International Journal of Evaluation and Research in Education (IJERE)
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2012 research outputs found
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Diagnosis of ecosystem misconceptions for high school students in Jakarta
Get PDFMisconception is a condition of different concepts that are owned by scientific concepts. Misconceptions impact learning processes and outcomes, so teachers need to make reductions. The first step to reduce misconceptions is to find the data on students’ misconceptions. This study aims to diagnose high school students’ misconceptions about ecosystems. The survey method research used a three-level multiple-choice test to diagnose ecosystem misconceptions. The research sample were 200 high school students from five high schools in Jakarta, Indonesia. The sample from each school were 40 students. The results showed that students’ understanding of concepts was spread over six levels: understanding concepts, false positive misconceptions, false negative misconceptions, misconceptions, guessing or understanding concepts but lacking confidence, and not understanding concepts with a misconception percentage of 21.41%. Based on the analysis of the ecosystem sub-concept, the highest misconception occurred in the energy flow sub-concept (25.39%) and the second highest in the biogeochemical cycle sub-concept (20.41%). Teachers can use the findings as a basis for designing effective learning to reduce misconceptions so that optimal learning processes and results can be achieved
Psychometric validation of Arabic attention control scale: reliability, correlation, PCA, and CFA analyses
Get PDFThe scarcity of reliable tools to measure attention control among Arabic speaking learners represents a key research problem. To address this gap, this study aimed to develop and evaluate the Arabic version of the attention control scale (ACS). The research was conducted on a sample of (N=210) Moroccan students in their second year of middle school (2023/2024), using precise translation methods, including “forward and backward translation”. The reliability of the scale was confirmed through Cronbach’s alpha (α=0.832), McDonald’s omega (Ʊ=0.820), and split-half reliability (ρ=0.870). The factor structure of the scale was verified using principal component analysis (PCA), while confirmatory factor analysis (CFA) confirmed the model’s goodness of fit (χ²=1689.398, df=66, *p<.001; Kaiser-Meyer-Olkin (KMO)=0.672). The results showed statistically significant correlations between the scale’s dimensions: general attention control (GA), attention focusing (AF), and attention shifting (AS) (*p<.001). The findings confirmed that the 12 item Arabic version of the ACS (short version) has strong psychometric properties with factor loadings ranging from 0.311 to 0.825. This study is considered an important step in developing attention assessment tools for learners in the Arab educational context. It provides a standardized scale to measure the attention process, which helps enable teachers to accurately diagnose attention difficulties and provide targeted educational interventions. These interventions contribute to improving learners’ focus and engagement, thereby enhancing the overall effectiveness of the educational process
A systematic review of gamified learning motivation for English language among undergraduates
Get PDFUndergraduate students’ motivation for learning English as a foreign language (EFL) is influenced by multiple factors, yet traditional teaching methods often fail to sustain engagement, leading to learning disengagement and sub-optional outcomes. The increasing integration of gamified learning has shown potential in addressing this challenge, but its effectiveness remains unclear, necessitating a systematic synthetic of existing research. This systematic review employs the preferred reporting items for systematic reviews and meta-analyses (PRISMA) framework to examine 313 studies retrieved from Education Resources Information Center (ERIC),Web of Science (WoS), and Scopus, narrowing them down to 36 relevant articles. The review categorizes findings into five key themes: i) teaching techniques and strategies; ii) learning environments and styles; iii) psychological and cultural factors; iv) technological support; and v) individual learner variables. The results highlight the positive impact of game-based learning, personalized instruction, and technology-enhanced approaches to motivation. However, psychological challenges, such as burnout and anxiety, remain significant barriers. The studyreveals research gaps, particularly regarding the long-term impact of gamified learning on EFL motivation, underscoring the need for further empirical investigation to optimize gamification strategies in EFL education
Analysis of obstacles in teaching and learning nuclear physics: towards a digital approach in secondary education
Get PDFThe study explores the specific obstacles encountered in the teaching and learning of nuclear physics within qualifying secondary schools in Morocco, particularly in the Fez-Meknes delegation. We identified a lack of specific research on this topic, despite a growing interest in improving science teaching. Using questionnaires administered to 100 teachers and 200 students, we found that the absence of laboratory experiments due to the dangers associated with nuclear physics is a major obstacle. Difficulties in understanding concepts such as radioactive decay, nuclear fusion, and fission were also noted. To overcome these challenges, we propose the development of digital teaching resources adapted to the Moroccan curriculum, including simulations and interactive tutorials. These resources are viewed positively by teachers and students alike, as they facilitate understanding of concepts, increase engagement and enable self-paced learning, promoting autonomy in learning and the development of creativity in students. For successful integration, it is essential to provide adequate training and ongoing support for teachers. The results offer concrete avenues for improving the quality of teaching in physical sciences and learning in a digital environment motivates students in Morocco
Impact of VR technology in physics teaching on students’ knowledge: a study on body acceleration
Get PDFThe integration of virtual reality (VR) technology into education represents a promising innovation, particularly in enhancing the effectiveness of physics teaching. Traditional physics instruction often lacks interactive and immersive elements, which can limit students’ understanding of complex physical phenomena. This study addresses the challenge of improving comprehension of body acceleration by incorporating VR-based laboratory simulations. A quasi-experimental design was implemented, involving 222 university students randomly assigned to control and experimental groups. The experimental group conducted virtual experiments using VR simulations developed with Blender and Unity software, while the control group engaged in traditional lab activities. Data were collected through pre- and post-tests and analyzed using independent t-tests and G*Power software to assess statistical significance. The results revealed a notable improvement in learning outcomes for students exposed to VR-enhanced instruction, demonstrating increased engagement, deeper conceptual understanding, and improved ability to connect theoretical knowledge with practical application. This study confirms that VR technology is a powerful tool for modernizing science, technology, engineering, and mathematics (STEM) education and holds significant potential for improving cognitive outcomes and student motivation in scientific learning environments
