Search

The purpose of this study is to analyze the mental model of improvement and changes on light wave concepts with Conceptual Change based on Virtual Media (CC-VM) x POE strategy. The method used is mixed methods with embedded design. The sample consisted of 30 students (with an age range of 16-17 years) in one of the schools in Subang, Indonesia. The instrument used is 15 questions with a four-tier format, which consists of the concepts of Light Waves. Data analysis was carried out by entering students' answers in the mental change category (Acceptable Change (AC), No Change Positive (NCP), No Change Negative (NCN), and Not Acceptable Change (NAC)), then calculations to improve the mental model with the equation Normal Change (with high, moderate, low, and negative categories). Meanwhile, the change in the mental model is identified by a percentage for each change. As a result, the increase in mental models is dominated by the "moderate" category (65%) and the lowest is the "high" category (15%). The category of mental changes was dominated by AC (74%) and the category of the least changes was found in NCP (3%).

We conducted a bibliometric analysis of the scientific articles in the field of science education research within TPACK framework published between 2012 and 2021. In total, 910 articles published in science education and technological education journals were extracted from Scopus databases. This study aims to present a summary of science education research within TPACK framework regarding number of annual production, most influencing authors and productive countries, the co-authorship collaboration, and research foci. The main findings show that the number of articles on science education research within TPACK framework throughout the period 2012 to 2021 fluctuated. Co-authorship collaborations were mostly made up of researchers from the same country. Furthermore, a shift in the research foci was observed. Recent research foci have emphasized higher education, self-efficacy, and STEM as important keywords. In addition, one of the most common articles published in the field is a literature review.

One aspect that must be owned by a leader is integrity. Considering that currently, the Islamic-based education system is very popular in Indonesia, the purpose of this study is to identify the "Tahfidzul Qur'an" Education System (T-QES) in creating leaders with integrity. The quasi-qualitative research was conducted in two Islamic boarding schools in Bandung. The participants used is 20 participants consisting of 2 principals, 6 deputy principals, 7 "mudaris" (teachers), 1 expert and 4 "santri" (students in Islamic boarding schools) during the 2019-2021 school year. The instrument used is an open interview instrument. Meanwhile, data analysis was carried out with percentages and mapped with the help of the NVivo 12 software. The results show that the T-QES plays an important role in creating leaders with integrity. Thus, the T-QES can be one of the recommendations that can be used in an education system.

This systematic review is aimed to explore the researches that established students' conceptual change process, both studies that facilitate conceptual change and studies that determined learner characters influencing conceptual change. Overall, 50 studies were examined in this review. The current study focused on the common characteristics of the literature, the conceptual change instructional interventions used and the methods used to assess them. This review generates four averments about the current study: (1) physics subjects have obtained more attention than other science domains; (2) the majority of studies were conducted on undergraduate students of various majors, not only science education students; (3) studies about conceptual change have developed from a cognitive-only perspective to metacognitive aspects; (4) design on conceptual change study has been dominated by quasi experiment with only pre- and post-intervention. Based on these averments, the authors invite the future empirical studies to consider affective variables in designing instructional approach, focus on examining pre-service science teachers' conceptual change through the implementation of an instructional intervention, and apply qualitative data collection methods regarding affective and metacognitive variables through the implementation of an instructional intervention.

The purpose of this research was to explore lecturers' perspectives on the mentoring programs conducted by inclusive elementary schools based on university-school collaborative partnerships (USCP). The government has not fully addressed the problems faced in providing inclusive education in elementary schools in Indonesia. It is necessary to involve all parties, including universities, to help solve these problems. Universities should play an important role in the implementation of inclusive education through practical ventures such as continuous mentoring programs to enable positive outcomes in inclusive elementary school education. Data were collected using in-depth interviews with seven lecturers from universities in Indonesia that have teacher education faculties. The data were analyzed using thematic analysis. The results provided insight into three areas of interest, namely the forms of mentoring activities, collaboration with inclusive elementary schools and the benefits of mentoring. An inclusive elementary school mentoring program based on university-school collaborative partnership is one that should produce mutual benefits for both parties. Universities are seen to be in a position to help inclusive elementary schools solve problems and provide appropriate solutions so that the implementation of inclusive education in elementary schools can follow government regulations. The government as the policy maker can be actively involved in evaluating inclusive education programs so that more flexible regulations can be introduced.

