Establishment of new method for developing mathematics/science subject matters and developing collaborative research system with public schools
Establishment of new method for developing mathematics/science subject matters and developing collaborative research system with public schools
批准号:
11558014
负责人:
MASHIKO Norifumi
金额:
$5.44万
依托单位国家:
日本
项目类别:
Grant-in-Aid for Scientific Research (B)
财政年份:
1999
资助国家:
日本
项目状态:
已结题
起止时间:
1999 至 2001
中文摘要
1.数学/科学课程开发新方法的建立我们建立了以下数学/科学课程开发新方法。所有的方法都在课堂上得到了验证。(1)任务对话法:这种方法是通过对特定领域任务的定性分析,引出新的认知目标。(2)叶酸法:教师进行田野调查,并从生活在该地区的人们的记忆中挖掘成为该地区历史转型背景的各种因素。(3)案例外推法:通过呈现两个或两个以上事件的预谋,使基本概念科学化,从而实现连续调解策略的方法。(4)意外生成法:该方法将数学基础知识的有效心理活动预先分类,并在学生解决的任务中设置一个机制.通过对教师评价过程的分析,探讨了RUBRIC发展的基础研究和远程协作研究系统的作用。建议在有RUBRIC的情况下,倾向于做一个评价加点。并开发了远程高校与中小学教师合作开发RUBRIC的系统原型.开发远程合作研究系统和开发猜测型学习内容建立了与公立学校的合作研究系统和合作教育改善系统(区域一体化设计教育改善系统),并在研究者进行实地调查的同时开发了大学教育改善的主题。在大学课堂上使用这种猜测式的学习内容时,最初假设的效果能够得到验证。
英文摘要
1. Establishment of new method for developing mathematics/science subject mattersWe establish following new methodology for developing mathematics/science subject matters. All methods were verified its effect in classrooms.(1)Dialogue by task method: This method is for eliciting new cognitive objectives by applying qualitative analysis method for specific area tasks.(2)Folklore method: Teacher doing the fieldwork, and excavating various factors which become the backgrounds of a historical transition of the region from the memory of people who live in the region.(3)Case extrapolation method: It is the method to achieve a continuous mediation strategy by presenting two or more events in premeditation so that the scientific basic concepts.(4)Unexpectedness generation method: This method classifies effective mental operation of basic knowledge in mathematics beforehand, and setup a mechanism into the tasks which the student solves.2. Basic research for RUBRIC development and distance collaborative research systemRole of RUBRIC was investigated through analysis of teacher's evaluation process. It was suggested to tend to do an evaluation adding point when there was a RUBRIC. Moreover the prototype of the system by which the university in the distance place and the school teacher developed the RUBRIC as a collaborative research was developed.3. Development of distance collaborative research system and developing guessing type learning contentsThe collaborative research system with public schools and the collaborative education improvement system (regional all-in-one design education improvement system) were established, and the subject matters developed for the university education improvement while the researcher was doing the fieldwork. When using this guessing type learning contents in university lectures, the effect assumed at first was able to be verified.
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益子 典文: "科学教育におけるルーブリック・データベースの構築とその利用"科教研報. 15巻,2号. 45-50 (2000)
Norifumi Mashiko:“科学教育中的分类数据库的构建和使用”《科学与教育研究报告》第 15 卷,第 2. 45-50 期(2000 年)。
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Honda,Yasuhiro: "Talented students education in Singapore"Naruto University of Education Research Bulletin. Vol. 14. 185-193 (1999)
本田泰弘:《新加坡的人才教育》鸣门教育大学研究通报。
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Asai, Maki, Sugimoto, Mieko, Katahira, Katsuhiro: "Portfolio assessment to promote children's reflective thinking"Research Report of Japan Society for Science Education. Vol. 15, No. 2. 51-56 (2000)
Asai、Maki、Sugimoto、Mieko、Katahira、Katsuhiro:“促进儿童反思性思维的档案袋评估”日本科学教育学会研究报告。
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Mashiko, Norifumi: "The challenge for educational improvement by the partnership between schools, local board of education and university"Proceedings of the 3rd Annual Meeting of JSSEP. Vol. 3. 110-111 (2000)
Mashiko, Norifumi:“学校、地方教育委员会和大学之间的合作对教育改进的挑战”JSSEP 第三届年会记录。
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Morita, Yusuke, Mashiko, Norifumi: "Basic study of rubric development and its' application for science education (2)"Proceedings of the 25th Annual Meeting of JSSE. Vol. 25. 429-430 (2001)
森田佑介、益子、纪文:“量规开发的基础研究及其在科学教育中的应用(2)”JSSE第25届年会论文集。
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共 81 条
Evaluation of hypothesis planning activities by ZUKAI to promote teacher's knowledge production type educational practice research
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