Assessment strategies in digital learning environments: insights from teacher education institutions
Get PDFThis study explores the adaptation of assessment strategies in teacher education programs within digital learning environments (DLEs). The perspectives and experiences of faculty members from teacher education institutions (TEIs) were analyzed using an embedded mixed-methods approach. The findings reveal significant advancements in enhancing instructor digital literacy and student engagement with DLEs. However, challenges such as the authenticity of assessments and increased student workload were identified. Faculty members recommended frequent feedback and authentic evaluations to address these issues. The study also highlights areas for improvement, including the diversification of evaluation tools, broader technology integration, and additional administrative support. These insights are crucial for TEIs to refine their assessment processes in DLE-based teacher training programs and contribute to ongoing discussions in ASEAN teacher education and global educational development
Fourth industrial revolution model in the context of basic education in the Davao Region, Philippines
Get PDFThe Philippines is among the developing countries in the world which significantly affected by the technological advancement brought about by the fourth industrial revolution (4IR). Advancing the country’s manpower in the modern world requires preparedness for technological advancements. Thus, this study proposes a model in the context of basic education to better equip learners with modern approaches to education. The use of quantitative research design and factor analyses (both exploratory factor analysis (EFA) and confirmatory factor analysis (CFA)) was carried out. A total of 550 teachers participated in the study, with 250 in EFA and 300 in CFA. The used of data reduction technique in EFA and model fit indices measures in CFA were used in the analyses. The results revealed three crucial dimensions in advancing education in the 4IR, these are: i) protection using cybersecurity; ii) use of simulation in teaching; and iii) school data management and analytics. Based on these findings, a model in basic education was developed to boost the Davao Region, Philippines’ preparedness to embrace technological advancement in the modern world. Moreover, the findings of this study can also serve as baseline data for other countries with similar profiles to the Philippines on how to approach education in 4IR
Training of future primary school teachers for work in an understaffed school
Get PDFThis study examined the emotional and psychological environments of primary school students and the role of teachers in maintaining their health. The goal was to understand how the educational environment affects students’ physical, psycho-emotional, and social health and to develop methods for training future primary school teachers to support student well-being. The study involved 105 future teachers from Karaganda Buketov University, Republic of Kazakhstan, selected through convenience sampling. The scale emotional response test by Mehrabyan and Epstein was used to assess empathic abilities. The results showed that 16% of participants had high empathy, 37% had average empathy, and 47% had low empathy. The findings highlight the need for enhanced empathy training and health-promoting environments in schools. Practical implications include incorporating empathy modules in teacher education programs and investing in ergonomic infrastructure to improve student well-being and academic achievement
Analysis of bibliometrics in studying the influence of the environment on preschool children’s psychological development
Get PDFThis article aims to provide an overall picture of research on the environment’s influence on preschool children’s psychological development. The researchers used the preferred reporting items for systematic reviews and meta-analysis (PRISMA) method to collect data and VOSviewer software to analyze 119 articles from the Scopus database from 2000 to 2023. The results showed that since 2006, i) the environmental influence on the psychological development of preschool children has received much attention; ii) the United States and the United Kingdom are the two leading countries in terms of the number of publications; iii) Leve, Neiderhiser, Reiss, and Shaw are the four leading authors; iv) 16 out of 20 influential journals in this field are Q1 journals, most of which belong to educational psychology. The two main concerns of the authors in these 119 articles are “parenting” and “development.” In the past five years, researchers have focused on topics such as “autism,” “preschoolers,” “environment,” “COVID-19”, and “externalizing problems”
Understanding the link between graduate experiences and workforce integration in physical education and sports science
Get PDFGraduate employability remains a critical challenge in higher education in fields with diverse career pathways like physical education and sports science (PESS). Despite efforts to enhance employability through curriculum improvements and institutional support, gaps persist in workforce integration, particularly for non-teaching graduates. This study investigates the relationship between higher education experiences and employment outcomes among PESS graduates. Using data from 274 alumni of a state university in the Philippines, the study employed binary logistic regression to assess the influence of specialization, postgraduate education, and institutional support on employability. Results indicate that graduates in the teaching track were significantly more likely to secure employment as professional educators, while non-teaching graduates faced challenges aligning their careers with their academic background. Enrollment in postgraduate education emerged as a strong predictor of employment, however, curriculum evaluation and overall university experience were not immediate predictors of employability, though long-term employment outcomes were positively associated with graduates’ perceptions of their academic training. These findings reinforce the need for higher education institutions (HEIs) to strengthen career development initiatives for non-teaching graduates and enhance work-integrated learning (WIL) opportunities