The 21st century learning requires complex competencies, transformations of technology-based learning and non-cognitive skills need. This situation makes it difficult for teachers of Indonesian vocational education apply 21st century skills. This study aimed to analyze the level of difficulty of teachers and students in vocational education and analyzing the differences in the difficulties faced in vocational education. This research used survey research with a quantitative approach. A total of 178 people participated in the study consisting of two public vocational high schools and two private vocational schools with the distribution of respondents consisting of 155 students and 23 teachers. Collecting data using a questionnaire in the form of a statement of difficulties faced by teachers and students, including creativity skills, critical thinking, problem solving, communication, collaboration, and digital literacy or information and communication technology (ICT) as many as 50 items. The instrument used was a Likert scale with very difficult, difficult, easy, and very easy categories. The findings of the study showed: i) All skills were identified on the "easy" criteria; and ii) There were significant differences between the difficulties faced by teachers and students, especially communication skills. The recommendation in this study is the need to improve 21st century skills to produce competitive graduate candidates in vocational education.

The issues experienced by general teachers (GT) in instruction in an inclusive classroom in primary school are the difficulty of designing effective instructional strategies that can meet all students' needs with various uniqueness. This research investigates GTs' experiences of the brain's natural learning systems-based instructional approach in an inclusive classroom. The research involved ten teachers from ten inclusive primary schools in three cities in Indonesia. Data were gathered through observation in an inclusive classroom and open interviews. Qualitative data analysis is used to analyze data. The result found six major themes: learning motivation, learning experience, psychomotor, social skill, talent and interest, and general teacher competency. This study implied that teachers could develop their competence by designing effective instruction in inclusive classrooms to benefit all students. The instructional approach based on the brain's natural learning system can be used to manage inclusive classrooms to be more productive.

This study aimed to explore the implementation of the 2013 curriculum in vocational schools, Banten in terms of the readiness and quality of the learning tools that have been prepared. A total of 957 respondents from 2017 to 2018, consisting of four cities and three districts in Banten Province were involved in the training and mentoring program, namely vocational teachers and vice-principals in the curriculum field. Data were collected using questionnaire sheets, FGD notes, and observation check dates. The data obtained are analyzed and interpreted based on the specified categories. The results showed that: 1) Teacher readiness for learning tools in the components a) Core Competencies (CC) and Basic Competencies (BC) analysis of 45.31%, b) Program mapping of 38.37%, learning plan preparation of 39.45% and c) Learning evaluation of 36.78%; 2) The quality of lesson plan (LP) the science lesson plan analysis instrument (SLPAI) based is divided into two groups. The category "Quality" in the instructional program and instructional plan aspects, and the category "Moderate" in the instructional media and assessment and others aspects; and 3) The difficulty of learning device components, including authentic assessment, use of methods, literacy approaches, and lesson planning. The implementation of training, mentoring, and supervision programs are adjusted to the experience of vocational teachers taking into account the teacher's involvement in the implementation of the curriculum, age, and school readiness.

This research aims to the development of a Multitier Open-ended Work and Energy Instrument (MOWEI) using Rasch analysis and identifies students' misconceptions. This research method uses the 4D model (Defining, Designing, Developing, and Disseminating). The research participants involved were 30 Javanese students from XI class (12 male students called "Mas" and 18 female students called "Mba"), the average age was 16 years old. The development of a close-ended four-tier instrument is based on the students' answers to MOWEI. The analysis results obtained that MOWEI is a valid and reliable instrument to identify misconceptions. The results of the identification of misconceptions in participants found that the highest misconceptions occurred at number 10 that was 73% and the lowest misconceptions of 10% occurred at numbers 4 and 11.

This study aimed to expand PDEODE*E Tasks with the Think-Pair-Share model for reconstructing students' misconceptions on work and energy. The PDEODE*E Tasks with Think-Pair-Share model implemented for students who had not taught the concept of work and energy. The participants include 36 students of tenth grade (22 girls and 14 boys, whose ages ranged from 15 to 16 years) at a senior high school in Bandung, Indonesia. Students' misconceptions evaluated by administering an Energy and Momentum Conceptual Survey (EMCS) comprised of 18 items in the form of four-tier, as pre- and post-test. Furthermore, students' thoughts also elicited using worksheets of seven PDEODE*E tasks. A qualitative approach is used to analyze the test and worksheets. The data analysis had mostly focused on work and energy concepts such as work, energy, and conservation of energy. The findings suggested that PDEODE*E Tasks with Think-Pair-Share model improved students' conceptual understanding and reduced most of their misconceptions despite a little misconception motionless occurred. Teachers can use PDEODE*E tasks with the Think-Pair-Share model to reconstruct students' misconceptions.

