• Journal of Korea Technology Innovation Society
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• v.21 no.3
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• pp.1179-1206
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• 2018

Korea has entered into a post-industrial era with the Constitution of the industrial age, which defines 'science technology' as a means for national economic development. For Constitutional amendment for the new era, it is necessary to identify the "inertia of the industrial age" adhered to the Constitution. To this end, I analyzed the Constitution concerning 'science-technology' with comparative legal study and diachronic approach. The "inertia of the industrialization age" implied by the Constitution is as follows. First, it is constriction of 'science and technology'. In the Constitution, science is subordinate to technology, technology is limited to science. Second, it marks 'science and technology' as a means for economic development. Third, 'innovation' in Article 127 is still conceived as 'development or promotion'. The 'science' must be liberated from the means for industrial technology, and the 'technology' must be convergent with diversity and creativity. In addition, a constitutional provision acknowledging various influences of science and technology other than economic development is required, which means constitutional declaration of 'science and technology state principle'. Finally, in the era of so-called 'the Fourth Industrial Revolution', the Korean national innovation system(KNIS) should be re-established within the framework of the Constitution. In the post-industrial era, the pursuit of technological innovation system should based on individual freedom and creativity to the best in all areas of science, technology, politics, economy, society and culture. Therefore, renaissance of Article 5 of the constitutional Constitution is required for the KNIS, which had made 'Creativity' the basic character of the state along with 'Liberty and Equality'.

• Journal of The Korean Association For Science Education
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• v.30 no.6
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• pp.770-784
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• 2010

In this study, we investigated students' behavioral characteristics in the process of and their responses to scientific creativity activities developed based on the three steps of learning model (Park, Park, & Lee, 2008) and scientific creativity model (Park, 2004). Students' responses were obtained by questionnaire, effectiveness of learning materials was explored by comparing students activities before and after the second step, 'Guide', and various characteristic behaviors were obtained through video-recording of their activities. As results, students answered that even though the activities were a little difficult, the activities were nonetheless interesting to them, and they wanted to do the activities more completely, and wanted them in future courses. It was also found that the second step activity was helpful in improving students' divergent thinking. Finally, from the findings about various students' behavioral characteristics, some practical recommendations for more effective teaching of scientific creativity were suggested.

• Journal of the Korean Society of Earth Science Education
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• v.14 no.3
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• pp.212-224
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• 2021

Early childhood education has a huge impact on the development of one's life. Therefore, it is necessary to implement effective education in childhood in order to develop abilities such as creativity, which is essential for future society. Thus, through narrative inquiry, the characteristics creativity factors, family backgrounds, and parenting styles of the three great Korean were identified, and the commonalities of the three were analyzed. Research shows that all three great people had intellectual curiosity and productive thinking skills. And most of them were born into economically rich families and had an environment where they could experience various things, and there were people who supported them. In addition, there were nurturing people around them who discovered talent and actively participated in education, and their parents formed a stable emotional attachment with their children.

• Journal of the Korean Society of Earth Science Education
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• v.5 no.1
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• pp.124-133
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• 2012

Modern society requires people with practical knowledge that is able to recognize actual problems in the complex reality and solve the problems. Due to that reason, the 7th National Curriculum aims to basically cultivate ability adaptable to information-oriented global age by maximizing students' individuality and creativity. However, as existing education is hard to improve creativity, logical thinking, information processing skills, and problem-solving ability in the information-oriented age, self-directed learning is getting highlighted. Therefore, this study aimed to look into how learner-oriented IPER for self-directed learning and problem-based learning(PBL) in middle school science affected academic achievement of science and self-directed learning characteristics. As the results of the study are as follows. First, as the result of pre-and post-test to compare and analyze the effects of IPER instruction model and PBL instruction model on learners' academic achievement increase, it showed that the class with IPER instruction model was more effective. Second, as the result of pre-and post-test to compare and analyze the effects of IPER instruction model and PBL instruction model on self-directed learning characters, IPER was more effective than PBL overall, and among sub-areas, 'openness', 'self-concept', 'initiative', 'future-oriented self-understanding', and 'self-evaluation' were more effective in IPER while 'creativity' was more effective in PBL. However, among sub-areas 'responsibility' and 'learning enthusiasm' didn't show statistically significant difference. Third, the results of the post-survey to compare and analyze learners' perception regarding the application of IPER instruction model and PBL instruction model, the two models were positively affective. In addition, as the result of comparing the two models, IPER was more positive than PBL.

• Archives of design research
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• v.12 no.2
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• pp.121-130
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• 1999

The purpose of this study is to provide standardization on the examination that could measure students' diagrammatic creativity at design college. For this purpose, we tested college students, who was selected by educational system, regional, and grade groups to use the examination, and suggested the standardization criterion by analyzing these data. The data analysis procedures of this study consist of three step, the first that was to investigate the goodness of the examination paper, second step was to measure the reliability and the validity for the goodness of questions, the last step was to suggest the standardize scores for standardization on the examination. The results of the goodness and standardization analysis showed three structural factors(fluency, flexibility, originality) of this examination were proper to measure the diagrammatic creativity, and the proposed examination tool seemed to be good enough to apply in practice.

