آموزش از دور
Joy Abosede Peter
Abstract
The landscape of education has been revolutionized by the rapid advancements in digital technology, presenting both opportunities and challenges for educators and learners. In this context, the integration of technology into teaching and learning is no longer sufficient; educators must also embrace the ...
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The landscape of education has been revolutionized by the rapid advancements in digital technology, presenting both opportunities and challenges for educators and learners. In this context, the integration of technology into teaching and learning is no longer sufficient; educators must also embrace the power of networked learning to foster knowledge construction in a connected world. This expository article introduces the innovative framework of Connective TPACK, which seamlessly combines technology, pedagogy, content knowledge, and networked learning. By exploring the key elements of Connective TPACK and its implications for education, this article aims to empower educators and learners in navigating the networked environment and constructing knowledge collaboratively. From fostering connections and collaboration to nurturing a culture of self-directed learning, the Connective TPACK Framework paves the way for authentic, global, and learner-centered education. Embracing this holistic approach enables educators to leverage technology and networked learning effectively, preparing learners to thrive in the interconnected world with confidence and agency.
Mehrak Rahimi; Ghazal Beyzavi; Fatemeh Saffari
Abstract
The current study explored the effects of a personalized reading software program designed based on language learners’ learning style on the development of their reading comprehension. Forty Iranian K-9 students were selected through convenience sampling and were assigned into control (n=20) and ...
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The current study explored the effects of a personalized reading software program designed based on language learners’ learning style on the development of their reading comprehension. Forty Iranian K-9 students were selected through convenience sampling and were assigned into control (n=20) and experimental (n=20) groups. Both groups’ entry level of English reading proficiency was assessed by reading paper of Cambridge A2 Key exam. Reading was taught to both groups for 10 sessions using a researcher-developed software program. The experimental group used the reading software designed based on users’ cognitive profile (visual, auditory and kinesthetic) with customized instructional scenarios. The control group used a version of the same software that did not include any user-tailored teaching materials. Both groups took part in reading paper of A2 Key again at the end of the experiment. The data were analyzed using One-way Analysis of Covariance (ANCOVA). The results revealed a significant difference between participants’ reading comprehension at the end of the experiment in favor of the experimental group. The finding highlighted the role of learners’ diversity in the success of computer-assisted learning environments, and has certain implications for software developers and language pedagogues.