The purpose of this research is to see what physics misconceptions students have regarding heat material. This study employs a three-tier diagnostic exam designed to identify students' physics misunderstandings. 150 grade VII students from five Lamongan district state junior high schools were included in the study. Creating a closed-ended the students' responses to the cognitive conflict instruction are used to create a three-tier instrument (CCI). The findings of the research revealed that the CCI is a viable and reliable tool for detecting misunderstandings. The findings of the detection of misconceptions in participants revealed that 45 % of pupils met the mastery criteria, 35 % met the misconception criteria, and 10% met the guessing requirement.

The purpose of this study is to measure perceptions and analyse the perspectives of vocational teachers related to STEM understanding. A total of 157 respondents were actively involved in providing perceptual assessments with a score of 1-5 (rating scale). A total of 10 participants were involved in in-depth interviews to see the vocational perspective. The results of the study showed that the perception of vocational teachers obtained a score of 77.5% (M = 3.87, SD = 0.63). The descriptive analysis explains that the implementation of learning considers the preparation, implementation, carrying capacity of leaders, in order to produce skills appropriately. The aspect of collaboration skills is a key factor in the success of STEM learning, considering multidisciplinary.

Implementing limited face-to-face learning (LF2FL) during the COVID-19 pandemic has impacted students in inclusive classrooms. Some of the adjustments teachers and students faced were obstacles and challenges that took time to make. The teacher must comply online learning experience conducted with all its shortcomings during the implementation of LF2FL and its impacts on students, including students with disability. We conducted a study to explore teachers' perceptions of the impact of implementing LF2FL on students in inclusive classrooms in elementary schools. This research used a case study to obtain and examine data in a context that the phenomena will accept in depth. We involved 16 elementary school teachers, conducted semi-structured interviews, and analysed the data using thematic analysis. The results showed two main themes, namely learning outcomes and instructional processes, which emerged for students without disabilities and students with disability. For the learning outcomes, teachers highlighted sub-themes of the cognitive and affective aspects most. The instructional process sub-theme of the interaction was one of the essential aspects of minimising learning loss during online learning from home. Our finding detail in more depth the two types of students, both in terms of similarities and differences of LF2FL on students in inclusive classrooms that contributes to the reconfirmation of knowledge for all students, reduces students' mental stress, and increases student motivation through direct interaction between teachers and students. It is necessary to increase transformational competence in the education system for teachers, especially in the inclusive education system. The government needs to modify the curriculum to be more flexible and adaptive for all students in inclusive elementary schools who can keep up with the changes in education in Indonesia.

The identification of students' mental models is crucial in understanding their knowledge of scientific concepts. This research aimed to develop a Mental Models Representation Instrument on Newton's Laws (MeMoRI-NL). The ADDIE (Analyzing, Designing, Developing, Implementing and Evaluating) model was used as a research method. The sample consisted of 30 students of 15-16 years-old at one of senior high school in Tatar Pasundan. The data was examined using Rasch analysis on validity, reliability, level of difficulty, and distributions of students' mental models. Students' mental models were classified as Scientific (SC), Synthetic (SY), Synthetic almost Misconception (SYM), and Initial (IN) model. Based on the evaluating stage, students' mental models are mostly in the SYM and IN model. Consequently, it can be concluded that the Mental Models Representation Instrument on Newton's Laws (MeMoRI-NL) can be developed using the ADDIE model and most of the students' mental model has not been following scientific knowledge. Based on this research, teachers or educators should enhance students' mental models, especially for female students.

We reviewed 48 articles related to the engineering design process in science education published from 2010 to 2020. There are several previous literature review studies that analyzed the engineering design process in science education. However, we have not found any that investigates projects, discussed topics, as well as the benefits of the implementation of the engineering design process in science education. The research method used was a systematic literature review. This study analyzed the characteristics of the content based on year of publication, type of publications, countries that implement it, research approach, educational stage, and science content. The findings show that the projects used in the implementation of the engineering design processes in science education varied according to the discussed topics. The benefits of the implementation of the engineering design process in science education include cognitive benefits, procedural (skills) benefits, attitudinal benefits, and a combination of the three benefits.

