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This study aims to comprehensively examine the effectiveness of digital learning media in enhancing students' motivation in the subject of Natural and Social Sciences (IPAS) at the elementary school level. Utilizing a qualitative approach based on a literature review, this study analyzes various academic references regarding the use of digital technology in the learning process. The findings indicate that digital media, such as educational videos, interactive simulations, and technology-based applications, significantly contribute to increasing student engagement and learning enthusiasm. The success of digital media in education is supported by several key factors, including active student participation, real-time feedback, and the presentation of materials that are more dynamic, diverse, and responsive to individual student needs. Moreover, digital learning approaches allow for a more flexible, engaging learning process that adapts to students’ learning styles. Thus, based on the conducted analysis, it can be concluded that integrating digital technology into IPAS instruction holds great potential as an innovative pedagogical strategy.    

This research discusses interesting Natural Sciences (IPA) learning strategies for elementary school students in the digital era. With the development of technology, the use of digital media such as animated videos, learning applications, and 3D simulations has become an effective solution in improving students' understanding of science concepts. The research method used is a literature study by analyzing various literature related to the application of technology in science learning. The results of the study show that the integration of digital media can increase students' learning motivation as well as learning effectiveness. However, challenges such as limited infrastructure and teacher readiness are still obstacles in its implementation. Therefore, training for educators and facility support is needed so that the use of digital technology in science learning can run optimally.

This study aims to analyze the application of the Problem-Based Learning (PBL) learning model in improving students' cognitive learning outcomes in science learning, especially in the material on the structure and function of plant tissues. The research was conducted at SMP Negeri 4 Satap Wori, with the research subjects in the form of 21 grade VIII students who had heterogeneous learning abilities. This study uses a class action research (PTK) approach in two cycles. In the first cycle, student learning outcomes showed that only 38.1% of students had completed, while 61.9% had not reached the Minimum Completeness Criteria (KKM). Based on the reflection of the first cycle, improvements were made in the second cycle by increasing student involvement, providing more motivation, and forming heterogeneous learning groups. The results in the second cycle showed a significant increase, with 85.7% of students achieving learning completeness in accordance with the KKM. The increase in learning completeness from the first cycle to the second cycle was 47.6%. This study concludes that the PBL model effectively improves students' critical thinking skills, creativity, and motivation and can help students solve problems independently and in groups. Therefore, applying the PBL model is recommended to continue to be used in learning that involves real-world problem-solving.

This study aims to determine the impact of the use of textbooks on the learning interests of grade IV students of SDN 01 Gunung Tuleh in the subject of Natural and Social Sciences (IPAS). This study uses a qualitative method with data collection techniques through observation and interviews. The results of the study indicate that most students are less interested in learning IPAS whose main learning sources come from printed books. Several factors that cause low student learning interest include the lack of variation in teaching methods used by teachers and the lack of relevance of the material to students' daily lives. Based on these findings, it is recommended that teachers use more varied, interactive, and innovative teaching materials, as well as materials related to students' daily experiences to increase their involvement and motivation in learning IPAS. With a more interesting and relevant approach, it is hoped that students' interest in learning IPAS can increase significantly.

This study analyzes the management of facilities and infrastructure at SMP Negeri 35 Medan in an effort to improve education quality. The research employs a qualitative descriptive approach, with data collected through observations and interviews conducted at the school. Observations focus on assessing the condition of classrooms, laboratories, libraries, and supporting infrastructure, while interviews with key informants, including a science teacher and the vice principal for facilities, provide deeper insights into the management and challenges of school infrastructure. The findings indicate that although the school meets the minimum facility standards as stipulated in Government Regulation No. 19 of 2005, several challenges remain, including budget constraints, lack of facility maintenance by students, and limited human resources. To optimize facility usage, the school needs to implement strategies such as regular maintenance, budget optimization through external collaborations, enhancement of the digital inventory system, and strengthening Standard Operating Procedures (SOPs). Additionally, integrating technology in learning and increasing student awareness of facility maintenance are crucial solutions. By implementing these recommendations, facility and infrastructure management is expected to become more effective, creating a more comfortable and supportive learning environment for both students and educators.

