• Journal of the Korea Convergence Society
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• v.9 no.11
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• pp.193-202
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• 2018

The purpose of this study was to focus on the personality education which is considered a requirement in university education and searched the components to be considered to develop an integrated curricular-noncurricular system to promote the personality education. For this purpose, a method of study was used to explore relevant prior studies in the form of appeal. The basic components of the integrated curricular-noncurricular system for personality education in university are: 'fundamental contents of regular courses of personality education as a fundamental noncurricular program', 'noncurricular areas and hands-on topics related to the contents of regular courses of personality education', 'configuration of integrated curricular-noncurricular system of personality education', 'capacities for personality education and organic categorization', and 'management of follow-up learning'. Finally, the conclusions discussed above were based on the conditions of the leader that could be realized on the basis of the personality education curriculum at the university site.

• Proceedings of the Korean Institute of Information and Commucation Sciences Conference
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• 2015.05a
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• pp.719-720
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• 2015

This paper propose the method of U-learning system which is the $21^{th}$ core IT fields of the knowledge based information-oriented society, which is digital convergenced ubiquitous with e-learning. Specially, for the future it will be expected and prospected new media core in digital life age using DMB smart phone.

• Journal of the Korea Academia-Industrial cooperation Society
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• v.22 no.5
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• pp.379-386
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• 2021

This study was undertaken to develop a cascade-type continuous culture system (CCCS) that combines both ICT and biotechnology (BT), for the mass production of microalgae. This system is capable of maintaining the essential culture conditions of pH, temperature, carbon dioxide, and illuminance control, which are key parameters for the growth of microalgae, and is economical for producing microalgae regardless of the season or location. It has the added advantage of providing stable and high productivity. In the current study, this system was applied to culture microalgae for 71 days, with subsequent analysis of the experimental data. The initial O.D. of the culture measured from incubator 1 was 0.006. On the 71st day of culture, the O.D.s obtained were 0.399 (incubator 1), 0.961 (incubator 2), 0.795 (incubator 3), and 0.438 (incubator 4), thereby confirming the establishment of continuous culture. Thus, we present a smart-farm based on ISMC (in-situ monitoring and control) for a mass culture method. We believe that this developed technology is suitable for commercialization, and has the potential to be applied to hydroponics-based cultivation of microalgae and cultivation of high-value-added medicinal plants as well as other plants used in functional foods, cosmetics, and medical materials.