• Journal of The Korean Association For Science Education
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• v.33 no.4
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• pp.695-707
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• 2013

The purpose of this study is to investigate relationships among gifted students' perceived parental behavior of their parents, self-esteem, and emotional intelligence. The sample includes 91 6th-11th grade gifted students enrolled at a gifted program in a University. The surveys, administered in March, 2012, assess self-esteem, emotional intelligence, and the parental behavior of the parents of gifted students. Data were collected and analyzed by the researchers, using SPSS 18.0. The results are as follows: 1) Each of the 10 item's mean score is over 4.0, and the total mean scores on self-esteem is 4.36 out of 5 (SD=.546), showing positive responses. 2) The mean scores of two aspects of emotional intelligence were close to 4, showing positive perception. 3) The mean scores on perception of a father's and a mother's behavior are at 3.89 and 4.10, respectively; the three factors of perception among fathers (care, trust, and respect) are close to 4.0, while care (3.57) was somewhat low; the perception among mothers is at 4.31 (care), 4.20 (lesson), 4.01 (respect), and 3.96 (trust), showing statistical differences between fathers and mothers. 4) The correlation existed between self-esteem and emotional intelligence, between self-esteem and the four aspects of parental behavior, and between emotional intelligence and parental behavior. 5) Regression analyses showed that respect (${\beta}$=.422, p<.001) among fathers, and trust (${\beta}$=.450, p<.001) among mothers affected students' self-esteem; lessons (${\beta}$=.414, p<.001) and trust (${\beta}$=.280, p<.01) among fathers and lessons (${\beta}$=.450, p<.001) and respect (${\beta}$=.331, p<.01) among mothers affected students' emotional intelligence. The implication of this study, limitation, and future study ideas are suggested at the end of this paper.

• Journal of the Korea Institute of Information and Communication Engineering
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• v.17 no.6
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• pp.1471-1476
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• 2013

This research examines how PBL(Problem-based Learning; PBL) system affects to 'Self-directed learning ability', by developing and applying it to the participants of "Science Cyber Conference" - the web based on-line debating learning program - among those students of the Affiliated Institute of Science gifted education of K University, for 16weeks. With this, also the cognizance of learners for the PBL class process are looked into together. After conducting the program applied with the web-based PBL strategy, the participants 'Self-directed learning ability' showed the remarkable change statistically (p<.05). Especially it showed the meaningful changes in six sections (p<.05), among those subdivided seven sections of 'Self-directed learning ability', with the one exception, 'Self-confidence as a Learner'. They also showed the positive response to the class which adopted the web-based PBL strategy.

• Journal of the Korea Academia-Industrial cooperation Society
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• v.22 no.3
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• pp.603-610
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• 2021

The purpose of this study was to develop a Youth Future Career Program for adolescents and to look into the effects of the program on the future efficacy. Through the program, adolescents would predict the future, explore alternative futures to solve future problems, find the shape of the future society they want and desire. In addition, they will discover or create future jobs. In this study, the Youth Future Career Program was developed into four modules: Future Understanding, Future Participation, Future-self, and Future Management. Ninety-three students in K University's Gifted Education Center participated in the Future Career Program (62 males and 31 females, 62 middle school students, and 31 high school students). The students responded to 14 questions about the future efficacy of the Youth before and after the program. Statistically significant differences were observed in 8 out of 14 questions (p<.05). In particular, the abilities of the participants were improved as follows: to apply newly learned things to society, to evaluate the current problems, to develop critical thinking to solve the problem, and to communicate with members of society.