This quantitative research investigates the influence of Family Economics, Learning Facilities, and Student Guardians on the Science Learning Attitudes of fourth-grade students at SDN Barombong. Using a saturated sampling method, the study involved 85 students from three classes. Data were collected through questionnaires and analyzed using multiple regression, t-tests, and F-tests via SPSS 26. The results show that Family Economics, Learning Facilities, and Student Guardians each have a positive and significant effect on students’ science learning attitudes. Collectively, these variables significantly influence learning attitudes, with Family Economics emerging as the most dominant factor. The findings highlight the critical role of socio-economic and educational support factors in shaping student attitudes toward science learning in primary education.

Science and technology have a big influence on teachers and students in the learning process. The use of digital-based learning media is also commonly used to support the learning process. The use of animated videos in learning is one of the uses of technology in the current era, animated video media provides enormous benefits in the process of delivering learning by teachers and student learning outcomes. In learning Indonesian, learning using animated videos greatly increases students' interest in carrying out learning. In this research the author uses a library study model, by analyzing several trusted articles. This research is suitable to be used because it does not only examine it from one point of view but from several valid points of view. The aim of this study is to find out how effective the use of animated videos is on students' listening skills.

Science and technology have a big influence on teachers and students in the learning process. The use of digital-based learning media is also commonly used to support the learning process. The use of animated videos in learning is one of the uses of technology in the current era, animated video media provides enormous benefits in the process of delivering learning by teachers and student learning outcomes. In learning Indonesian, learning using animated videos greatly increases students' interest in carrying out learning. In this research the author uses a library study model, by analyzing several trusted articles. This research is suitable to be used because it does not only examine it from one point of view but from several valid points of view. The aim of this study is to find out how effective the use of animated videos is on students' listening skills.

In the elementary school curriculum that combines science and social studies learning into a single unit, namely science, differentiated learning is expected to be able to increase student understanding and support the improvement of learning outcomes because it adjusts the learning process according to the needs, interests, and individual potentials of students. This article aims to examine the effectiveness of differentiated learning in social studies learning through a literature review of various studies conducted between 2020 and 2025. This study reveals that the application of differentiated learning can improve the cognitive understanding, activeness, and analytical thinking skills of students in social studies learning.

This study aims to analyze the teaching and learning process of Natural Sciences (IPA) on the topic of the universe in Class VI at SD Negeri 101866 Batang Kuis, Pekan. The study employs a qualitative descriptive method, utilizing data collection techniques such as observation, interviews, and documentation. The results show that the learning process adheres to the applicable curriculum, yet some abstract concepts in the universe material remain challenging for students to grasp. The teacher plays an active role in facilitating student understanding by employing a variety of teaching methods, including lectures, discussions, and demonstrations. However, the study reveals that these methods, while effective, may not fully engage students in the learning process. It is suggested that more innovative and student-centered strategies are necessary to foster greater student involvement and understanding. Additionally, the research indicates that the use of technology-based learning media could significantly enhance the students' learning experience by making abstract concepts more tangible. Furthermore, adopting a contextual learning approach, where students can connect the material to real-life situations, is recommended to increase student comprehension and retention. This study emphasizes the importance of adapting teaching methods to the evolving needs of students and integrating modern educational tools to make learning more interactive and meaningful. Ultimately, the study suggests that incorporating these strategies will improve the overall effectiveness of teaching Natural Sciences in elementary school classrooms.

