International Journal of Evaluation and Research in Education (IJERE)
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How teachers’ AI readiness affects AI integration: insights from modeling analysis
Get PDFThis study examined the dynamic relationships among professional development and training, resources and accessibility, attitudes and perceptions, pedagogical knowledge and expertise, teachers’ artificial intelligence (AI) readiness, and the integration of AI in teaching practices. The study employed a non-random purposive approach and utilized the structural equation modeling (SEM) method. Five hypotheses were meticulously formulated and subsequently subjected to empirical scrutiny, involving a cohort of 224 participants. Data were collected via Google Form and subjected to analysis to assess the goodness of fit of the proposed conceptual model. The findings revealed a positive relationship between teachers’ AI readiness and the integration of AI in teaching practices. Additionally, attitudes and perceptions, as well as pedagogical knowledge and expertise, exhibited positive effects on teachers’ AI readiness. However, the associations between teachers’ AI readiness and resources and accessibility, as well as pedagogical knowledge and expertise, were found to be relatively weak and statistically insignificant. The proposed conceptual model accounted for 55.3% of the variance, underscoring the significance of these established relationships for instructors, policymakers, and educators in devising practical intervention strategies to effectively harness the potential of AI
Telecommunication project methods as an effective tool in modern education
Get PDFThis article is devoted to the study of the problem of insufficient involvement of philology students in the educational process, which negatively affects their academic performance. To solve this problem, a telecommunication project was developed and implemented to improve learning efficiency and student engagement. The research was based on a pilot project with one group, and survey methods were also utilized to measure the level of student engagement in the learning process. Statistical analysis results indicate a noticeable improvement in students’ academic performance after the implementation of the innovative telecommunication course, with the average score increasing from 75.5 to 80.1, supported by a statistically significant level. Survey data on student engagement demonstrate a high level of positive attitude towards the use of technology in the educational process. The overall trend indicates a positive attitude towards new technologies in education. The practical significance of this article lies in highlighting telecommunication project methods as an effective tool in modern education. Applying the results of this research in educational practice can contribute to the development and implementation of new educational programs based on telecommunication projects
Shaping competence of intercultural communication during the COVID-19
Get PDFShaping intercultural communication competencies during the educational process in higher education institutions is a crucial criterion for modern global education. This study considers using digital learning technologies in foreign language teaching as an efficient pedagogical strategy for developing intercultural communicative competence during the COVID-19 pandemic. The research methodology was based on a pedagogical experiment. A total of 43 students from the People’s Republic of China, Kyrgyz Republic, Republic of India, and Turkmenistan participated in three study groups. Before the experiment, the indicators of digital competence and willingness to engage in intercultural communication were low, with a high correlation between them. During the one-year academic experiment, the students studied foreign languages using digital technologies. They were involved in cultural immersion programs, master’s classes on intercultural communication, language exchange programs, virtual intercultural events, and online cultural resources. This contributed to improving intercultural communication and, at the same time, students’ digital competence
Integrating energy literacy into science education: a comprehensive systematic review
Get PDFEnergy literacy is vital for preparing future generations to tackle global energy issues and advance sustainable development. However, integrating energy literacy into science education faces challenges due to diverse pedagogical approaches and educational contexts. This systematic literature review synthesizes current research to identify effective strategies for embedding energy literacy in science education. By employing advanced search techniques and preferred reporting items for systematic reviews and meta-analyses (PRISMA) guidelines, a thorough search across Scopus, Web of Science, and ERIC databases yielded 30 relevant studies meeting inclusion criteria. Findings indicate that interdisciplinary approaches, hands-on experiments, and innovative teaching tools like virtual and augmented reality (VR-AR) effectively enhance students’ understanding and attitudes toward energy, particularly renewable energy. Notably, project-based learning and science, technology, engineering, and mathematics (STEM) integration significantly improve problem-solving skills and creativity. Despite these positive outcomes, challenges such as high cognitive load in interdisciplinary courses and the need for ongoing teacher training persist. The review concludes that standardized curricula and professional development programs are necessary to further support teachers. Future research should focus on longitudinal studies to assess the long-term impact of these educational interventions and explore scalable models for diverse educational settings. This review provides valuable insights for educators, policymakers, and researchers aiming to enhance energy literacy through science education
Predicting students’ intentions for post-COVID-19 face-to-face classes
Get PDFThe COVID-19 pandemic led to community college closures, with reopening being considered as a potential strategy to enhance learning outcomes. However, existing literature lacks insights into the factors that determine students’ intention to attend limited face-to-face classes. To address this gap, a study was conducted to explore the intentions of 122 English students at a Malaysian community college regarding attendance in such classes post-reopening, using the theory of planned behavior as a framework. Results indicated a moderate level of intention to attend. Perceived behavioral control (PBC) and subjective norm positively predicted students’ intentions, while attitude did not significantly contribute. These findings highlight the critical role of PBC and subjective norms in shaping students’ intentions. As many community colleges prepare for phased reopening, understanding students’ diverse perspectives is crucial for informed decision-making regarding in-person instruction. Institutions must consider these factors to gain nuanced insights into students’ inclinations towards face-to-face classes, thereby facilitating effective planning amidst ongoing uncertainties
