آموزش از دور
Abbas Ramezani; Masumeh Sharifi; Elham Yusefi
Abstract
The concept of digital gamification has been recognized as an engaging and enjoyable strategy to enhance mathematics education and bridge the gap in student instructional and learning practices. This review offers a comprehensive analysis of the current landscape regarding the implementation of gamification ...
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The concept of digital gamification has been recognized as an engaging and enjoyable strategy to enhance mathematics education and bridge the gap in student instructional and learning practices. This review offers a comprehensive analysis of the current landscape regarding the implementation of gamification in digital mathematics education. Additionally, it examines students' learning experiences and the outcomes they achieve while engaging with mathematics through gamified approaches. For this review, 21 publications released between 2014 and 2024 were analyzed to identify key themes within this research area. While these studies indicated impacts of gamification on experiences and outcomes of learners, none specified particular gamification elements linked to those experiences and results. Positive learning experiences identified within gamified mathematics environments included enjoyment, engagement, motivation, and entertainment. The desired learning outcomes encompassed content mastery, student engagement, motivation, and overall satisfaction. The findings from this review offer valuable insights into the design of digital gamification aimed at enhancing students’ mathematics learning, along with their associated experiences and outcomes.
آموزش از دور
Abbas Ramezani; Masumeh Sharifi
Abstract
Objective: The new development in the area of Artificial Intelligence (AI) education has raised interest with a sense of urgency about further refining it in the area of science education. Method: The qualitative study provides an insight into views of science teachers about the potential and limitation ...
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Objective: The new development in the area of Artificial Intelligence (AI) education has raised interest with a sense of urgency about further refining it in the area of science education. Method: The qualitative study provides an insight into views of science teachers about the potential and limitation of employing ChatGPT in science education and how to take advantage of such technology-based developments. Methods: The research was conducted based on 46 science teachers of Zanjan province, using the snowball sampling method. Results: The teachers gave feedback on how ChatGPT can be beneficial and restrictive as an effective educational tool for their classroom. Overall, findings paint a picture where even though the teachers openly acknowledged that ChatGPT is full of potential to make so much space for interaction, they were still concerned about the impact of the technology, for instance, making too much dependency on the technology among the learners and how the tools impede the capacity of the students in thinking critically and creatively. The results also support discussion of future Career development opportunities with responsive curricula redesign for the sake of leveraging the possibilities of AI tools in an effort to support learning. Practice and policy implications and directions for research on the career development opportunities are considered in the conclusion and limitations of the study. Conclusion: .This study adds to the growing field of education and AI by highlighting the need to balance innovation with pedagogical responsibility. It shows that AI can enhance teaching as a supportive tool, not a replacement. Successful integration requires attention to equity, ethics, and collaboration among educators, policymakers, and technologists.
