• Title/Summary/Keyword: 그린스쿨의 문제점

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Research on the State of utilization of Green School and Suggested Improvements ; Focusing on the Analysis of Case (그린스쿨 활용실태 분석과 개선방안 ; 사례분석을 중심으로)

  • Choi, Hyeong-ju;Shin, Hwaj
    • The Journal of Sustainable Design and Educational Environment Research
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    • v.17 no.1
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    • pp.1-11
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    • 2018
  • The aims of this research are investigating and analysing background, enforcement situation, distinct features and current status of green schools which have been conducted by the government targeting decrepit schools. Based on this investigation and analysis the solution for vitalizing green schools will be sought because green schools are more effective in reducing energy and greenhouse gas and they are more appropriate methods for schools. With internal and external literature reviews the concept and background of overseas green school policies and their similarities and differences are analyzed. Based on the investigation into current status of green schools in Korea and eco-schools and super eco-schools in Japan which are benchmarking objects of green schools project in Korea the problems and outcomes of green schools in Korea are diagnosed. By analyzing cases of eco-schools and super eco-schools in Japan implications for introducing to Korea are considered. Based on the aforementioned researches this study suggests the improvement plan for vitalizing green schools project and similar projects.

A Study on the Necessary Spaces and Area Standards of Integration Facility for Early Childhood Education and Care (영유아 교육·보육 통합시설의 필요 공간과 면적기준에 관한 연구)

  • Cho, Jin Il;Choi, Hyeong Ju
    • The Journal of Sustainable Design and Educational Environment Research
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    • v.17 no.2
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    • pp.22-37
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    • 2018
  • This study suggests desirable disaster safety education curriculum through analyzing the operational status of the school disaster safety management training course and demand survey of school staff. First, the problem of the disaster safety training course of the school is not connected with the lack of law and system and the school disaster safety job. Second, improvement of law and system and variety of training should be made to acquire professional knowledge. Third, it is necessary to divide curriculum into the following four categories, according to educational needs of public officials ; Educational administration officers course focused on facility safety, maintenance and disaster countermeasure. Educational officials in technical post course addressing approval and permission of school facility projects, seismic reinforcement of school building, etc. Educational supervisors course covering roles and responsibilities of the school safety supervisors in the event of disaster. Teaching staffs course focused on safety instructions for students. Fourth, it is found that lectures and experiential learning methods are the most desirable methods of teaching and learning, and the major ranks are earthquake disaster, fire, gas, typhoon, school road, and electrical safety.

Design and Implementation of Space Adaptive Autonomous Driving Air Purifying Robot for Green Smart Schools (그린 스마트 스쿨을 위한 공간 적응형 자율주행 공기청정 로봇 설계 및 구현)

  • Oh, Seokju;Lee, Jaehyeong;Lee, Chaegyu
    • The Journal of the Institute of Internet, Broadcasting and Communication
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    • v.22 no.1
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    • pp.77-82
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    • 2022
  • The effect of indoor air pollution on the human body is greater and more dangerous than outdoor air pollution. In general, a person stays indoors for a long time, and in a closed room, pollutants are continuously accumulated and the polluted air is better delivered to the lungs. Especially in the case of young children, it is very sensitive to indoor air and it is fatal. In addition, methods to reduce indoor air pollution, which cannot be ventilated with more frequent indoor activities and continuously increasing external fine dust due to Covid 19, are becoming more important. In order to improve the problems of the existing autonomous driving air purifying robot, this paper divided the map and Upper Confidence bounds applied to Trees(UCT) based algorithm to solve the problem of the autonomous driving robot not sterilizing a specific area or staying in one space continuously, and the problem of children who are vulnerable to indoor air pollution. We propose a space-adaptive autonomous driving air purifying robot for a green smart school that can be improved.

A Study on the Analysis about Assessment Criterion of the Green Building Certificate of School Facilities through the Case (학교시설의 녹색건축인증 사례를 통한 평가부문별 분석 연구)

  • Kim, Jae-Young;Lee, Jong-Kuk
    • The Journal of Sustainable Design and Educational Environment Research
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    • v.14 no.3
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    • pp.1-8
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    • 2015
  • This study has certified green school facility into a target of 10 cases, and obtain a certificate of our own sector application, and scoring rate of Green Building Certification Analyze problems is derived. The study in Green Building Certification by School Facilities through the plan is aimed at providing basic data for designers and associated personnel. This study of Eco-friendly School Buildings and subsequent certification review and evaluation based on the study improved through active to expect.

Exploratory Study on the Educational Planning Process Model for School Space Innovation - Focusing on User Participatory Design Practices - (학교교육공간 혁신을 위한 교육기획 절차 모형 탐색 - 교육분야 사용자 참여 설계 사례를 중심으로 -)

  • Hong, Sun-Joo;Lim, Ji-Young
    • The Journal of Sustainable Design and Educational Environment Research
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    • v.23 no.2
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    • pp.1-10
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    • 2024
  • This study presents a model for educational planning based on user participatory design for the purposes of curriculum development and educational space innovation. It reviewed previous research and practices related to educational space innovation, educational planning processes, and user participation design and suggested a draft model. This model was applied in the renovation project of an elementary school, and the problems encountered during the application were reflected upon and used to improve the model. The final model comprises four phases. Phase 1 is an initial exploratory phase foruser participation, where educational planners and users form a shared perspective regarding the future of education. Phase 2 is a needs-analysis phase for the transition to future education, which focuses on setting the overall direction of the school-level curriculum. Phase 3 specifies the direction of future school curricula and identifies needs for educational spaces. Finally, Phase 4 focuses on the interaction between educational and space planners. Based on the above discussion, the study discussed the benefits and limitations of this educational planning model for school space innovation.