Science Education Research Articles

Beyond Benchmarking: A Diagnostic Inquiry into the Underlying Determinants of Low Performance in Philippine PISA Science

The Philippines’ consistently low performance in the Program for International Student Assessment (PISA) Science Assessment has sparked concerns about the country’s educational quality and competitiveness. The science scores are due to socioeconomic status, teacher quality, resource deficiencies, and systemic issues. A multi-pronged approach with evidence-based interventions is recommended to improve scientific literacy. This paper conducts a diagnostic inquiry into the underlying determinants contributing to Filipino students’ underachievement in PISA science. Drawing from an extensive literature review, the analysis identifies several interrelated factors spanning multiple levels of the educational system. Socioeconomic status, motivation, self-efficacy beliefs, and language proficiency emerged as significant predictors at the student level. School-level determinants include resource deficiencies, lack of qualified science teachers, and inadequate instructional practices. Furthermore, systemic issues like fragmented policy implementation, curriculum misalignment, and insufficient investment in education undermine performance. The paper argues for a holistic, multi-pronged approach targeting these diverse determinants through evidence-based interventions and policy reforms to enhance scientific literacy and elevate educational outcomes in the Philippines.

Surprised by Co-Creation; Building Equality, Diversity and Inclusion (EDI) in the Physiology curriculum with Undergraduate Students.

As public-facing global institutions, modern universities are subject to equality legislation (locally the United Kingdom Equality Act) 1 and the need to represent an increasingly diverse student body. For effective education, this broad cohort needs to see itself represented, both in the curriculum, and in the very structures of the university2. It is with this in mind that staff in the Centre for Biomedical Sciences Education in Queen's University Belfast recruited three students from diverse backgrounds to co-design aspects of the Undergraduate Physiology Curriculum for Medicine and Health and Life Sciences (MHLS) degrees. As part of a 6-week summer internship, our students set out to identify gaps in the physiology curriculum regarding those with protected characteristics as described by the UK Equality Act 2010 (race, sex, gender reassignment, marriage or civil partnership, pregnancy and maternity, religion and belief, disability and sexual orientation; Figure 1 1). Our aim was to incorporate Equality, Diversity and Inclusion (EDI) principles to create a learning environment that celebrates people's differences and represents individual students. Themes that developed over the six week period of the internship were recognizing oneself in the curriculum, cultural humility and intersectionality.

Exploring links between visuospatial ability and anatomy learning in education: A bibliometric analysis and scientific mapping

The field of medical education faces a significant challenge in teaching human anatomy, a fundamental aspect of medical science that is often perceived as complex and demanding. Understanding the shapes and anatomical structure locations is crucial for students to master the intricacies of anatomy. Visuospatial ability, which involves comprehending three-dimensional structures and their spatial relationships, plays a pivotal role in anatomy learning. The aim of this study was to examine keywords, territories/countries, the number of publications, institutions, authors, and associated journals related to visuospatial ability in anatomy learning through extensive bibliometric analysis. Data were gathered from the Scopus database, and VOSviewer was employed to conduct a bibliometric analysis. Approximately 552 eligible articles were examined in their entirety. The findings indicated that the most significant research growth occurred in 2012, with the United States of America emerging as the leading country in the field. Furthermore, Anatomical Science Education was recognized as the most esteemed journal in this field, with Wilson, T.D. being credited as the most influential author. The bibliometric data also demonstrated various approaches to improve visuospatial capacity in anatomy learning, such as utilizing virtual reality or other computer-assisted learning modalities and their integration into medical education practice. In conclusion, these findings highlight the critical role of visuospatial ability in facilitating the acquisition of anatomical knowledge and offer direction for future research in this area.