Project-based environmental module for indigenous students in Malaysia
Get PDFThe removal of forests has become a major challenge for indigenous students in Malaysia called Orang asli. The younger generations of Orang asli need to equip themselves with relevant knowledge to deal with changes within their living environment. However, they faced difficulties during learning such as irrelevant curriculum, lack of materials and inappropriate approaches. A project-based environmental module is constructed which employs the analyze, design, develop, implement and evaluate (ADDIE) instructional model with three projects: the construction of habitat, soil acidity and infiltration of pesticides. This study aimed to develop this module and assess its suitability to inculcate scientific attitudes and noble values among the Orang asli primary six students. The data were collected through validation questionnaires that were given to three validators. The data obtained are further analyzed to identify their improvement towards the module. The validation results show that the module is very feasible (85.83%) to be used. Many opine that this module creates a learning experience for them through scientific reasoning, inquiring, cooperating, and decision-making so that they find the relevancy of knowledge in the Orang asli context. The enhancement of this module provides useful educational guidance to learn environmental knowledge from a scientific perspective
Active online learning with remote sensing data in higher education
Get PDFThe increasing popularity of online learning has created a need for effective methods to enhance educational quality. This study addresses this need by developing and evaluating an active online learning model incorporating remote sensing data (RSD). The study included a pedagogical experiment with 181 students divided into control and experimental groups. The model included an interactive database, a web portal with tools for processing and visualizing RSD, and the implementation of active learning methods. Data were collected through testing, analysis of completed projects, and questionnaires. Quantitative and qualitative analysis methods were used to process the data. The pedagogical experiment showed that the model improved students’ average scores, increased the number of students with high levels of knowledge acquisition, and enhanced motivation. Thus, the use of RSD and active learning methods in online education is a promising approach to improve the quality of the educational process and foster students’ digital competence
Addressing fraction comprehension: global perspectives and Malaysian educational strategies
Get PDFUnderstanding fractions is a significant challenge in mathematics education globally, including in Malaysia, where students often struggle with core concepts. These difficulties hinder their progression into advanced areas like ratios, proportions, and algebra. This paper proposes a conceptual framework to enhance students’ understanding of fractions, with a focus on the Malaysian education system. Drawing on literature and practices from international contexts, this paper emphasizes the importance of visual models, manipulatives, technology integration and real-world applications in teaching fractions. As a concept paper, it synthesizes key insights from educational theories to develop strategies for improving fraction education. The framework highlights the need for alignment with both local and international curriculum. Key findings suggest that the use of manipulatives, visual models and technology can significantly improve fraction comprehension. By comparing global strategies, this paper offers insights into how these methods can be adapted to diverse learning environments, including low-resource settings. The framework implies that curriculum reforms, professional development for teachers and revised assessments are crucial to enhancing student outcomes in fraction education
Higher education instructors’ and students’ attitudes toward distance learning
Get PDFThis study aimed at exploring the attitudes of higher education instructors and university students regarding distant learning during the COVID-19 epidemic. It took place at a higher education institution of Jordan. Using a mixed method approach, the researchers developed a two-part questionnaire and a semi-structured interview. The questionnaire was distributed questionnaire to 167 instructors and 349 students from the University of Jordan (UJ). The findings showed that the participants have a moderately favorable attitude toward distant learning. Additionally, the findings revealed no statistically significant differences (α=.05) in the attitudes of UJ instructors and students toward distance learning during the COVID-19 pandemic attributedto the study variables. Furthermore, the interviews revealed several themes that the university instructors and students identified as influencing the general effectiveness of their distance learning experience, including access to online platforms and professional training, offering electronic equipment, and protecting the integrity of exams. The study recommends that higher education institutions reconsider the concept of distance learning, considering lessons acquired from the era of compulsory distance learning
Transforming university education: a systematic review of mathematical modeling in learning
Get PDFThis article is focused on analyzing the impact of mathematical modeling on the learning of university students. The starting point is the complexity of the learning process in technological careers, since cognitive, emotional, social and pedagogical elements are involved in this process, therefore, a multidisciplinary approach is required to allow a holistic understanding of educational phenomena. For this purpose, a systematic review was applied following the PRISMA guidelines and 30 research studies available in Scopus, PubMed, and Web of Science were selected. These studies highlight the importance of mathematical modeling in improving education. The results highlight a higher frequency of use for models with structural equations, models related to adaptive profiles and virtual mathematical models. It is concluded that mathematical modeling represents a valuable resource in higher education, which enriches the learning experience and prepares students to face academic and professional challenges. It is impact is manifested in the improvement of conceptual understanding, the strengthening of problem-solving skills and the close linkage between theory and practice