This study explores the perceptions of primary school teachers of online learning in a program developed in Indonesia called School from Home during the COVID-19 Pandemic. Data were collected through surveys and semi-structured interviews with 67 class teachers in primary schools. Data analysis used thematic analysis of qualitative data. The analysis results found four main themes, namely, instructional strategies, challenges, support, and motivation of teachers. This research contributes to the literature of online collaborative learning between teachers, parents, and schools that impact student success. Broadly, the success of online learning in Indonesia during the COVID-19 Pandemic was determined by the readiness of technology in line with the national humanist curriculum, support and collaboration from all stakeholders, including government, schools, teachers, parents and the community.

This research aimed at analyzing student misconceptions about Newton's Laws through Four-Tier Newtonian Test (FTNT). The research involved 30 students (15 boys and 15 girls, whose ages were middling of 16 years-old) at one of Senior High School in Bandung, Indonesia. The data were analyzed through mixed methods. Based on the quantitative analysis, the highest percentage of student misconceptions through four-tier test was 66% and through two-tier test was 100%. According to qualitative analysis, it was found student misconceptions about Newton's Laws. From the research, it can be concluded that FTNT can be used in analyzing student misconceptions on Newton's Laws concepts and more effective than using the two-tier test. Teachers or researchers can expand the concepts of Newton's Laws that are used in designing diagnostic test and developed for other physics concepts.

The Industrial Revolution 4.0 necessitates the integration of digital technology into education, which emphasizes the importance of Technological Pedagogical Content Knowledge [TPACK] for teachers. This research presents information related to trend analysis, which focuses on TPACK studies in science learning. Nevertheless, it also provides information on writer productivity based on Lotka Law and journal distribution patterns based on Bradford's Law, which has yet to be discussed in previous articles. This study uses bibliometric analysis to examine the research trends of TPACK in science education from 2013 to 2023, using data from Scopus and tools such as bibliometric packages R and VosViewer. Findings indicate a growing interest in TPACK, with increasing annual publications, significant contributions from authors such as Namdar and Huwer, and high-impact journals such as the Journal of Research in Science Teaching. In addition, this article presents the author's productivity based on Lotka's Law. Key themes include integrating technology in teaching practices and the role of TPACK in improving science education. This analysis highlights influential articles and authors, offers insights into the evolution and impact of TPACK research, and guides future studies in this critical area of education. [ABSTRACT FROM AUTHOR]

The development of strong cognitive abilities through education and training is an important aspect of achieving the various SDG targets. In science learning, cognitive psychology is often ignored even though it contributes to learning. This research aims to conduct a needs analysis through a preliminary study related to students’ mental models in visualization. Qualitative descriptive was used in this study by describing in detail the answers in the form of graphs interpreted by students on the given question sheet. A total of ten questions were given with three sub-materials of straight motion. The results of this study present that students’ mental model instantiation is classified as very poor because it is dominated by the initial category for the three sub-matters, respectively 49% (sub-1), 84% (sub-2), and 94% (sub-3). This states that the category of students’ mental models reflects incomplete and unscientific depictions and there are even blank answers. Therefore, further research is needed to evaluate and improve students’ mental models to support sustainable education.

A bibliometric analysis maps thinking skills to support Education for Sustainable Development (ESD) in the last 6 years. The Scopus database was used to analyze 398 documents out of 762 documents. An important finding is that research on this topic generally increases in publication every year. Articles on this topic are mostly published by Scopus-indexed journals with quartile 1 (Q1). Similarly, the author with the most citations comes from articles published in Q1. The US became the most productive country on this topic. Several universities in Indonesia are included in the top 10 that research a lot on this topic. Found 5 clusters of visualization results, several thinking skills strengthen the realization of ESD, including critical thinking skills, problem-solving, design thinking, decision-making, systems thinking, creativity, and computational thinking. Some important findings were also obtained that can be used to conduct subsequent research.