This research aims to analyze and develop students' science process skills, particularly in the use of measuring instruments, and their influence on understanding the concepts of quantities and units in physics. This research is motivated by the importance of mastering skills in using measuring instruments in physics learning, as well as the need for innovative teaching materials to improve students' understanding of fundamental concepts. This study employs a mixed-methods approach, combining both quantitative and qualitative methods. The quantitative approach is used to analyze data on students' skills in using measuring instruments and their understanding of concepts through tests. Meanwhile, the qualitative approach is employed to analyze data from observations and interviews with students and teachers regarding the effectiveness of using guided inquiry-based interactive multimedia teaching materials. The interactive multimedia teaching materials developed in this research are designed to facilitate learning about measuring instruments and measurement using a guided inquiry approach. A behavioristic approach is also considered in the development of these teaching materials to ensure students receive appropriate reinforcement throughout the learning process. Through this research, it is hoped that effective ways to develop students' science process skills and enhance their understanding of measuring instruments and measurement concepts in physics will be discovered, ultimately improving physics learning outcomes as a whole.

Elementary School Students' Misconceptions about Science Concepts: Case Study in Grade VI of SDN 024755 This study aims to identify and analyze the misconceptions held by sixth-grade students at SDN 024755 regarding basic science concepts. The research method used is a case study with a qualitative approach. Data were collected through interviews, observations, and diagnostic tests specifically designed to reveal students' misconceptions. The results show that most students struggle with understanding certain science concepts, such as the water cycle, photosynthesis, and gravity. The misconceptions found include incorrect understandings of the processes of evaporation and condensation, the role of chlorophyll in photosynthesis, and the concepts of force and motion. These findings highlight the need for more effective teaching approaches in introducing and reinforcing science concepts at the elementary school level. Recommendations from this study include developing more interactive and contextual learning strategies to address students' misconceptions, as well as improving the quality of teacher training in science education.

The purpose of this study was to develop a picture story book as a picture story book in science learning to improve the learning outcomes of grade IV students of SDN 04 Tente. The type of research used was R & D using the ADDIE development model including analysis, design, development, implementation, and evaluation activities. The results of the study showed that the results of the book development that was made could be used as a learning resource in thematic learning were declared valid. This can be seen from the results of expert validation consisting of media validation, language validation, and expert validation of learning. The picture story book as a learning resource in thematic learning obtained a value of 84.66% with a very feasible category. The picture story book as a learning resource in thematic learning was declared practical. The results of the questionnaire analysis filled out by 22 respondents/students with an average value of 97.36% in the very practical category. Meanwhile, the effectiveness of picture story books can be seen from the results of the t-test calculation that tℎ

The purpose of this study was to develop a picture story book as a picture story book in science learning to improve the learning outcomes of grade IV students of SDN 04 Tente. The type of research used was R & D using the ADDIE development model including analysis, design, development, implementation, and evaluation activities. The results of the study showed that the results of the book development that was made could be used as a learning resource in thematic learning were declared valid. This can be seen from the results of expert validation consisting of media validation, language validation, and expert validation of learning. The picture story book as a learning resource in thematic learning obtained a value of 84.66% with a very feasible category. The picture story book as a learning resource in thematic learning was declared practical. The results of the questionnaire analysis filled out by 22 respondents/students with an average value of 97.36% in the very practical category. Meanwhile, the effectiveness of picture story books can be seen from the results of the t-test calculation that tℎ

The purpose of this study was to evaluate how effective magnet and natural environment learning is with a contextual approach by providing examples from the daily lives of grade IV-A students at SD MIS AL-QUBA. To collect data, this study used a quantitative approach that used observation, interviews, and test questions. The results showed that the use of real examples from everyday life, such as the use of magnets in household items and how ecosystems interact with each other, can improve students' understanding of science concepts. Direct experience-based learning strategies can also increase student engagement and interest in lessons. Therefore, magnet learning in the natural environment and a contextual approach can help students better understand science concepts in elementary school.