• Journal of Science Education
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• v.33 no.1
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• pp.12-30
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• 2009

The purpose of this study was to analyze recognition characteristics of science gifted students on the earth system based on their thinking style. The subjects were 24 science gifted students at the Science Institute for Gifted Students of a university located in metropolitan city in Korea. The students' thinking styles were firstly examined on the basis of the Sternberg's theory of mental self-government. And then, the students were divided into two groups: Type I group(legislative, judicial, global, liberal) and Type II group(executive, local, conservative) based on Sternberg's theory. Data was collected from three different type of questionnaires(A, B, C types), interview, word association method, drawing analyses, concept map, hidden dimension inventory, and in-depth interviews. The findings of analysis indicated that their thinking styles were characterized by 'Legislative', 'Executive', 'Anarchic', 'Global', 'External', 'Liberal' styles. Their preference were conducting new projects and using creative problem solving processes. The results of students' recognition characteristics on earth system were as follows: First, though the two groups' quantitative value on 'System Understanding' was very similar, there were considerable distinctions in details. Second, 'Understanding the Relationship in the System' was closely connected to thinking styles. Type I group was more advantageous with multiple, dynamic, and recursive approach. Third, in the relation to 'System Generalization' both of the groups had similar simple interpretational ability of the system, but Type I group was better on generalization when 'hidden dimension inventory' factor was added. On the system prediction factor, however, students' ability was weak regardless of the type. Consequently, more specific development strategies on various objects are needed for the development and application of the system learning program. Furthermore, it is expected that this study could be practically and effectively used on various fields related to system recognition.

• Korean journal of food and cookery science
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• v.23 no.5
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• pp.589-600
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• 2007

Recently, with the rapid expansion of the franchise restaurants, ensuring food safety has become essential for restaurant growth. Consequently, the need for food safety training and related material is in increasing demand. In this study, we identified potentially hazardous risk factors for ensuring food safety in restaurants through a food safety monitoring tool, and developed training materials for restaurant employees based on the results. The surveyed restaurants, consisting of 6 Korean restaurants and 1 Japanese restaurant were located in Seoul. Their average check was 15,500 won, ranging from 9,000 to 23,000 won. The range of their total space was 297.5 to $1322.4m^2$, and the amount of kitchen space per total area ranged from 4.4 to 30 percent. The mean score for food safety management performance was 57 out of 100 points, with a range of 51 to 73 points. For risk factor analysis, the most frequently cited sanitary violations involved the handwashing methods/handwashing facilities supplies (7.5%), receiving activities (7.5%), checking and recording of frozen/refrigerated foods temperature (0%), holding foods off the floor (0%), washing of fruits and vegetables (42%), planning and supervising facility cleaning and maintaining programs of facilities (50%), pest control (13%), and toilet equipped/cleaned (13%). Base on these results, the main points that were addressed in the hygiene training of restaurant employees included 4 principles and 8 concepts. The four principles consisted of personal hygiene, prevention of food contamination, time/temperature control, and refrigerator storage. The eight concepts included: (1) personal hygiene and cleanliness with proper handwashing, (2) approved food source and receiving management (3) refrigerator and freezer control, (4) storage management, (5) labeling, (6) prevention of food contamination, (7) cooking and reheating control, and (8) cleaning, sanitation, and plumbing control. Finally, a hygiene training manual and poster leaflets were developed as a food safety training materials for restaurants employees.

• Journal of The Korean Association For Science Education
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• v.32 no.5
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• pp.805-822
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• 2012

The purpose of this study was to explore the patterns of group model development about blood flow in the heart and reasoning process by small group interaction. The subjects were 14, 8th graders in a Science Gifted Center. The group discussion was made possible by using triggering questions that can be answered based on experiences of hands-on activities such as a siphon pump analogy model activity and a dissection of pigs' hearts. Despite participating in same activities, the groups showed different model development patterns: unchanged, persuasive, and elaborated. Due to the critical revising, the group's explanatory model was elaborated and developed in the added and elaborated pattern. As critical revising is a core element of the developing model, it is important to promote a group interaction so that students become critical and receptive. The pedagogical analogy model and conflict situation enabled students to present elaborated reasoning. The Inquiry activity with the pedagogical analogy model promote students' spontaneous reasoning in relation to direct experience. Therefore offering a pedagogical analogy model will help students evaluate, revise and develop their models of concerned phenomena in science classroom. Conflict situation by rebuttal enable students to justify more solid and elaborate a model close to the target model. Therefore, teachers need to facilitate a group atmosphere for spontaneous conflict situation.