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This study was conducted to investigate the immediate impacts of preschool attendance on Turkish children’s mathematics achievement. The participants were 200 children who attended or did not attend preschool. The number and operation task and the geometric shapes sorting task were used as the data collection tools. The children who attended preschool performed significantly better on the number and operation task and the geometric shapes sorting task than the children who did not attend preschool. Indeed, the multivariate regression analysis demonstrated that preschool attendance is the most important predictor of the success of children in number and operation task and the geometric shapes sorting task. 相似文献
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Donnellan Ed Aslan Sumeyye Fastrich Greta M. Murayama Kou 《Educational Psychology Review》2022,34(1):73-105
Educational Psychology Review - Researchers studying curiosity and interest note a lack of consensus in whether and how these important motivations for learning are distinct. Empirical attempts to... 相似文献
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Açıkgöz Ömer Aslan Aydın Günay Aslı 《Educational technology research and development : ETR & D》2022,70(5):1893-1910
Educational technology research and development - This study aims to evaluate the level of Turkish higher education graduates’ problem-solving skills (PSSs) in technology-rich environments... 相似文献
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Alanoglu Muslim Aslan Serkan Karabatak Songul 《Education and Information Technologies》2022,27(3):3447-3466
Education and Information Technologies - This study aims to reveal the direct and indirect effects of primary school teachers' educational philosophies on their digital literacy through... 相似文献
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Education and Information Technologies - This research aims to reveal factors affecting Information and Communication Technologies (ICT) integration in learning environments in Turkey. The... 相似文献
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Sinem Aslan Nese Alyuz Eda Okur Sinem Emine Mete Ece Oktay Asli Arslan Esme 《Educational technology research and development : ETR & D》2018,66(6):1399-1413
The goal of this research is to investigate the effect of emotion-aware interventions on students’ behavioral and emotional states. To this end, we collected data from 12 students in the 9th grade in a high school in Turkey. The data collection took place in two sessions of an English Course. While the students were reading articles and solving relevant questions, our data collection application running in the background recorded the videos of the individual students through a camera and captured students’ screens in a non-intrusive manner. In total, we had 12.5 h of student data. We employed the human expert labeling process (HELP) (Aslan et al. in Workshop proceedings at international conference on intelligent tutoring systems (ITS), pp 156–165, 2016) to have the data labeled (150 h of data labeling in total). The data collection application was designed in a way that it also collected emotional self-labels (i.e., emotional states as self-reported by students at any time of learning). We leveraged emotional self-label information to suggest various real-time interventions for the students. The results obtained using the final expert labels showed that the percentage of the students’ Satisfied state was significantly higher after interventions. The results also demonstrated that although the interventions were triggered by the emotional states as self-labeled by the students and tailored to improve such states, there was a major positive impact of these interventions on students’ behavioral states. This preliminary study showed that even with a limited set of emotion-aware interventions based on self-labels, students’ states could be impacted positively. Conducting large-scale pilots leveraging more advanced interventions is a future direction for our research. 相似文献
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The transition from the industrial age to the information age has happened and is still happening in our society (Duffy, 2009). However, our current educational systems still operate based on the needs of the industrial-age society (Watson, Watson, & Reigeluth, n.d), making them among the least impacted organizations (Reigeluth & Joseph, 2002). This misalignment between schools and society takes the form of a discrepancy between what and how we teach students in schools and how schools are organized and operated (Banathy, 1991; Hargreaves, 1999; Wagner et al., 2006). Educational systems should address current students’ needs to facilitate their learning process and better preparethem for their future lives in society (Collins & Halverson, 2009). In this article, we explain how we envision the new paradigm of education and what roles educational technologists should play to help transform educational systems to this new paradigm. 相似文献
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Aslan Sinem Agrawal Ankur Alyuz Nese Chierichetti Rebecca Durham Lenitra M. Manuvinakurike Ramesh Okur Eda Sahay Saurav Sharma Sangita Sherry John Raffa Giuseppe Nachman Lama 《Educational technology research and development : ETR & D》2022,70(1):205-230
Educational technology research and development - Parents recognize the potential benefits of technology for their young children but are wary of too much screen time and its potential deficits in... 相似文献
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The main purpose of this research was to determine three‐ to six‐year‐old pre‐schoolers’ recognition of basic geometric shapes, the criteria they use to distinguish members of a shape class and whether or not those criteria change in relation to age. Participants were 100 children aged three to six. Data were gathered from individual interviews conducted with participants. The results of this study indicate that pre‐school children fail to distinguish circle, square, triangle and rectangle and recognize atypical examples which differ due to orientation, aspect ratio, skewness and size. Furthermore, children in this period are capable of attending to both defining and non‐defining attributes while classifying, but they mostly rely on non‐defining attributes. 相似文献