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Science education in elementary schools requires the active involvement of students through meaningful learning experiences. One of the essential subjects in fourth grade elementary school is the growth and development of animals and plants. However, science education is still often conducted conventionally, so that students' scientific process skills have not developed optimally. This study aims to analyze and describe the application of the Project-Based Learning (PjBL) model in science learning projects on the growth and development of animals and plants with the support of Seesaw and Flashcard Quizlet digital media through a Systematic Literature Review (SLR) approach. The research method used SLR with a descriptive qualitative approach to relevant scientific articles published between 2019 and 2025. The results of the study show that the application of PjBL can increase student learning activity, scientific process skills, and understanding of science concepts. The use of Seesaw was effective as a medium for project documentation and reflection, while Flashcard Quizlet helped reinforce concepts and formative evaluation. Thus, the integration of PjBL, Seesaw, and Quizlet can be an innovative learning alternative that is relevant to the Merdeka Curriculum and the needs of elementary school students.

Science learning in elementary schools, especially regarding the material on changes in the state of matter, requires media that can present concepts in a concrete and interesting way so So that it is easy for students to understand. This research aims to develop a science learning medium about changes in the states of matter through BrainPOP animated videos equipped with interactive questions for fourth-grade elementary school students, and to evaluate the level of feasibility and studentThis research focuses on students’ feedback toward the developed learning media. It adopts a The research and development (R&D) methodology based on the ADDIE model includes steps such as needs analysis, instructional design, product development, implementation, and evaluation. The students involved in the research were in fourth grade  elementary school students, fourth-grade teachers, and validators from material experts and media experts. The process of data collection involved multiple methods such as direct observation, in-depth interviews, and the distribution of questionnaires obtained were analyzed using quantitative and qualitative descriptive techniques. The results of the study indicate that the developed learning media is classified as very feasible based on validation provided by material experts and media experts. In addition, the results of limited trials indicate that students gave a very positive response to the use of these learning media. Therefore, science learning media based on BrainPOP animated videos and interactive questions can be considered a feasible alternative to increase the interest and understanding of fourth-grade elementary school students.

The development of information technology requires innovative learning media to improve the quality of instruction in elementary schools. One technology-based learning medium that can be utilized is Kahoot as an interactive quiz. This study aims to describe the implementation of Kahoot in science learning on the topic of plant structure and functions and its effects on students’ conceptual understanding, learning activeness, and motivation in fourth-grade elementary school students. This research employed a descriptive approach with data collection techniques including observation, learning outcome tests, and documentation. The results indicate that the use of Kahoot creates a more interactive and engaging learning environment, increases students’ active participation, and enhances their understanding of plant structure and function concepts. In addition, Kahoot is effective as an evaluation tool because it provides immediate feedback and presents learning outcomes quickly and systematically. However, the use of Kahoot also has limitations, particularly its dependence on the availability of digital devices and stable internet access. Therefore, Kahoot can be used as an innovative alternative learning medium, provided that school conditions are considered and it is combined with other learning methods to optimize science learning.

In the learning process, educators often face challenges in helping students achieve optimal learning outcomes. One of the contributing factors is the dominance of teacher-centered learning models, which frequently leads to low student engagement and reduced motivation. This condition affects students’ curiosity, particularly in Science learning, which requires active participation and exploration. Therefore, innovative teaching materials are needed to encourage student involvement while simultaneously stimulating their curiosity. One alternative that can be utilized is the Student Worksheet (Lembar Kerja Peserta Didik/LKPD), which can be designed systematically and contextually to support active learning. This study aims to determine the effectiveness of using LKPD in enhancing students’ curiosity in Grade VII Science learning at SMPN 1 Sanrobone. The research employed a Classroom Action Research (CAR) approach carried out in two cycles, each consisting of planning, implementation, observation, and reflection stages. The findings indicate a significant increase in students’ curiosity after the implementation of LKPD, as shown by improvements in questioning behavior, interest in the material, and the ability to observe and explore scientific phenomena. Based on these results, it can be concluded that the use of LKPD is effective in fostering students’ curiosity and contributes to a more interactive and meaningful Science learning experience.

