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    An Examination of Factors Affecting Pre-service Science Teachers' Perceived Satisfaction Levels in Distance Education
    (Springer, 2025) Arici, Faruk; Salar, Riza; Yilmaz, Rabia Meryem
    With the advancement of technology, traditional classroom environments have been increasingly replaced by technology-driven learning settings. This transition has been further accelerated by global crises such as wars, health emergencies, and economic instability, pushing education beyond conventional boundaries. Among these settings, e-learning has significantly enhanced the accessibility and availability of education. This study aimed to examine the relationships between perceived satisfaction, learning outcomes, course structure, course content, instructor role, instructor feedback, and technology quality in e-learning. It also investigated the factors influencing university students' perceived satisfaction in both asynchronous and synchronous e-learning settings. The study involved 247 university students (47 males and 200 females) who participated in a one-year distance education program in science education. After attending synchronous and asynchronous courses for 14 weeks, data was collected. The findings revealed that students did not perceive distance education as more effective than face-to-face instruction. However, with an explained variance of 77%, the proposed model demonstrated that learning outcomes, course structure, course content, instructor role, instructor feedback, and technology quality significantly influenced perceived satisfaction. Among these, learning outcomes, course content, and technology quality had a direct impact. These findings highlight the need for educational institutions to enhance the quality of course content, technology infrastructure, and learning outcomes in e-learning environments to improve student satisfaction and engagement.
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    Effects of Augmented Reality and Video-Based Learning in Inquiry-Based Science Education on Academic Achievement and Motivation to Learn Science
    (Wiley, 2025) Arici, Faruk; Yilmaz, Rabia Meryem
    Background Inquiry-based learning (IbL) has significantly contributed to science education, and this impact can be enhanced with technology. Augmented Reality (AR) offers 3D visualisation and interactive experiences, whereas Video-based Learning (VbL) provides narratives with visual and audio support. Both methods aid students in exploring, understanding and boosting their motivation to learn science (MtLS). Objectives This study examines the effect of AR and VbL within an IbL environment on students' MtLS and academic achievement. Methods A mixed-method research design was used, with a quasi-experimental approach for the quantitative aspect and a multiple case study for the qualitative part. Participants included two experimental groups and a control group. Experiment 1 (25 participants) received AR and IbL, Experiment 2 (26 participants) received VbL and IbL and the control group (25 participants) received only IbL instruction. Data were collected using academic achievement tests, MtLS scales and semi-structured interviews. Quantitative data were analysed via ANCOVA using SPSS, whereas qualitative data underwent content analysis. Results and Conclusions Results indicated that AR technology in the IbL environment was more effective than VbL in enhancing academic achievement and MtLS. The VbL group also performed better than the IbL-only group. With regard to the MtLS subfactors, no significant differences were observed between the groups in terms of motivation for participation. However, Experiment-1 demonstrated significant improvement in motivation for conducting research and motivation for collaboration, compared to Experiment-2 and the control group. Experiment 2 showed significant results compared to the control group. Experiment-1 demonstrated significant improvement in motivation for performance and motivation for communication compared to the control group. Although Experiment-1 yielded higher results than Experiment-2, this difference was not significant. Experiment 2 and the control group demonstrate notable parallels. The findings of this study indicate that AR effectively supports academic achievement and MtLS in an IbL environment. Consequently, the utilisation of AR is advocated for middle school students engaged in the study of vertebrates.
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    Investigating the Effectiveness of Augmented Reality Technology in Science Education in Terms of Environmental Literacy, Self-Regulation, and Motivation to Learn Science
    (Taylor & Francis Inc, 2024) Arici, Faruk
    Augmented Reality (AR) is a technology that provides users with an engaging learning experience by placing interactive virtual 3D models in natural environments. It is known that the use of AR technology in science education has many educational benefits. This study investigated the impact of AR technology on the development of environmental literacy, self-regulation skills, and motivation for science learning, which are increasingly important skills. Acquiring these high-level skills is essential for supporting students' development in preventing environmental problems, addressing the motivation decrease seen primarily due to distance learning, and acquiring the self-regulation skills that have gained importance due to distance learning. The study was conducted with a quasi-experimental design on fifth-grade students, with one experimental (34) and one control (36) group. The findings were analyzed through MANOVA and content analysis. The results showed that AR technology supports environmental sensitivity, positive behavior, and the development of environmental knowledge and skills. In addition, AR technology has significant contributions in terms of self-regulation. Finally, it is recommended to use AR technology in science education to develop these variables and positively affect participants' motivation for science learning.
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    Middle School Fifth-Grade Students' Level of Understanding the Concept of Condensation in Different Contexts
    (Amer Chemical Soc, 2024) Cengiz, Ekrem; Arici, Faruk
    Evaporation, condensation, and boiling are fundamental concepts taught in science and chemistry classes, closely linked to daily life. These concepts are vital for students to grasp the transformation and conservation of matter, the particulate nature of matter, and related principles. This study evaluated fifth-grade students' comprehension of condensation across various contexts. The research involved 80 male and 59 female students from a public school in a qualitative phenomenological study. Data analysis utilized the content analysis method. As a result of the study, it was revealed that the students who participated in the research did not understand the concept of condensation sufficiently and could not explain this concept at the desired level in different contexts. Based on the findings, incorporating real-life contexts when teaching the concept of condensation can enhance the understanding of the topic. Moreover, it highlights the significance of an investigative approach to learning new concepts.