Pengembangan Bahan Ajar E-Comic melalui Aplikasi Canva pada Mata Pelajaran IPAS di Sekolah Dasar

This research is motivated by the lack of variety of science teaching materials used by fifth-grade teachers and the minimal number of teaching materials, as well as the fact that there are still teachers who are not skilled in utilizing ICT in making teaching materials. This study aimed to determine the development process and feasibility of open materials based on E-Comic. The research method used is Research and Development (R&D) with the ADDIE model. The study results are 1) Development of E-Comic-based teaching materials using the ADDIE model through 5 stages: analysis, design, development, implementation, and evaluation. The process of developing teaching materials is carried out by analyzing student needs, characteristics, and curriculum, making plans such as storyboard design, material plans, and product design plans including character and cover designs using the AI-assisted Canva application. 2) The results of the feasibility test by media experts 1 and 2 scored 86% and 90% with the category "Feasible". The feasibility test results by material experts 1 and 2 scored 84% and 98% with the category "Feasible". The final stage was a field trial and then an evaluation was carried out with product revisions. Teacher response test, student responses in small and large groups scored 95%, 88%, and 87.2% with the category "Appropriate". It can be concluded that E-Comic-based teaching materials are appropriate for use in learning for students at school.

The Influence of ISLE-based STEM Physics Learning on Students' Understanding of Physics Concepts

This research aims to provide an overview and determine the influence of ISLE (Investigative Science Learning Environment) based STEM (Science Technology Engineering and Mathematics) physics learning on students' understanding of physics concepts. This research is a quantitative descriptive study using the one group pretest-posttest method. The population in this study were students of class XI Science at MAN Ende for the 2024/2025 academic year and the sample was students of class. Sampling in this research used purposive sampling technique. The data collection method consists of administering tests and LKPD. The data obtained from the research sample was in the form of test scores on students' understanding of physics concepts on global warming materials. Normality test and t-test are the data analysis techniques used. From the results of data analysis, it is known that ISLE based STEM physics learning has an effect on students' ability to understand physics concepts according to the One-Sample Test carried out with sig. (One-Sided p) is 0.001 < 0.05. Students' ability to understand physics concepts increased after implementing ISLE-based STEM physics learning with an average pretest score of 57.119 and an average posttest of 89.381 with the difference between the posttest and pretest scores being 32.252 points. While working on the LKPD students are more active in working with their team in solving problems and students are trained to understand the procedures for working on them. Apart from that, by implementing this learning, it can encourage students to hone their own thinking patterns so that they are able to explain the students' own understanding of physics concepts based on what they have observed and understood.

Application of the asicc learning model in human physiological system to improve students' critical thinking and creative thinking skills

Critical thinking and creative thinking skills are needed to improve the quality and competitive human resources. Therefore, the application of appropriate learning models is expected to stimulate students' critical thinking and creative thinking skills. This research aims to improve critical thinking and creative thinking skill scores using the ASICC learning model. This type of research is classroom action research which is carried out in 2 cycles, with 3 meetings in each cycle. Data on students' critical thinking and creative thinking skills were collected using essay tests on science learning materials. Data analysis was carried out by comparing the N-gain scores in cycle 1 and cycle 2 for students' critical thinking and creative thinking skills. The results of the research revealed that there was an increase that occurred in cycle 2, namely 5.6% in the aspects of moderate critical thinking skills and high creative thinking, as well as in the aspects of critical thinking skills and high creative thinking by 5.6%. Meanwhile, in the previous cycle, these two aspects did not have a high category. Another result found from this research is that students who have low critical thinking skills do not necessarily have low creative thinking skills. This is because students who have low critical thinking skills may have moderate creative thinking skills or vice versa. Thus, the application of the ASICC learning model is effective in improving the scores of critical thinking skills and creative thinking skills of students at Junior High School 5 Kertosono.

Learning Innovations in Coastal Areas Through Augmented Reality and Gamification

This research investigates the development of an augmented reality (AR) application with gamification elements to enhance natural science learning in coastal areas. Validation by media and content experts, along with trials conducted among students, showed high feasibility and strong appeal of the application. Functionality tests, including marker detection range, demonstrated the application's capability to operate effectively in diverse coastal environments. The study highlights the successful integration of AR and gamification as a tool to improve engagement and understanding of natural science concepts in under-resourced coastal schools. This application holds great potential for enhancing the quality of education in coastal areas by offering an interactive and immersive learning experience. Further research is recommended to refine the application and assess its long-term impact on student comprehension and educational outcomes in various coastal communities. This study represents a significant step forward in using innovative AR technology to support learning in coastal regions.