Analysis Of Student Learning Outcomes In The Implementation Of The Merdeka Currikulum In IPAS Learning For Grade IV Students At SDK Manumuti” aims to examine: (1) The Learning Planning in grade IV SDK Manumuti using teaching tools provided by the ministry of education and culture; (2) The Implementation of IPAS learning in grade IV based on the merdeka curriculum at SDK Manumuti; and (3) The Evaluation of IPAS learning in grade IV using the merdeka curriculum. This study employed field research with a qualitative approach. Data were collected through observation, interviews, and dokumentation, using both primary and secondary data sources. Data analysis techniques included data reduction, data display, and conclusion drawing. The findings show that: (1) Lesson Planning in grade IV SDK Manumuti has been carried out using the teaching materials provided by the ministry of education and culture; (2) The Implementation of IPAS learning is conducted properly in accordance with the designed teaching modules, consisting of initial activities, core activities, and closing activities; and (3) The Evaluation of learning in Grade IV SDK Manumuti refers to assessments provited by the ministry of education and culture, using formative assessments in each lesson. However, not all assessment have been implemented, particulary the diagnostic assessment which assesessment which has not yet been applied in every leasson.

Science learning in elementary schools plays a vital role in fostering scientific thinking, curiosity, and critical thinking skills from an early age. However, classroom practices are still dominated by conventional methods that make students passive and less motivated, which affects their understanding of abstract concepts such as the states of matter and their changes. This study aims to describe the effectiveness of using Canva as an interactive learning medium to enhance the motivation and learning outcomes of fourth-grade elementary school students on the topic of states of matter and their changes. The research employs a qualitative descriptive method through literature review and theoretical experimentation. The study involved reviewing various scientific sources and conducting a simulated Canva-based learning activity that visualized changes in the states of matter through images, animations, and simple classroom experiments. The findings reveal that using Canva encourages active student participation, clarifies abstract science concepts, and creates an engaging learning experience. Canva has proven to be an effective and innovative medium that supports the principles of the Merdeka Curriculum, emphasizing creativity, collaboration, and independent learning.

This study aims to analyze the influence of the Problem Based Learning (PBL) model in science education on students’ environmental literacy and science communication skills at SMK Negeri 3 Pekanbaru, focusing on the topic of disaster mitigation. The research employed a causal comparative approach with a post-test only design, comparing two student groups: an experimental class using the PBL model and a control class using conventional teaching. The results revealed a significant difference in environmental literacy, with the experimental class achieving a higher average score (81.86) compared to the control class (62.05). This indicates that the PBL model is effective in enhancing students' understanding, awareness, and environmentally responsible behavior. The PBL approach encourages active student engagement and the application of knowledge to real-world scenarios, which is particularly beneficial in the context of environmental issues and disaster mitigation. By working through problems related to environmental challenges, students are likely to gain a deeper understanding of the topic, which fosters a sense of responsibility towards environmental sustainability. In terms of science communication, although the experimental class showed a higher average score (75.78) than the control class (72.92), the difference was not statistically significant. This may be due to a lack of intensive training in scientific discussions and presentations. While PBL encourages collaborative problem-solving and idea-sharing, students may still require more structured practice in presenting and communicating their findings clearly and persuasively. The integration of more structured activities focusing on science communication skills could further enhance the effectiveness of the PBL model. Overall, the PBL model demonstrates positive potential in improving both environmental literacy and science communication. However, to achieve its full impact, its implementation must be consistent, with a focus on providing students with additional opportunities to develop their communication skills.

This study aims to assess the impact of using Talking Stick game as a learning media on students' learning outcomes and scientific communication skills in science lessons. This study was conducted using the Systematic Literature Review (SLR) method, by analyzing various relevant previous studies from elementary to secondary education levels. The research findings indicate that the Talking Stick learning technique can significantly improve student learning outcomes. This model has also been proven effective in improving science communication skills, conceptual understanding, active participation, and students' courage to express opinions during the learning process. The Talking Stick method emphasizes collaboration and involvement between students in a fun and interesting atmosphere. The use of various supporting media, such as question cards, posters, audio visuals, and student worksheets (LKS), increases the effectiveness of this method. The use of alternating sticks in question and answer sessions encourages students to be more confident and actively involved in the learning process. This also provides benefits for the development of students' critical thinking skills and emotional skills, which are very much in line with the needs of learning in the 21st century. The findings of this Talking Stick model research are recommended as an innovative strategy in science learning. Teachers are advised to combine it with interesting learning media to make the learning process more meaningful and enjoyable. tested the effectiveness of this method in various educational conditions. Furthermore, consistent application of the Talking Stick method can create an inclusive learning environment that is responsive to individual student needs. In the context of science learning, which often demands understanding of abstract concepts and problem-solving, this method can bridge the gap between theory and practice through active and reflective interaction.

