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Can Problem Based Learning Create a Science Culture in the Classroom?

机译:基于问题的学习能否在课堂上创造科学文化?

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The current trend of education is to inculcate a meaningful science culture in the existing classroom environment. It is argued that to create a science culture in the classroom, the learning activities should reflect on how scientist work and do research. Although it is too idealistic to incorporate the whole range of research activities done by scientists into classroom learning activities, there are a few principles that can be applied by science teacher in order to provide learning environment which represents the culture. It is proposed that Problem Based Learning (PBL) is one of the solutions that can help science teachers to create a science culture in the classroom. Several PBL activities which reflect how scientists work and do research are as the following follows (i) the argumentation process to reach a consensus (ii) the collaborative effort to reach a goal and (iii) the reasoning process to build a scientific knowledge. This paper reports the empirical data concerning the effect of PBL towards students' scientific reasoning skill by using a quasi experimental method with non-equivalent control research design; followed by interview session and students' document analysis. The findings revealed that PBL had a potential to create a science culture in the classroom. However, comparison between different types of PBL facilitation techniques used by science teachers showed that the facilitation technique which is more open and flexible is more effective in creating a better learning environment which in return reflects culture of science in the classroom.
机译:当前的教育趋势是在现有的课堂环境中灌输有意义的科学文化。有人认为,要在课堂上营造科学文化,学习活动应反映科学家的工作方式和研究方式。尽管过于理想化,无法将科学家完成的所有研究活动都纳入课堂学习活动中,但理科教师可以运用一些原则来提供代表文化的学习环境。提出基于问题的学习(PBL)是可以帮助理科教师在课堂上创造科学文化的解决方案之一。反映科学家如何工作和进行研究的若干PBL活动如下:(i)达成共识的论证过程(ii)为达成目标而进行的共同努力,以及(iii)建立科学知识的推理过程。本文采用非等效控制研究设计的准实验方法,对PBL对学生科学推理能力的影响进行了实证研究。然后进行面试和学生文件分析。研究结果表明,PBL有潜力在课堂上创造科学文化。然而,理科教师使用的不同类型的PBL促进技术之间的比较表明,更加开放和灵活的促进技术在创造更好的学习环境方面更有效,而这种学习环境反过来又反映了课堂上的科学文化。

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