Creation of Environment Safety Education in Academic Activity and Development of Systematic Education Program

学术活动中环境安全教育的创设及系统教育项目的开展

基本信息

批准号：
15069202
负责人：
TAMAURA Yutaka
金额：
$ 5.12万
依托单位：
Tokyo Institute of Technology
依托单位国家：
日本
项目类别：
Grant-in-Aid for Scientific Research on Priority Areas
财政年份：
2003
资助国家：
日本
起止时间：
2003 至 2005
项目状态：
已结题

项目摘要

Mapping for Creation of Systematic Environmental and Health Safety in Academic ActivityBased on the purpose of this project on "Creation of Systematic Environmental and Health Safety in Academic Activity", the elements for systemization to create the "Environmental Safety-ics" are mapped. These elements are a) systemization of learning, b) practice learning, c) identification between systemization of learning and basic solution for chemical exposure reduction, d) students, e) education effect.Systemization of Environmental Safety and Health Safety by Identifying ThemFor chemical safety management, both of environmental safety and health safety should be identified to consider the both sides from the view point of risk reduction, and the identified one should be developed as education program. And this program should be combined with the practice learning which is composed of practice learning and safety management system such as EMS and OSHM (PDCA cycle). In the education program, thre … More e items of 1) education of safety-consideration and-duty, 2) classification of occupational operation and circumstances, 3) soft-and hard-ware, should be included. The classification of occupational operation and circumstances has a close relation with basic solution for chemical exposure reduction which should be combined with systemization of learning, and this combination will result in the progress of science and technology by maintaining the environmental safety and health safety. The out-put of this education program is the education effect of 1) environmental safety in academic activity by maintaining the safety at academic research laboratory, 2) development of research in chemical field by understanding both safety in soft-ware and hard-wear in chemical laboratory, 3) Social safety by implementation and understanding for safety consideration and safety management duty in law.Creation of Self-Management System for EMS and OSHMAs a practical creation of self-management system for EMS and OSHM, a environment and health safety management system was partially introduced to Tokyo Institute of Technology, and examined the practical system from view point of education program in this study. For practical implementation of this system, it was found that chemical analysis concerning the chemical management takes an important role for the self-management system. The chemical management in academic research laboratory requires lots of chemical environmental data for every chemical experimental procedure and laboratory work. The relation between the chemical exposure data and the chemical experimental procedure and laboratory work will give useful information for creation of a practical and reasonable self-management system for environment safety in academic research laboratory. Less

基于该项目的目的，建立了有关“创建系统性的环境和健康安全性”的目的，创建系统的环境和健康安全性的映射，制定“环境安全性信息”的系统化元素。这些要素是a）学习的系统化，b）练习学习，c）学习系统化与减少化学暴露的基本解决方案之间的识别，d），d）学生，e）教育效应。通过确定化学安全管理的环境安全和健康安全的系统化，应确定环境安全和健康安全，以确定从识别的风险降低的一项识别的一项识别的一方面。该程序应与由EMS和OSHM（PDCA周期）等实践学习和安全管理系统组成的实践学习结合使用。在教育计划中，这是……更多的e项目1）对安全性和职责的教育，2）应包括职业运营和环境的分类，3）软件应包括在内。职业运营和环境的分类与减少化学暴露的基本解决方案有着密切的关系，该解决方案应与学习的系统化结合，这种组合将通过维持环境安全和健康安全，从而导致科学和技术的进步。 The out-put of this education program is the education effect of 1) environmental safety in academic activity by maintaining the safety at academic research laboratory, 2) development of research in chemical field by understanding both safety in software-ware and hard-wear in chemical laboratory, 3) Social safety by implementation and understanding for safety consideration and safety management duty in law.Creation of Self-Management System for EMS and OSHMAs a practical creation of self-management system for EMS and OSHM, a environment and health safety management system was部分介绍了东京技术研究所，并在本研究的教育计划中检查了实际系统。为了实际实施该系统，发现与化学管理有关的化学分析对自我管理系统扮演了重要作用。学术研究实验室中的化学管理需要大量的化学环境数据，用于每个化学实验程序和实验室工作。化学暴露数据与化学实验程序与实验室工作之间的关系将为创建学术研究实验室中的环境安全自我管理系统提供有用的信息。较少的

项目成果

期刊论文数量（82）

专著数量（0）

科研奖励数量（0）

会议论文数量（0）

专利数量（0）

東京工業大学におけるEMSとOSHMSについて

关于东京工业大学的 EMS 和 OSHMS

DOI：
发表时间：
2005
期刊：
環境科学会誌 18(3)
影响因子：
0
作者：
長谷川紀子;金子宏;玉浦裕
通讯作者：
玉浦裕

東京工業大学における労安法(有機則)へのPRTRデータの活用について

关于东京工业大学劳动安全法（有机规定）PRTR数据的使用

DOI：
发表时间：
2004
期刊：
シンポジウムプログラム社団法人環境科学会2004年会一般講演
影响因子：
0
作者：
長谷川紀子;金子宏;玉浦裕
通讯作者：
玉浦裕

PRTR management for environmental preservation in Tokyo Institute of Technology, Padang, Indonesia (2004)

印度尼西亚巴东东京工业大学环境保护 PRTR 管理（2004 年）

DOI：
发表时间：
2004
期刊：
6th Asian Symposium on Academic Activities for Waste Management
影响因子：
0
作者：
H.Kaneko;N.Hasegawa;Y.Tamaura
通讯作者：
Y.Tamaura

東工大における化学物質管理と安衛法対応

东京工业大学的化学物质管理和安全卫生法合规性

DOI：
发表时间：
2005
期刊：
第64回全国産業衛生大会抄録集
影响因子：
0
作者：
長谷川紀子;金子宏;玉浦裕
通讯作者：
玉浦裕

法人化に伴う大学における安全管理と教育

大学成立后的安全管理和教育

DOI：
发表时间：
2005
期刊：
平成16年度全国大学工業化学・化学工学合同研究集会報告書
影响因子：
0
作者：
Miyakubo;N. Oriuchi;Y. Tsushima;T. Higuchi;K. Koyama;K. Arai;B. Paudyal;Y. Iida;H. Hanaoka;T. Ishikita;Y. Nakasone;A Negishi;K. Mogi;K. Endo.;玉浦裕
通讯作者：
玉浦裕