot /Invention) Area in the 2015 Revised Practical Arts Curriculum, Journal of Korean practical arts education 22(2), 185-200.
4 GyuWon Jo, JinHyun Jung(2019), Analysis on the Invention Education Unit in Elementary Practical Arts Subject, Journal of Korean Practical Arts Education 25(4) 73-88.   DOI
5 HaNa Jung, YoungSeok Jhun,(2018), Analysis of Instruction Materials for Physical Computing from the Perspective of Computer and Information Literacy, Journal of Korean Association of information Education 22(4), 473-489.   DOI
6 HyeJung Choi(2013), Development of Evaluation Criteria for Selection of Textbooks in Elementary School. Graduate School of Education, Korea National University of Education.
7 HyeongGyun Kim (2015), A Comparative Analysis of 'Comfortable Housing and Living Resources Management' in the revised textbooks, Korean Journal of Practical Arts Education, 28(4), 117-133.
8 SunYong Byun(2018), A Study on the Ethical Guideline for Artificial Intelligence Robots, Journal of Korea Ethics Education Association 47, 233-252.
9 YoungChan Lee, HeuiPil Kim(2017), The Analysis of Core Concepts in the Invention and Robot in the 2009 Revised Practical Arts Curriculum, Journal of Korean practical arts education 30(4), 137-151.   DOI
10 JeongRang Kim(2019), Analyzing contents of software education area shown in the 2015 revised elementary Practical Art textbook, Journal of the Korean Association of Information Education 23(1), 9-18.   DOI
11 Jiyun Kim, TaeWuk Lee(2018), Analysis of the Units on Software Education in Practical Arts Textbooks According to 2015 Revised National Curriculum for Preparing, The Conference of Korean association of computer education, 23-1.
12 JoonSang Bae(2019), Analysis of the Units on Software Education in the Practical Arts of the Elementary School Textbooks According to 2015 Revised National Curriculum, Major in Elementary Science & Technology Education for Life, Graduate School of Education, Seoul National University of Education.
13 JuHyun Park, JeongHye Han(2018), Development of Educational Contents in Robot Ethics for Elementary Students, Journal of Creative Information Culture 4(2), 143-151.   DOI
14 KISEF(2017), SW Education Policy Research Report, Korea Foundation for the Advancement of Science and Creativity.
15 Ministry of Education, The 2015 Revised National Curriculum, 2015.
16 SungHun Ahn, SangHyeon Lee(2019), Analysis of 2015 Revised SW Curriculum in Elementary and Middle School based on Core Competency, Journal of Creative Information Culture 5(1), 63-70.   DOI
17 MyeongNam Kim, SunJu Park(2019), The Analysis of 'Software education' Unit in the Practical Arts Textbooks According to 2015 Revised Curriculum, Journal of the Korean Association of Information Education 23(3), 255-264.   DOI
18 MyungJoo Kim(2017), The Need for Artificial Intelligence Ethics and Trends at Home and Abroad, Journal of The Korean Institute of Communication Sciences 34(10), 45-54.