This study aims to examine in depth the effectiveness of the application of the Children Learning in Science (CLIS) learning model in the Natural Science (Science) learning process. The background of this study stems from the problem of low active student participation in class, which is largely caused by difficulties in understanding abstract science concepts. The CLIS model offers a learning approach that emphasizes active student involvement through a series of systematic learning stages. The method used is a literature review with a qualitative descriptive approach. Analysis was conducted on 25 articles from national and international publications. Each article was reviewed based on relevance, research methods, main findings, and the suitability of CLIS application in various science learning contexts. The results of the study indicate that CLIS has proven effective in improving students' understanding of science concepts, developing science process skills such as observation, classification, measurement, and hypothesis testing, and encouraging active student participation during the learning process. In addition, this model is also able to improve critical thinking skills through exploration activities, experiments, group discussions, and reflection on learning outcomes. The CLIS stages, which include exploring students' prior knowledge, introducing new concepts through experiments, strengthening understanding through discussions, and strengthening concepts through reflection, enable students to construct knowledge independently and meaningfully. Based on these findings, CLIS is considered relevant and can be an effective alternative learning model to improve the quality of science learning at various levels of education.

This research aims to investigate the effectiveness of utilizing Augmented Reality (AR) technology in Science and Social Studies (IPAS) learning, specifically focusing on local wisdom material, to enhance the learning interest of fourth-grade students at SD 4 Srobyong. Conventional teaching methods often face challenges in fostering student enthusiasm for abstract or culturally specific material. AR, with its ability to integrate the real world with virtual elements interactively, offers significant potential to overcome these problems. The subjects of this study were fourth-grade students at SD 4 Srobyong. Data were collected through observation, a learning interest questionnaire, and interviews. The results indicate that the implementation of AR in IPAS learning, particularly for local wisdom topics, creates a more immersive and engaging learning experience, which significantly correlates with an increase in students' learning interest. It was found that students participated more actively in learning activities, demonstrated higher curiosity, and had a better understanding of concepts related to their local heritage.

The purpose of this study was to investigate how integrated thematic science teaching can help elementary school students become more aware of and care for the environment. Descriptive qualitative methodology was used, and data were collected through documentation, interviews, and observations. The research findings show how science teaching combined with environmental themes can improve students' conceptual knowledge and foster an environmentally conscious mindset. In addition to understanding environmental issues, students also showed behavioral changes by keeping the school clean, saving water, and encouraging their friends to be responsible for the environment. Active student participation, instructor inventiveness, and school program support are elements that contribute to the success of learning. Meanwhile, time constraints and differences in students' ability levels are the main challenges. As a contextualized character education approach in elementary school, integrated thematic science learning has proven to be successful in shaping the character of environmental stewardship.

This article aims to understand the concept of energy sources from an early age in order to increase their awareness of energy use and conservation. However, science learning in elementary schools (SD) often faces problems in delivering complex and abstract materials. This study investigates various innovations in science learning, especially those related to energy sources. In this study, we review the literature on various creative methods for learning, including the use of game media, blended learning, and interactive game tools. The results show that the implementation of these innovations can improve students' desire to learn and their learning outcomes. Therefore, science learning at the elementary level can be assisted by the integration of technology and appropriate learning approaches.

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 study aims to determine the increase in students' knowledge through learning based on analytical and innovative models in understanding light material. The method used in this study is the analytical research method. This study is a classroom action research conducted on fifth grade elementary school students. The research sample consisted of 13 students. Data collection was carried out through written test techniques given to students before and after the application of the learning model. The data obtained were analyzed using techniques to see the analysis of the increase in students' understanding of light material. The results of the data analysis showed that there were still many students who did not understand the concept of light well, especially in terms of the properties of light and its application in everyday life. Therefore, it is necessary to apply more interactive and innovative learning methods so that students can more easily understand the material. This study recommends the use of more varied learning strategies to optimally improve student understanding.

The issue faced in current learning is that it is still teacher-centered, which leads to low student interest and motivation in learning. Additionally, students' attention during lessons is lacking, and they tend to get bored, resulting in poor learning outcomes. This study aims to examine the application of the Guided Inquiry learning model assisted by the Google Lens application to improve the science learning outcomes of seventh-grade students at SMP PGRI POOPO. The subjects of this study were 39 seventh-grade students in the second semester of the 2023/2024 academic year. This research utilized a classroom action research method in two cycles, each consisting of planning, implementation, observation, and reflection stages. The results of the study showed a significant improvement in student learning achievement. The classical completeness percentage in Cycle I was 52.63%, while in Cycle II, it increased to 84.21%. Based on these findings, it can be concluded that implementing the Guided Inquiry learning model supported by the Google Lens application can improve science learning outcomes for seventh-grade students at SMP PGRI POOPO. This model is expected to make students more active, interested, and motivated in learning, leading to better learning outcomes.