Integrating Single-Case and Qualitative Approaches: A Mixed-Methods Analysis of a Science Comprehension Intervention for Students with Extensive Support Needs

Despite advances in inclusion and access to the general curriculum for students with disabilities at large, students with extensive support needs (ESN) continue to receive instruction that is disconnected from the general curriculum and general education peers. One area of the general curriculum that students with ESN have historically lacked access to is science. However, ongoing research in this area has identified several evidence-based and promising practices that support the science learning of students with ESN. This project used a convergent mixed-methods single-case research design, specifically a single case adapted alternating treatments design paired with qualitative methods, to explore how an intervention to support comprehension of science content supported student learning and engagement for four middle school students with ESN. Implications of the study findings, as well as the value added from the mixed-methods approach, will be discussed.

Artificial Intelligence Technology Embedded in High School Science Learning: A Study of Teacher Perception

This study examines teachers' perceptions and acceptance of using artificial intelligence (AI) technology in the teaching of Sciences (IPA) in Vocational High Schools (SMK). Based on quantitative and qualitative data, the results indicate that the understanding and use of AI in teaching are still limited. Quantitative data were collected through a structured questionnaire to assess teachers' knowledge, confidence, and AI usage frequency, while qualitative data were obtained through in-depth interviews exploring their views and challenges. Although some teachers see the great potential of AI in enhancing student engagement and learning outcomes, various obstacles such as lack of training and technological infrastructure hinder optimal implementation. This articles also offers strategic recommendations for integrating AI into the science curriculum in vocational schools. Although AI has significant potential in vocational science education, its effective implementation is hindered by limited teacher training and infrastructure, necessitating strategic improvements to fully leverage AI's benefits in schools.

Project WINGS: Word-Banking to Address Gaps in Science Education

The COVID-19 pandemic has caused students to fear for their health and their studies. It has created gaps that educators need to fill when they return to formal education. The main purpose of this research was to evaluate the effectiveness of word banking in science for improving the proficiency levels of seventh-grade students. The study aims to address gaps in science education arising from new-normal circumstances. It also seeks to assess students' proficiency in science before and after the implementation of Project WINGS. The research found that implementing Project WINGS, which incorporated the SPURN strategy (Spelling, Pronunciation, and Usage of words, Reading, and Numeracy), significantly improved seventh-grade students' proficiency levels in science. The quasi-experimental design, utilizing pre-test and post-test data, indicated a notable enhancement in students' performance, suggesting that daily word banking effectively addressed educational gaps exacerbated by the COVID-19 pandemic.

Creativity as Key Trigger to Cognitive Achievement: Effects of Digital and Analog Learning Interventions

AbstractThis study analyses the coherent integration of creativity into science education modules for eighth-grade students to enhance competence development. The learning modules’ content covered a basic ecological unit about forests, applied as digital or analog lesson. By utilizing the creativity subscales ‘Act’ and ‘Flow’ its analysis resulted in a clear factorial structure. Notably, higher levels of creativity were associated with increased cognitive learning achievements among students, irrespective of the instructional delivery method—be it analog or digital. Particularly, the ‘Act’ and ‘Flow’ dimensions exhibited a promising potential for augmenting learning outcomes in learner-centric, gamified modules. The mentoring role of teachers is supposed to promote a flow state and simultaneously to highlight the significance of autonomy in learning processes. Unexpectedly, there were no discernible gender differences. This research significantly contributes to our understanding of the interplay among creativity, learning success, and instructional modalities within the realm of science education.

Meaning-making in English-medium instruction science classroom interaction: from the systemic functional linguistics perspective

Abstract Teaching science in English is increasingly common worldwide. This study explores the role of language in science meaning-making during classroom interactions by drawing on video-recorded classroom observations of four biology lessons in secondary English medium instruction (EMI) settings in Hong Kong. Informed by systemic functional linguistics (SFL), we integrate classroom interaction analysis with Lemke’s approach to thematic analysis. The results reveal similar interactional patterns across full- and partial-EMI science classrooms, characterised by a lack of interactivity and authoritative teacher behaviour in selecting student responses to engage with. During extended initiation–response–feedback exchanges, teachers’ feedback on students’ responses appears to underscore the importance of teachers’ modified input – specifically input emphasising semantic relations within the field of biology – in developing students’ content knowledge and language skills. The implications of the findings for applying SFL pedagogies in EMI science classrooms to improve teacher–student interaction are discussed.

