• Journal of Korean Library and Information Science Society
• /
• v.41 no.1
• /
• pp.295-318
• /
• 2010

Recently a reading education system has been developed to manage the accumulated reading activities and past records of individuals under the web environment using computers. And the reading education system, where we can have comprehensive reading education, has been developed and been applied to schools. The reading records in the reading education system can contribute to the improvement of reading activities and reading comprehension, the extension of thinking ability, and the cultivation of insight and character of the readers. The system will provide basic data for reading education for the teachers. The reading education system will accumulate the reading records of individuals. This system is not restricted by time and space. Also the system can support the reading education of children and students effectively. The menu of the reading education system is composed of a test of reading level, reading materials, activities after reading, reading certification, reading record management and instruction of teachers.

• Journal of Korean Home Economics Education Association
• /
• v.23 no.1
• /
• pp.73-86
• /
• 2011

This study selected the objects and the content factors of multicultural education in home economics, and analyzed multicultural contents reflected on high school technology & home economics textbooks. Based on these results, this study suggests the direction for improving technology & home economics textbook. We set up the object of multicultural education in home economics as creating the new culture through developing multicultural ability by critical thinking. The distribution analysis of multicultural contents of six kinds of technology & home economics textbook resulted that most of contents are assigned to 'knowledge section'. And 'personal relationship and group function' holds the highest ratio among the sub-sections of 'function section'. The 'value section' shows even distribution in its sub-sections. Most of textbooks contain characteristics of Korean traditional culture and necessary value in multicultural society. But, there are lack of contents about the way of communication with other cultures and coexist with diverse cultures. When we develops new textbook hereafter, it is necessary to contain the contents about which can help to understand and respect diverse culture through the egalitarian perspective and, by extension, which can make students think critically about the attitude, values, environment and way of live together with multicultural members in society. From now on Home Economics education will help the students who live in multicultural society to be understand about the differences in diverse culture and to create a desirable culture through the critical thinking as well.

• Journal of Internet Computing and Services
• /
• v.16 no.5
• /
• pp.99-105
• /
• 2015

Currently robots are widely used in schools for educational purpose. With wide spread of robot-based education, it is known that major advantage of robot-based education is to enhance creativity and logical thinking of students. Although robots can be very useful tools for assisting students' study activities, there have not been lots of teaching-learning models for robot-based education.In this paper, a teaching-learning model is presented for robot-based education. The proposed model is designed based on constructivism. The proposed model consists of 6 stages: preparation, design, assembling, demonstration run, evaluation, and application & extension. The proposed model has the following characteristics. First, the proposed model is designed to enhance creativity and logical thinking ability of learners. Learners are supposed to be involved in self-directed activities and required to provide results based on their own ideas. Teachers are supposed to mediate students only if necessary. Second, learners are encouraged to participate in activity via diverse interaction. The interaction in this model includes learner-to-learner interaction, learner-to-teacher interaction, and learner-to-expert interaction. The proposed model encourages learners to solve the problem with cooperating each other. Also, teachers are supposed to guide students if necessary and observe and monitor behavior of students all the time. Third, motivation is provided in the beginning stage of the instruction. Fourth, in the proposed model, both study results and study process are equally important. In the model, study process is reviewed at the final stage.

• Journal of Elementary Mathematics Education in Korea
• /
• v.13 no.1
• /
• pp.1-15
• /
• 2009

This research is to provide a useful reference for the future revision of textbook by comparative analysis with the textbook in the 4th grade of elementary school in Japan. The results from this research is same as follows: First, Korean curriculum is emphasizing the reasonable problem-solving ability developed on the base of the mathematical knowledge and skill. Meantime, Japanese puts much value on the is focusing on discretion and the capability in life so that they emphasize each person's learning and raising the power of self-learning and thinking. The ratio on mathematics in both company are high, but Japanese ensures much more hours than Korean. Second, the chapter of Korean textbook is composed of 8 units and the title of the chapter is shown as key word, then the next objects are describes as 'Shall we do$\sim$' type. Hence, the chapter composition of Japanese textbook is different among the chapter and the title of the chapter is described as 'Let's do$\sim$'. Moreover, Korean textbook is arranged focusing on present study, however Japanese is composed with each independent segments in the present study subject to the study contents. Third, Japanese makes students understand the decimal as the extension of the decimal system with measuring unit($\ell$, km, kg) then, learn the operation by algorithm. In Korea, students learn fraction earlier than decimal, but, in Japan students learn decimal earlier than fraction. For the diagram, in Korea, making angle with vertex and side comes after the concept of angle, vertex and side is explained. Hence, in Japan, they show side and vertex to present angle.