This article provides an explanation of how interactive learning can improve students’learning request in class XII SMAN 9 Pekanbaru. Interactive learning in it’s application allows students to participate in learning, actively ask questions, raise students’curiosity and enthusiasm in focusing on learning materials. These things are an indicator that can be seen that with the existence of interactive learning can increase their willingness to learn, student interest in learning. This article presents the implementation of learning by using interactive media properly and correctly, along with examples of interactive learning that can be utilised by teachers in teaching and learning activities. All data obtained in this article is based on the result of observations and interviews conducted at SMAN 9 Pekanbaru. It is hoped that this interactive learning can foster a sense of students interest in learning and also satisfactory cognitive learning outcomes.

The aim of this research is to explore the effectiveness of using Augmented Reality (AR) technology as an innovative medium in learning Natural and Social Sciences (IPAS) to increase elementary school students' awareness and understanding of preserving natural resources. This research uses a quasi-experimental research method with a pretest-posttest control group design. The research subjects were fifth grade students at an elementary school in Indonesia, who were divided into an experimental group that used AR media and a control group that used conventional learning media. The research results show that the use of AR media significantly increases students' understanding of the concept of preserving natural resources compared to traditional learning methods. In addition, students in the experimental group showed higher levels of learning motivation as well as active participation in class discussions. The implication of this research is that AR technology can be an effective and interesting learning tool in teaching complex environmental topics. The use of AR not only helps students understand concepts visually and interactively, but also motivates them to be more actively involved in efforts to conserve natural resources. The results of this research provide a basis for the development of technology-based learning media that can be applied in various educational contexts, especially to support sustainable education at the elementary school level.

Research with the title Critical Thinking Ability of Class V Students in Social Science Learning at SD 2 BATUR. (Magdalena et al., 2021) This research aims to: Determine the critical thinking abilities of fifth grade students in learning science and science, identify factors that influence students' critical thinking abilities. and factors that influence the critical thinking abilities of class V students in science and science learning at SDN 2. This research will use a qualitative descriptive method. The subjects of this research are fifth grade students at SD 2 BATUR who are divided into three categories: High critical thinking ability, (Ilham & Hardiyanti, 2020) Medium critical thinking ability, Low critical thinking ability. Apart from these 3 categories, this research also uses Data collection techniques include observation, tests and interviews. The results of the research are 3 categories, including students with high critical thinking ability categories who can fulfill all critical thinking indicators. Students with moderate critical thinking ability categories are able to meet three indicators. Students with low critical thinking ability categories are only able to meet two indicators. This is also due to several factors that influence students' critical thinking ability, namely as follows: internal factors such as physical condition, anxiety, motivation, interaction and intellectual development and external factors related to outside individual in the form of a social environment.

Pengembangan keterampilan abad ke-21 dalam pembelajaran, diharapkan mampu menciptakan sumber daya manusia yang lebih berkualitas dan mampu mempunyai keterampilan untuk hidup dengan berbagai peluang dan tantangan yang akan dihadapi di era kemajuan teknologi dan informasi.  Pembelajaran IPA SD dengan integrasi potensi lokal Purworejo dilakukan untuk meningkatkan kompetensi 4C. Penelitian ini merupakan penelitian deskriptif yang bertujuan mendeskripsikan potensi lokal Kabupaten Purworejo dan mengintegrasikan potensi tersebut ke dalam kompetensi dasar muatan IPA SD sehingga mampu meningkatkan kompetensi 4C siswa guna menghadapai kehidupan abad ke-21. Adapun instrumen yang digunakan berupa angket penilaian buku terhadap kesesuaian potensi lokal Purworejo terhadap Kompetensi Dasar IPA SD serta analisis Kompetensi 4C dalam meningkatkan keterampilan siswa. Penelitian ini menggunakan metode pengumpulan data skunder dengan studi literatur atau studi kepustakaan melalui metode tinjauan pustaka yang dilakukan dengan pengumpulan buku-buku, bahan-bahan tertulis serta referensi-referensi yang relevan dengan penelitian yang dilakukan. Hasil penelitian menunjukkan bahwa integrasi potensi lokal Purworejo ke dalam muatan IPA SD kelas 4,5, dan 6 dapat meningkatkan kompetensi 4C dalam diri siswa.