• Journal of The Korean Association For Science Education
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• v.34 no.2
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• pp.93-105
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• 2014

Group creativity has recently been heightened as a core competence in the 21st century. Therefore, there is a need for introduction of concepts on design thinking emphasizing the collaboration and empathy to science education as an effective method for fostering group creativity. Understanding design thinking for effective introduction should be preceded, so we explore the characterizations of design thinking through the generic model overlay method, focus group interview, and critical incident technique analysis. The results reveal 4 cluster units of competency and 15 core competencies. The collaboration cluster consists of 5 competencies and they are as follows: organization of the team, communication, self-control, persuasiveness, and initiative competency. The integrative thinking cluster consists of 3 competencies and they are as follows: analytical, strategic, and intuitive thinking competency. The human-centeredness cluster consists of 3 competencies and they are as follows: user-orientation, relationship building, and interpersonal understanding competency. The multidisciplinary cluster consists of 4 competencies and they are as follows: achievement orientation, information seeking, curiosity, and flexibility competency. Findings are expected to provide the basic data for developing programs and establishing strategies in order to foster group creativity as well as introducing design thinking to science education effectively.

• Journal of Distribution Science
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• v.21 no.1
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• pp.107-117
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• 2023

Purpose: This study attempted to confirm the mediating effect of brand experience and to travel brand community satisfaction in the relationship between the characteristics of brand community contents and travel product purchase intention. This study also investigated the moderating role of consumer characteristics. Research design, data and methodology: Based on a total of 381 bytes of data, hypothesis verification was conducted using Smart-PLS 3.2.8 statistical package programs. Results: First, the content community travel brand attributes, personal affordability and creativity are a lingering fragrances on the intended consumers ' shopping trip. Second, information provision, interaction, and creativity, which are the characteristics of travel brand community content, influenced consumers' intention to purchase travel products through brand community satisfaction. Third, playfulness, vitality, and creativity, which are the characteristics of travel brand community content, influenced consumers' intention to purchase travel products through double mediation of the experience and community satisfaction of brand. Conclusions: Tourism industry managers should be able to market content by forming their own brand community. It is necessary to create an environment in which tourism industry managers can use social media travel brand community content to give discounts to consumers, provide creative, playful and vivid travel information.

• Journal of Fisheries and Marine Sciences Education
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• v.27 no.6
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• pp.1704-1716
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• 2015

The purpose of this study was to investigate effects of creative personality education on elementary school students' science-related attitudes and science process skills. The experimental group was composed of 301 students Y Elementary school managing Creativity Personality Model School and the comparative group was composed of 231 students G elementary school in G city, Gyungsangnamdo. Before carrying out the study, both groups took the preliminary examination about their science-related attitudes and science process skills. After three months, the experiment group and the comparison group took the post examinations to compare and analyze the results. The results were as follows. Firstly, the averages of science-related attitudes for whole students, and boy students in experimental group statistically meaningfully higher than that of comparative groups, but made no difference for girl students. Secondary, in the case of science process skills, the averages of science-related attitudes for whole students including boy and girl students in experimental group statistically meaningfully higher than that of comparative groups. In light of these, it was thought that creative personality education positively effected on science-related attitude and science process skills.

• The Journal of Korean Association of Computer Education
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• v.14 no.1
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• pp.45-54
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• 2011

Creativity is a fine ability among major values of human resource in knowledge-based society. The purpose of this study is to identify the components of the informatics creativity based on domain-specificity and confluence theory. To explore these components, a three-round, classical Delphi process was administered with an expert panel of 31 individuals. All members of the expert panel initially responded to open-ended questions, and the qualitative results were analyzed. The subsequent two rounds of the Delphi required quantitative responses in which the expert panel was asked to indicate the level of importance using a five point Likert scale associated with specific items. As a result of the Delphi survey, total of 32 items were selected as three core areas such as congnitive, affective and environmental components of informatics creativity.

• Journal of Gifted/Talented Education
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• v.24 no.4
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• pp.483-507
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• 2014

This is a follow up study to develop an education model focused on creativity and character for gifted students in science. The purpose of this study was to explore the effective utilization of the model that was developed by conducting literature review, exploring the direction of science-gifted education through an in-depth interview, and studying science-gifted educational methods by using a Delphi survey. The developed science-gifted education model, termed the Blossom Model, consists of four educational dimensions: leadership, science inquiry, convergence, and problem solving. The education programs using the Blossom Model were developed with four secondary school teachers, and were applied to unit schools' gifted education classes or district education office's gifted education center. After class, the in-depth interviews were conducted with teachers individually, and students' outcomes were collected. So the effective utilization of the model was suggested by analyzing these results.