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The quality of classroom facilities and infrastructure plays an important role in creating an optimal learning environment. Adequate facilities can improve student comfort, motivation, and learning outcomes. This study uses a qualitative approach with a case study method to explore the condition of classrooms at MAN 2 Karawang. Data were collected through observation, interviews, and documentation to gain a deeper understanding of the existing facilities. The findings of the study indicate that lighting and ventilation in the classrooms are adequate, and supported by academic props that support the learning process. However, there are several obstacles, such as limited room cooling systems and bureaucratic obstacles in maintaining facilities. In addition, the management of facilities and infrastructure by the SARPRAS team has not been optimal due to budget constraints. Therefore, it is necessary to continuously improve and repair facilities to support a more effective and comfortable learning process for students.

This research is motivated by the results of initial observations in class II of SD IT Asy-Syifa' Bayung Lencir which experienced problems in the form of low student learning outcomes in mathematics subjects which also became the main motivation in this research, so that it is necessary to use learning tools or media that can increase student involvement and understanding of the material being taught. The purpose of the study was to describe the application of the concrete object teaching aid media learning method to improve the learning outcomes of class II students at the Asy-Syifa' Bayung Lencir Integrated Islamic Elementary School. The type of research is Classroom Action Research (CAR) with the aim of determining the increase in student learning outcomes by using concrete object learning media. The results of the study showed that the application of the concrete object teaching aid media learning method can improve the learning outcomes of class II students at the Asy-Syifa' Bayung Lencir Integrated Islamic Elementary School. The learning outcomes of class II students at the Asy-Syifa Bayung Lencir Integrated Islamic Elementary School in cycle I were 72.29 with a percentage of completion of 54.17%. These results are still below the completion standard, which is> 75% and the learning objectives have not been achieved. Furthermore, the average mathematics learning outcomes of grade II students at SD Islam Terpadu Asy-Syifa Bayung Lencir in cycle II were 79.79 with a completion percentage of 87.50%. These results are above the completion standard, which is > 75% and the learning objectives have been achieved.

Science learning in grade 6 of elementary school is often still fixated on conventional methods that emphasize lectures and individual understanding of concepts. Therefore, this study aims to improve science learning outcomes in grade 6 students of elementary school through the application of the jigsaw learning model. The research method used is the experimental method on simple props for rotational and revolutionary motion. Where the research subjects were grade 6 D students of Elementary School 104202 Bandar Setia and the time of this research was conducted on November 13-20, 2024. Data collected through giving test questions, questions, presenting experimental results along with student activity in groups. With these data, significant results were obtained, where before the jigsaw learning model was applied, the average class score was still relatively low (63.75) or there were still many students whose scores were below the KKM, after the jigsaw learning model was applied, the learning outcomes or average class scores increased, namely (81.25) and it can be said that the jigsaw learning model can improve science learning outcomes in grade 6 of Bandar Sertia Elementary School.

The learning process can proceed well if aided by the presence of teaching aids.Because the teaching aid for the electrical system of the motorcycle rear brake light was not available, this teaching aid was created.The purpose of this research is to determine: (1) the method of creating a teaching aid for the rear motorcycle brake light system, (2) the feasibility level of the teaching aid for the rear motorcycle brake light system, and (3) the students' response to the teaching aid for the rear motorcycle brake light system.This research uses a development research approach, also known as Research and Development (R&D). The Research and Development (R&D) method is a research method used to produce a specific product and test its effectiveness. This research will be conducted at SMK Negeri 1 Nisam. The implementation will be carried out in the even semester of the 2024/2025 academic year. This research and development uses 3 methods in data collection. The methods used are observation, questionnaires, and documentation. The data analysis technique used in this research is descriptive analysis, which presents the results of product development in the form of learning media, testing the validity and suitability of the product for implementation in the electrical system of motorcycle rear brake lights.The results of the research on the development of teaching media props, which have gone through several stages such as potential issues, data collection, product design, product validation, design revision, product testing, until it became a teaching media prop for the electrical system of the motorcycle brake light. The results obtained from the material expert validation were 91.31% by validator 1 and 95.13% by validator 2. The media expert validation results were 97.91% by validator 1 and 97.91% by validator 2. The results of the students' responses to the teaching aids, after calculations, showed a total response score of 506 out of 572 overall. With a final score percentage of 88.46% and the qualification of the developed teaching aids' response being in the "Very Good" category.

The purpose of this study is to find out students' dance skills after using a video platform in learning Galombang dance in class VII (A) SMP Negeri 22 Padang. This type of research is classroom action research. This research uses 2 cycles which include planning, implementation, observation and reflection. Data collection methods include observations, interviews and documents. The data was analyzed using a percentage formula. The results of the study prove that the use of visual media in dance education can increase learning outcomes and facilitate learning. It is said that students' abilities have increased from cycle I to cycle II, namely in cycle I the average score is 81.72, the percentage (44%) of students have achieved compliance, but (56%) of students. In the second cycle, students increased and reached KKM > 78, with an average score of 96.33 and the percentage (100%). Therefore, all students should achieve KKM > 78. It is known that practice in the classroom using props adds to the learning results of Galombang dance cultural arts students. In this way, video and audio platforms should be used to transform the teaching and learning environment to be more efficient, effective and engaging

This classroom action research aims to improve student learning outcomes by using media in mathematics learning for class VI students at SD Negeri Kaloy. Research includes Classroom Action Research. The subjects of this research were class VI students at SD Negeri Kaloy in the 2022/2023 academic year, totaling 27 students consisting of 14 male students and 13 female students, a class teacher, and a colleague. The techniques used to collect data in this research are observation and test techniques. The data obtained is in the form of test results and observation results as supporting data. The research data were analyzed using qualitative descriptions to describe the results of observations and quantitative descriptives to describe the percentage of test results in each cycle. The results of the research show that the use of spatial props can improve the quality of mathematics learning for class VI students at SD Negeri Kaloy. The results of the initial ability test (Cycle I) showed that of the 27 class VI students, only 11 students could be declared complete in learning by getting a score ≥ 70, while 16 students were declared incomplete with a score ≤ 70 with an average score of 69.1 . These results mean that it is not in accordance with the target set by researchers with learning completeness being 75%. The results of the second cycle test showed that of the 27 class VI students, only 21 students could be declared complete in their studies by getting a score of ≥ 70, while 6 students were declared incomplete with a score of ≤ 70 with an average score of 79.3. These results mean that it is in accordance with the target set by the researchers with learning completeness being 78%.

Education in elementary schools has the aim of helping students understand problems in everyday life. The national education system states that education aims to develop the potential of students to become human beings who have faith, noble character, health, knowledge and responsibility. In the context of mathematics education, the PMRI (Indonesian Realistic Mathematics Education) approach is used to help students understand mathematical concepts through real experiences and the context of everyday life. The data grouping learning trajectory using the PMRI approach aims to help grade 1 elementary school students understand the concept of data grouping. The use of sorting and choosing props can also improve the learning outcomes of low grade students in sorting and selecting certain objects or concepts. The aim of this research is that it is hoped that students can learn more effectively through direct experience, visualization and physical movements involved in the sorting and choosing process. Data was collected through interviews and tests. Based on the results and discussion of the research that has been conducted, it can be concluded that the design of a data grouping learning trajectory for elementary school students using an Indonesian realistic mathematics education approach is theoretically able to provide a deeper understanding of data grouping for grade I elementary school students. With the principles in PMRI, students are given the opportunity to develop a conceptual understanding of data grouping with the help of the images provided.