Teachers in education play a significant role in the quality of classroom learning. Although teachers are not the only factor influencing educational success, they are an essential component of the overall educational process. This study aims to assist teachers in improving basic literacy and STEAM (Science, Technology, Engineering, Art, and Mathematics) skills in early childhood education at the RA Al-Mahir Foundation. The research seeks to explore the improvement of basic literacy and STEAM in early childhood learning, the stages and implementation of these improvements, and the challenges teachers face in enhancing literacy and STEAM at the foundation. The subjects of this study were classroom teachers and school principals. This research adopts a descriptive qualitative approach, collecting data through observation, interviews, and documentation. The results show that there are two key aspects: first, teacher performance in improving basic literacy and STEAM at the RA Al-Mahir Foundation has been excellent, particularly through the use of methods like reading, singing, and experimental play. Second, the activities aimed at improving literacy and STEAM have been effective and well implemented. The learning process at the RA Al-Mahir Foundation is running smoothly, with teachers successfully increasing children's interest in literacy and STEAM. This includes improved reading interest, focus during reading and experimental activities, politeness in the learning process, and good behavior, all contributing to a positive learning environment.

This study aims to analyze the effectiveness of the guided inquiry learning model on student learning outcomes in the science and natural sciences material on differences in characteristics between spaces. The research method used is a literature study by collecting and analyzing various relevant academic sources. Data were collected from journals, books, and previous studies that discuss the guided inquiry learning model and its impact on student learning outcomes. The results of the literature study indicate that the guided inquiry learning model is effective, can improve students' understanding and learning outcomes compared to conventional learning models. This model allows students to be more active in exploring concepts, thinking critically, and developing problem-solving skills. Thus, the guided inquiry learning model can be an effective alternative in science and natural sciences learning to improve student learning outcomes

Being a teacher is a noble task because it has an important role in educating the nation and shaping the character of the new generation, because the micro teaching program is important to prepare students to become professional educators. This article aims to examine the Role of Field Supervisors in Increasing the Effectiveness of the Micro Teaching Program of the Faculty of Tarbiyah and Teacher Training, Al-Qur'an Science University, Wonosobo. The study was conducted using a qualitative descriptive method on 35 DPLs who guided 409 students in the micro teaching program. The results of the study indicate that DPLs have an important role in the effectiveness of the microteaching program by coordinating planning, implementation and reporting with the Committee, Faculty, and students, in order to ensure a significant impact for each party. In addition, student readiness and involvement appear as mediators in this relationship. These findings influence students and universities to try to enrich learning methods and strategies. Future studies can explore additional variables that further optimize the impact of multiple approaches and micro teaching on students' readiness to undergo the PPL program.

The study aims to develop and evaluate STEM PBL-based science learning media to enhance students' critical thinking and creativity. The objectives include describing, producing, and assessing the feasibility, validity, practicality, and effectiveness of these media for grade VII students. This Research and Development (R&D) study follows the 4D model: define, design, develop, and disseminate. The developed media take the form of a digital Flipbook accessible via smartphones and PCs. A limited trial involved 22 students and one educator, while a field test included 51 students from SMPN 1 Binongko, Wakatobi Regency, divided into experimental and control groups. Data were collected through tests, interviews, questionnaires, and validation sheets. Feasibility, validity, and practicality were analyzed descriptively, while effectiveness was evaluated using the N-Gain, MANOVA, and Cohen's effect size tests. The results indicate that the STEM PBL-based Flipbook presents real-life problems, their causes, and solutions, encouraging critical thinking and creativity. It meets validity and feasibility criteria as assessed by expert lecturers. Educators and students also rated it as highly practical for learning. Finally, the Flipbook was found to be effective in improving students' critical thinking and creativity, with a significance value of 0.000 < 0.05.

This study aims to identify the problems of learning methods of Natural and Social Sciences (IPAS) in grade IV students of SDN 060866. The results showed that conventional teacher-centered learning methods were still dominant, causing low student interest and learning outcomes. Most students have not reached the Minimum Completion Criteria (KKM) with a percentage of completeness of only 25%. Teachers face obstacles such as lack of student interest, a less conducive learning environment, and limitations in applying innovative learning methods. To overcome this, teachers plan to implement project-based learning methods that are more interactive and relevant to students' daily lives. This study concludes that more varied and student-centered learning strategies are needed to improve students' motivation and learning outcomes.