EVALUATING THE LEARNING CURVE OF A NOVICE OPTOMETRY STUDENT IN SCLERAL LENS FITTING: A PROSPECTIVE QUANTITATIVE STUDY USING DELIBERATE PRACTICE AND CUMULATIVE SUMMATION (LC-CUSUM)

Background and Objective: To evaluate the learning curve of a novice optometry student in scleral lens fitting through deliberate practice and to objectively quantify the learning process using the LearningCurve-Cumulative Summation (LC-CUSUM) test, ensuring accurate and unbiased results. Method: The complexity of scleral contact lens fittings was assessed by categorizing subjects into regular and irregular cornea groups. A student enrolled in the Master of Optometry program conducted the fittings using a dedicated scleral lens record form (rubrics) designed to quantify the lens management approach. Prior to performing fittings independently, the student received four weeks of training from a contact lens expert, who also served as her guide for the study. This training period and the subsequent fittings were structured based on the principles of deliberate practice, with the student performing repeated diagnostic trials. A maximum of three diagnostic trials were performed for each subject to achieve the optimal fit. After each trial, the student completed a self-efficacy scale questionnaire to assess her perceived diffi-culty and clinical judgement skills, recording “FIRST trial scores” following the initial trial and ‘LAST trial scores’ after achieving the optimal fit. The guide consistently provided verbal feedback after each case throughout the fitting process as part of the deliberate practice methodology to enhance the student’s understanding of the fitting procedure while keeping the scores confidential to ensure unbiased self-as-sessment. Following the complete supervision of the fitting procedure, the guide evaluated the student’s clinical skills using a specially designed observation scale questionnaire, referred to as the ‘GUIDE scores.’ A seven-point Likert scale was used to rate the judgement for both the self-efficacy scale and observation scale questionnaire. The student’s LAST trial scores were subsequently compared with the GUIDE scores. Results: A total of 80 scleral lens fittings were evaluated. The Intraclass Correlation Coefficient (ICC) demonstrated excellent agreement between student-reported self-efficacy scores and guide-reported observation scores. The difference in self-efficacy scores between the initial and final lens fittings was statistically significant (p < 0.05), as determined by the Wilcoxon signed-rank test. The Learning Curve-Cumulative Summation (LC-CUSUM) chart revealed that learning stabilized after 26 fittings, marking a consolidation phase where minimal further improvement was observed beyond this point, and additional practice primarily helped to maintain proficiency. The average number of trials required per eye was higher in patients with irregular corneas than those with regular corneas. Conclusion: This study evaluated the learning curve of a novice optometry student in scleral lens fitting through deliberate practice, utilizing the LC-CUSUM test to quantify progress and assess skill acquisition objectively. Proficiency was achieved after 26 fittings, with additional trials needed for irregular corneas, underscoring the influence of patient characteristics on learning. These findings emphasize the importance of structured training, personalized feedback, and self-assessment in developing clinical competence. The insights contribute to advancing education and research in contact lens science by providing practical guid-ance for designing effective programs focused on planning, teaching, and learning about scleral lens fittings.

TREE ADVENTURE IN ENGLISH: A JOURNEY INTO EXPLORING TREE SPECIES, ENGLISH, AND DIGITAL LITERACY

The presented research demonstrates the use of innovative teaching methods by incorporating cross-curricular integration of natural sciences and English and using digital competencies in the classroom. Students actively developed digital skills through interactive activities while learning about forests in the English language. They expanded their vocabulary on tree species and forests and practiced comprehension based on authentic English-language recordings. Particular emphasis was placed on recognizing tree species based on leaves, fruits, and general characteristics and acquiring the relevant vocabulary in English. Based on the English language video, students learned to distinguish between fir, spruce, and pine. They developed digital skills in various areas and at distinct levels by photographing trees for the film's background, drafting a script, and recording a film, which served as the final product of their learning. This approach connected theoretical knowledge with practical skills, fostering creativity and collaboration. These innovative approaches demonstrate the positive effects of cross-curricular teaching of natural sciences and English and the use of digital competencies in the classroom, allowing students to comprehensively understand the subject matter and contribute to their holistic development in multiple areas. Innovative approaches encourage active participation and the development of language skills and strengthen cooperation. Keywords: digital competencies, cross-curricular integration, English, forest trees, natural sciences

