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Content Review of Academic Dissertations on Science Education of Highly Gifted Students in Turkey*

机译:土耳其高才能学生科学教育学术论文的内容审查*

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In the recent years, an increase is observed in the number of publications on education of highly gifted students in Turkey. There are even new journals that have been introduced in this field. Turkish Superior Intelligence and Education Journal (TUZED), Journal for Studies on Education of Highly Gifted (UYAD), Young Scientist Education and Superior Intelligence Journal (JEYSH) are some of the examples. If we review the literature in our country related with the education of highly gifted students, most of the studies focus on how to identify a highly gifted person and how they should be educated, and it is possible to say that branch education is addressed relatively less. The importance of the science literacy, science education encompassing the subjects on the nature of science cannot be underestimated. Academic dissertations are important resources in the literature as they are based on long-term and indepth studies on the science education of the highly gifted students. The objective of this study carried out with the same purpose aims at reviewing the content of academic dissertations on science education of highly gifted students on our country and revealing the general trend in this field. The present study analyses the content of the postgraduate and doctoral dissertations written in 2001-2013 period on science education of the highly gifted students. The thesis database of the Council of Higher Education (YOK) was reviewed, "highly gifted", "superior intelligence" concepts were written in the database, the thesis results related with the science education (elementary level science education, secondary school physics, chemistry and biology) were included in the study and 25 postgraduate and 4 doctoral dissertations were found. For this purpose 29 dissertations published in the YOK database as full text and abstract were reviewed. The dissertations were written in 2001-2013 and the number is high particularly in 2010. The classification form developed by[1] was used for the review of the dissertations. The findings of the present study show that 25 of them are postgraduate dissertations and 4 of them are doctoral dissertations. In consideration of the methods used in these dissertations, 14 of them were prepared using quantitative method, 9 with combined method and 6 of them were prepared with qualitative method. The distribution of the subject of the dissertations is within a wide range, and the subjects that have been studied the most are the attitudes of students about science and the environment. Other subjects are training of teachers, differentiated physics education, scientific creativity, creative thinking, image of the scientists, different literacies (science and environment) and teachers` opinions. Majority of the samples groups in the studies consist of highly gifted students of 4-8th grades attending to Science and Art Centre (institutions associated by the Ministry of National Education that can be attended by the students for the education of the highly gifted students in our country for additional courses other than those taught at schools) and the remaining part of the sample groups consist of science teachers (Physics, Chemistry and Biology) working in the Science and Art Centres and administrators of the Science and Art Centres. Most of the sample groups consist of 20-80 persons, and others consist of 100-300 persons. The review revealed that majority of the dissertations on science education of the highly gifted students are postgraduate dissertations, the number of doctoral dissertations are lesser in number as the study area isrelatively new in our country, mostly quantitative methods were used in these dissertations and majority of the sample group consists of highly gifted students attending to Science and Art Centre. This study will assist researchers intending to carry out researches on science education of the highly gifted students in determining which fields are required to be addressed in the studies. In addition, it will reveal the general trend of the dissertations prepared in our country on science education of the highly gifted students. Some recommendations are made in the final part of the study for researchers who want to study in this field.
机译:近年来,关于土耳其高才学生教育的出版物数量有所增加。在这个领域甚至有新的期刊被引入。例子有土耳其高级情报和教育杂志(TUZED),高才能教育研究杂志(UYAD),青年科学家教育和高级情报杂志(JEYSH)。如果我们回顾一下我国有关高资历学生教育的文献,则大多数研究都集中在如何识别高资历学生和应该如何对其进行教育上,并且可以说分支教育的处理相对较少。 。不能低估科学素养,科学教育包括科学性质的主题的重要性。学术论文是文献的重要资源,因为它们是基于对有才华的学生的科学教育进行的长期深入研究而建立的。本研究的目的同样是旨在回顾我国高学历学生科学教育方面的学术论文的内容,并揭示该领域的总体趋势。本研究分析了2001年至2013年期间有关高学子学生科学教育的研究生和博士学位论文的内容。审查了高等教育委员会(YOK)的论文数据库,在数据库中编写了“高度有才华”,“高级情报”的概念,论文结果与科学教育(基础科学教育,中学物理,化学)相关和生物学)纳入研究范围,共发现25个研究生和4个博士学位论文。为此,在YOK数据库中以全文和摘要形式发表了29篇论文。论文写于2001- 2013年,论文数量之多,特别是2010年。该论文的分类表由[1]开发。本研究的结果表明,其中25个是研究生学位论文,其中4个是博士学位论文。考虑到本文所使用的方法,其中14种采用定量方法制备,9种采用联合方法制备,6种采用定性方法制备。学位论文的主题分布范围广泛,研究最多的主题是学生对科学和环境的态度。其他科目包括教师培训,差异化的物理教育,科学创造力,创造性思维,科学家形象,不同文化背景(科学和环境)以及教师的见解。研究中的样本组大多数是由4-8年级的高资优学生组成的,这些学生就读于科学与艺术中心(国家教育部关联的机构,这些学生可以参加该课程,以对我们学校中的高资优学生进行教育(除了在学校讲授的课程以外)的其他课程,样本组的其余部分包括在科学和艺术中心工作的理科教师(物理,化学和生物学)和科学和艺术中心的管理人员。大多数样本组由20-80人组成,其他样本组由100-300人组成。综述表明,高学历学生的科学教育论文多数是研究生论文,由于我国研究领域相对较新,博士学位论文的数量较少,这些论文大多采用定量方法,大部分样本组包括就读科学与艺术中心的高才学生。这项研究将帮助打算对有天赋的学生进行科学教育研究的研究人员确定研究中需要解决的领域。另外,它也揭示了我国编写的有关天才学生科学教育论文的总体趋势。在研究的最后部分为想要在该领域进行研究的研究人员提出了一些建议。

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