An example of the use of dynamic mathematics software to create problem-solving environments that serve multiple purposes

Problem-solving is regarded as a major component of mathematical performance, and well-designed problem-solving-based learning environments have the potential to assist students in developing a meaningful understanding of mathematical concepts and procedures. In this respect, given its various features, dynamic mathematics software has been regarded by mathematics educators as a promising tool for designing such environments. This study presents an example of the use of technology to create a dynamic learning environment through a discussion of the pedagogical value of a problem selected for an activity, followed by the implementation sequence of the problem-solving activity in the classroom. The students’ experiences during the implementation of the activity are also discussed; and finally, an additional version of the problem is recommended for use in the classroom.     

The use of computers in K-12 schools in turkey

Through the determined efforts of MONE, more than one third of the existing 5,851 schools have at least one computer lab. It is clear that the number of computers in schools in Turkey will continue to increase.     

Students’ opinions on blended learning and its implementation in terms of their learning styles

The purpose of this article is to examine students’ views on the blended learning method and its use in relation to the students’ individual learning style. The study was conducted with 31 senior students. Web based media together with face to face classroom settings were used in the blended learning framework. A scale of Students’ Views on Blended Learning and its implementation, Kolb’s Learning Style Inventory, Pre-Information Form and open ended questions were used to gather data. The majority of the students’ fell into assimilators, accommodators and convergers learning styles. Results revealed that students’ views on blended learning method and its use are quite positive.     

Comparing overexcitabilities of gifted and non‐gifted 10th grade students in Turkey

The study compares overexcitability scores of Turkish 10th graders who are grouped in terms of their intellectual abilities, motivation, creativity and leadership as well as gender. 711 students who were administered Raven Advanced Progressive Matrices Test (APM) were divided into three intellectual ability categories. From this pool, 105 subjects were selected as the sample of the study. Teacher Observation and Evaluation Form (TOEF) was used for categorizing students in terms of motivation, creativity and leadership. On the other hand, Overexcitability Questionnaire (OEQ) was administered to the sample for assessing their overexcitabilities. According to the findings of the study, overexcitability scores of highly intelligent, motivated, creative and leader students in some overexcitability areas are significantly greater than those of their lower counterparts. No gender differences are found in regard to overexcitabilities.     

Educational Technology in Turkey: Past,Present and Future

This paper explains the past, discusses the present and makes projections for the future of educational technology in Turkey. Technology has an important role in enhancing educational progress. Therefore, educators need to adapt technology within their field of study. Educational materials such as textbooks, films, radio, television, overhead projectors, video recorders and, of course, computers enrich learning environments in schools. Educational materials motivate students and induce them to study subject matter while providing opportunities for students to access and evaluate information. In Turkey, the use of educational technology in schools has been taken very seriously by the Ministry of National Education since the 1930s. Universities and other institutions are also interested in research and application of educational technology to their own settings. La Technologie de l'Education en Turquie: Passé, Présent et Avenir. Cet article explique le passé et le présent et propose des projections dans l'avenir pour la technologie de l'éducation en Turquie. La technologie joue un rÔle important pour favoriser le progrès en éducation. Aussi les enseignants doivent l'adapter dans leur discipline. Les moyens d'enseignement tels que les livres, les films, la radio, la télévision, les rétroprojecteurs et enfin les ordinateurs enrichissent l'environnement éducatif des écoles. Les moyens d'enseignement motivent les élèves et les incitent À étudier les sujets en fournissant l'occasion pour ceux-ci y avoir accès et d'évaluer l'information en Turquie, l'utilisation de la technologie de l'éducation dans les écoles a été prise très au sérieux par le Ministère de l'Education dès les années 30. Les universités et d'autres institutions s'intéressent aussi aux recherches et aux applications de la technolgie de l'éducation dans leurs domaines. Bildungstechnik in der Türkei: Vergangenheit, Gegenwart und Zukunft. In diesem Beitrag wird die Entwicklung der Bildungstechnologie in der Türkei von der Vergangenheit bis zu Gegenwart dargestellt und ein Einblick in die Planung für die Zukunft gegeben. Technologie spielt eine wichtige Rolle bei der Verbesserung des Bildungsfortschritts. Daher müssen auch Erzieher sie innerhalb ihres Studiengebiets anwenden und anpassen. Bildungsmaterialien wie Lehrbücher, Filme, Rundfunk- und Fernsehsendungen, Einsatz von Overheadprojektoren, Videorekordern und natürlich jetzt auch von Computern bereichern die Lernangebote von Schulen. Bildungsmaterialien motivieren Lernende und bewirken dadurch, dass sie sich schon während des Zusammenstellens von Material durch Zugriff auf Informationen und deren Bewertung mit Inhalten befassen müssen.     

Development of a scale on learners' views on blended learning and its implementation process

The purpose of this study was to extend the evaluation of learners' views on blended learning and its implementation process by developing and validating an objective assessment instrument. Cronbach' alpha, item analysis and item discrimination indices, principal component analysis, varimax rotation, and discriminant validity were used to measure the reliability and validity of the scale. A 50-item refined version of the scale was found to be highly reliable and of reasonable length.Further refinement was made based on principal component analysis. This indicated two major components, which facilitate the elicitation of learners' views on blended learning and its implementation process in relation to the complexity levels of the learning process.The scale is recommended to identify individual's views on blended learning and its implementation process and thus, to contribute to the improvement of a blended learning environment for learners.