Redesigning Building Thermal Science Education Through Inquiry-Based Experiential Learning

Mastering building thermal science is essential for architectural professionals, as it supports the design of energy-efficient and thermally optimized buildings, which are critical for addressing the growing demands of sustainable architecture. However, traditional teaching methods often disconnect theoretical instruction from practical application, limiting students’ ability to apply core concepts in real-world scenarios. This study introduces a pedagogical reform that integrates design-oriented and inquiry-based experiments, hands-on physical activities, and field-based testing into the teaching of building thermal science. The revised curriculum focuses on applying theoretical principles in real architectural contexts, allowing students to directly design and experience thermal phenomena such as heat transfer and thermal resistance in building envelope structures. To evaluate the effectiveness of this reform, a control group using traditional confirmatory experiments (following predetermined instructions to complete experiments and validate the results) was compared to a reform group engaged in inquiry-based experimental learning. Over the course of three cohorts (2019, 2020, 2021), the reform group consistently outperformed the control group, with statistically significant improvements in average course grades. Specifically, the reform group had mean grade differences of 7.21 points higher in 2019, 4.55 points higher in 2020, and 5.83 points higher in 2021, as demonstrated by t-test results (p < 0.05). The reform group also exhibited more concentrated grade distributions, reflecting enhanced comprehension and retention of key thermal concepts. In addition to improved academic performance, students in the reform group demonstrated superior problem-solving abilities and a heightened awareness of energy conservation and sustainable design practices. This approach not only deepened their understanding of theoretical knowledge but also fostered a greater commitment to integrating sustainability into their architectural projects.

Language-in-Education Planning for Foreign Languages in Morocco: Analyzing the Historical and Structural Impacts of History, Social Class, Ideology, and Power Dynamics

The present paper analyzes language-in-education planning for foreign languages within the Moroccan educational system. These policies have been adopted and/or implemented as part of three successive educational reforms that the state has undergone in the last 25 years (e.g., the National Charter 1999, the Emergency Program 2008, and the Strategic Vision 2015). Despite the state’s advocacy for varying foreign language instruction, these policies have been marked by a consolidation of French instruction as a primary foreign language and a shift to using it as a medium of instruction for science and technology subjects in middle and secondary education as part of language alternation pedagogy. The study adopts Tollefson’s (1991) Historical-Structural Approach as a conceptual framework to analyze how the constructs of history, class structures, ideology, and power dynamics have influenced language-in-education planning to perpetuate the social, economic, and political privileges of a francophone-oriented elite. The latter have employed their economic and political power to influence the indecisive aspect of the language-in-education policies—both covertly and overtly—to increase socioeconomic inequalities and injustices, including linguistic disparities between the elite and lower social classes. This dominant position of French within the educational system has also been motivated by external influences, manifested in the heavy political and economic relationship with France, the former colonizer.

How does Learning Differentiate with The Socio-Scientific Issue (SSI) Climate Change Improving Environmental Literacy?

Climate change is a complex global problem that requires understanding and action from students. Natural and Social Sciences projects can integrate climate change learning with social and scientific contexts. The preliminary study show that students do not yet have the environmental literacy skills needed to support science and technology projects learning. It also shows that students have difficulty understanding the concept of climate change and its implications for the environment. This research aims to determine the effect of differentiated learning with SSI to increase students ' understanding of climate change. The research method used is mixed methods research using the Exploratory Sequential Mixed Methods Design method. The research results show that implementing climate change differentiation learning with SSI can improve students ' environmental literacy skills. The results of the one-way ANOVA test have a significance value less than 0.05, where there is an increase after implementing differentiation learning. The findings of this research can integrate climate change learning with social and scientific contexts. SSI can help students understand complex issues that have significant social and scientific impact. This can motivate students to take action to overcome problems as an aspect of environmental literacy skills.