Difficulties in understanding physics concepts are often experienced by students such as in the material of regular uniform motion. This study aims to describe the mental models of first-year secondary school students on regular straight-line motion. This research utilized a case study method of 167 students at the secondary level with an average age of 16-17 years. The mental model test has been utilized form of essay questions The mental model test has been utilized form of essay questions with two sub-materials on the regular uniform motion. The data were analyzed referring to the descriptive mental model assessment rubric in the related literature. The rubric maps the level of student understanding which is then categorized into scientific, synthetic, and initial mental model categories. The results stated that students' mental models were dominated in the initial category with respective percentages for both sub-categories of 60 and 90%. In addition, there are still terms of understanding that cannot be distinguished by students so it becomes one of the causes of their unscientific mental models. Based on these results, it is suggested that for further research, alternative teaching materials are needed that can have an impact on improving students' mental models. [ABSTRACT FROM AUTHOR]

Related research on critical and reflective thinking skills has been interesting and conducted by many researchers, but they are still carried out separately. This study aims to determine the perception of prospective teachers towards critical and reflective thinking skills in modern physics lectures. This research includes quantitative research using the crosssectional survey method. Ninety-seven prospective teachers participated in the study, with details of 15 men and 82 women with an age range of 19-21 years. Questionnaire critical and reflective thinking skills are used as instruments for collecting data. Each of them is a 20-item critical thinking skills questionnaire and 24 items of reflective thinking skills questionnaire. The collected data was analyzed using winsteps software version 4.6.1. which includes descriptive, individual conformity, gender, and bubble chart. The results of detailed data analysis show that for critical thinking skills, 17% of prospective teachers perceive low, 68% of prospective teachers perceive moderate, and 15% of prospective teachers perceive high. As for reflective thinking ability, 11% of prospective teachers perceive low, 78% of prospective teachers perceive moderate, and 11% of prospective teachers perceive high. However, there are many misfit persons, 66% for critical thinking skills and 67% for reflective thinking skills. This means prospective teachers do not have strong perception beliefs in both thinking skills. Therefore, it needs to be strengthened through treatment, training, or workshops to further train both skills. [ABSTRACT FROM AUTHOR]

This paper explores information related to misconceptions and conceptual change during the last thirty years 1992-2022 to be used as a preliminary study in science education. This study used bibliometric analysis with the help of the Scopus database. This paper used a bibliometric analysis study with the Scopus database and the help of MS Excel, VosViewer, and Rpackage software to visualize the data obtained. The results of this research found that Indonesian researchers have contributed the most in terms of the number of documents published in Australia and the United States. Additionally, research on these two topics has decreased since 2019 due to the Covid-19 pandemic. In addition, these findings present trends in the areas of misconceptions and conceptual change that can be used as baseline data for future research. Studies related to misconceptions will continue to develop because they cannot be separated from the inside of education, whether at any level of elementary school, middle school, or college. This is an opportunity that must be taken advantage of by institutions and policies in an effort to improve and create quality of education, teacher resources, and students. [ABSTRACT FROM AUTHOR]

This study aims to identify research trends in the development of theories and research applications of Newton's law from 2017 to 2023. The method used is a systematic literature review SLR using the PRISMA Framework, which includes four steps: identification, screening, eligibility, and inclusion. The keyword used for the search is "Newton Law", and the article search is done in the databases Scopus, Springer, Emerald, and IEEE. From the search results, 26,494 articles were obtained, Through the screening, eligibility, and inclusion process, 13 articles met the criteria. The results and discussion show that Newton's Law theory still plays a key role in understanding physics. The scientific debate remains relevant, and applications of Newton's Law can be found in fluid physics, quantum physics, cosmology, and mathematics. [ABSTRACT FROM AUTHOR]

Critical thinking skills are very important for pre-service teachers to train. Therefore, it is important to analyze their pattern for pre-service physics teachers. This empirical research uses a quantitative approach. Data collection was measured using critical thinking skills tests. The indicators studied, include elementary clarification, basic support, inference, advanced clarification, and strategy and tactics. This instrument is in multiple-choice form with five answer options. One hundred pre-service physics teachers participated in this research. The data analysis were done using K-means clustering. The results of this research show that there are five groups of critical thinking skill mindsets for pre-service physics teachers. In addition, it was found that the pattern of critical thinking skills of pre-service physics teachers among students was in the elementary clarification (47.50) indicator in the very-low category, basic support (50.50) in the low category, inference (60.99) in the fair category, advanced clarification (43.00) with the very-low category, and strategy and tactics (52.50) with the low category. These results indicate that the pattern of critical thinking skills of pre-service physics teachers needs to receive more attention to be improved in the future. [ABSTRACT FROM AUTHOR]