Evaluation and risk assessment of heavy metals in wetland soil in the University of Lagos

A study was conducted to evaluate the concentration of heavy metals, and the physicochemical and microbiological properties of wetland soils at the University of Lagos. Soil samples were randomly collected from the Faculty of Science (FSC), Lagoon Front, and Distance Learning Institute areas at depths of 5 cm, 10 cm, 15 cm, and 20 cm using a soil auger. The samples were stored in sterile nylon bags, appropriately labelled, and transported to the University of Lagos Central Research Laboratory for chemical analysis. The physicochemical characteristics measured included soil pH, determined using a pH meter, and moisture content, assessed through the oven-drying method. Heavy metal concentrations were analyzed using an Atomic Absorption Spectrophotometer. Microbial population diversity was examined using the disc diffusion method. Statistical analysis was performed using SPSS version 20, and mean values were evaluated using Tukey’s multiple comparison test at a probability level of P < 0.05. The results revealed that soil pH ranged from 7.20 to 8.81, with the highest value (8.81) recorded near the Faculty of Science (FSC-3). Eight heavy metals, including Pb, Ni, Cr, Cd, Fe, Cu, Mn, and Zn, were analyzed. Lead concentrations ranged from 0.02 to 0.29 ppm, followed by nickel, which ranged from 0.01 to 0.13 ppm. Chromium ranged from 0.0 to 0.25 ppm, cadmium from 0.03 to 0.08 ppm, iron from 1.02 to 2.96 ppm, copper from 3.31 to 4.60 ppm, manganese from 3.31 to 5.16 ppm, and zinc from 1.67 to 9.17 ppm. Lead and zinc concentrations were found to be below the permissible limit at all locations, while chromium and cadmium were within permissible limits. However, Zn, Mn, Cu, Fe, and Ni exceeded the permissible limits. Correlation analysis revealed a significant correlation (P < 0.05) between Pb and Zn, likely due to effluents from human waste and seepage from nearby dumpsites into the lagoon, streams, or beaches. The isolated microbial flora included three bacterial genera, Bacillus megaterium, Bacillus spp, and Enterobacter spp, as well as four fungal genera, Aspergillus, Penicillium, Aspergillus flavus, and Fusarium. Bacterial counts were lower than fungal counts in polluted soils, likely due to the nutrient status of the soil. The isolates were found to be tolerant to slightly alkaline pH and heavy metal pollutants, with microbial variation attributed to the impact of pH and heavy metals on the microbial population.

Leveraging the Use of Learning Technologies in Higher Education to Optimise Student Learning

In recent years, lecturers and educational practitioners in higher education institutions (HEIs) have widely discussed and debated pedagogical innovation. This research aimed to critically analyse the lecturers' views on the use of learning technologies to optimise student learning in HEIs. This research was conducted at a private higher education institution in Pretoria, South Africa. The effective use of learning technologies lends itself to pedagogical innovation and optimisation of student learning so that they are better prepared to integrate into the world of work. A qualitative research design was used for this study. The method of data collection was individual interviews with five lecturers from different faculties. Faculties include Education, Humanities and Social Science, Finance and Accounting, Law and Information Technology. Data was analysed through the lens of the SAMR model framework using qualitative thematic analysis. The key findings indicated that lecturers believed learning technologies are used effectively when fit-for-purpose and integrated into quality planning. Furthermore, lecturers emphasised that training, development, and collaborative decision-making were essential in selecting learning technologies. Module developers and lecturers need to work in collaboration and not in isolation.

Active Teaching-learning Methodologies in Higher Education: A Project with the Community

Active teaching-learning methodologies are a reality at the School of Education and Social Sciences of the Polytechnic of Leiria (Portugal), namely through the articulation with institutions of the community. The qualitative research presented in this article intends to analyse the perception of the students who are attending the Higher Professional Technical Course in Sociocultural and Sports Intervention, specifically concerning the importance of these methodologies in a project carried out with the District Hospital of Leiria. During the development of this partnership, 42 students were challenged to collaborate throughout the training process and, at the end, they were asked to write a report, which was considered the data collection instrument. These individual reports include descriptions, analyses and reflections that were processed through content analysis, using categories, and adopting an exploratory approach. The results showed that the students considered that this methodology of teaching-learning allows them to acquire know-what, know-why and know-how competencies. Moreover, they admit that the articulation with external institutions contributes to a better acquisition and mobilisation of practical knowledge that they will be able to apply to different situations, spaces and times in their future professional lives. Keywords: higher education, active teaching-learning methodologies, pedagogic innovation, community intervention, transdisciplinarity