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This research uses qualitative research with a case study approach. Data collection was carried out by interviews, observation and documentation. The data analysis process is carried out starting from data collection and checking the validity of the data. To check the validity of the research data using the data triangulation method.The research results show that: 1) Planning by: a) integrating curriculum objectives, namely using the same vision and mission, b) integrating the organization of curriculum content by pairing Islamic boarding school material and school material in general knowledge, this curriculum organization is included in the form of integration in the form of extracurricular activities;. 2) Implementation by: by: a) integrating curriculum implementation programs, namely academic calendars and joint school and Islamic boarding school academic activity plans, academic activities such as daily schedules for students, matsada, wama, high school and family convergence, student achievements, graduation certificates, b) integrating supervision of curriculum implementation with cooperation between Islamic boarding schools and schools; 3) Evaluation by: a) evaluating the context of the joint curriculum, which includes: socio-cultural development, development of science and technology, b) evaluating joint input, which includes: competency of teaching staff, readiness of students and availability of learning media/facilities, c ) conducting joint process evaluations, including: weekly evaluations and incidental evaluations, and d) conducting joint product evaluations, which include: mid-year evaluations and end-of-year evaluations.   Keywords: Management of Islamic Boarding School Curriculum Integration, Extracurricular Activities

Education plays a central role in community development and the enhancement of human resources. In the rapidly evolving digital era, information and communication technology has significantly transformed the education landscape. Technology has become an integral part of the teaching and learning process in schools, bringing both challenges and significant opportunities. Particularly at the Junior High School (SMP) level, subjects like Mathematics, Natural Sciences (IPA), Physics, and Chemistry play a central role in shaping students' foundational knowledge. However, students often have varying levels of understanding and different learning styles. This poses a challenge for teachers trying to meet the diverse learning needs of their students. The use of the same linear teaching methods for all students is often ineffective in such a context. In this research, we employed a literature review methodology. This approach helps summarize and synthesize existing knowledge on the role of technology in enhancing student motivation in Science, Technology, Engineering, and Mathematics (STEM) education. By analyzing trends, findings, and patterns emerging from related literature, we can establish a strong knowledge base for this research. The adaptive learning approach, leveraging technology, has emerged as an intriguing solution. This approach allows for real-time analysis of student learning data and the adjustment of content, material, or teaching methods to suit individual needs. The research highlights the primary benefits of adaptive learning, such as personalized content adjustment, enhanced student motivation, more efficient monitoring and evaluation, and time savings in achieving better understanding. However, the research also acknowledges several challenges, including uneven technology infrastructure, the need for teacher training, and student data protection. Nevertheless, this research emphasizes the importance of adaptive learning in the context of STEM education at the SMP level in the digital era, while recognizing the need for further research to explore the potential of technology in enhancing the quality of education at this level.  

The role of the teacher is a person who occupies a position and plays an important role in the world of education. Teachers act as mentors in their duties, namely educating. Catholic religious teachers in their duties and roles carry out multiple missions, namely as preachers and educators. As a preacher, a Catholic religious teacher takes part of the prophetic task of proclaiming the news of God's Salvation. While as an educator, the task of PAK teachers is to lead students to maturity both physical maturity and spiritual maturity. the research used in this study is descriptive qualitative, with the aim of analyzing how the role of PAK in the education of faith and character of children at school with data analysis techniques using the Miles and Huberman model. The emphasis of Catholic religious teacher education leads to three aspects, namely knowledge, skills, and attitudes that occur in the teaching and learning process systematically. So that character education is expected to be able to form a generation whose existence provides the widest possible benefit to the surrounding environment. Character education in essence is to form a nation that is resilient, competitive, noble, moral, tolerant, mutual cooperation, political spirit, dynamically developing, science and technology oriented, all of which are imbued with faith and piety to God Almighty based on Pancasila.

The aim of this research is: to determine efforts to increase student learning activity through guided inquiry in science subjects in class V of SD Negeri 0119 Banjar Raja. Learning will be meaningful if learning activities are designed to foster student learning activity. The results of observations in class V of SD Negeri 0119 Banjar Raja show that student learning activity in science subjects is still low. This research aims to increase students' active learning through guided inquiry in science subjects in class V of SD Negeri 0119 Banjar Raja. This type of research is collaborative classroom action research. The subjects in this research were 40 class V students at SD Negeri 0119 Banjar Raja, consisting of 20 male students and 20 female students. This research design uses the Kemmis and Mc Taggart (1988) model. Data collection methods through observation, documentation and interviews. Data analysis techniques were carried out descriptively qualitatively and quantitatively. The research results showed that student learning increased after being given learning actions using the guided inquiry strategy. Students' activeness in answering questions increased after providing feedback from the teacher. Students' activeness in proposing hypotheses increased after guidance from the teacher. Student activity in collecting data is carried out by providing opportunities to make maximum use of learning resources and search for various information in solving problems. Students' active learning in processing data increased after guidance and additional time given by the teacher. Student activity in solving problems increased after giving worksheets to each student. Student learning activity in science learning using guided inquiry in class V of SD Negeri 0119 Banjar Raja increased by 25%, namely in cycle I of 54.17% (13 students) to 79.17% (19 students) and was included in the very high category. The actions in this research were stopped and said to be successful in cycle II because they had reached the success criteria.  

This study aims to see the effectiveness of the memory card matching game on increasing German vocabulary (Wortschatz) of Class XI Students of SMA YP HKBP Pematang Siantar. This research used quantitative method with experimental approach and One Group Pretest-Posttest research design. The population in this study were class XI students totaling 34 people. The sample used was 19 people, namely students of class XI IPA SMA YP HKBP Pematang Siantar. The conclusion of this study, namely the Matching Card learning media on increasing German vocabulary (Wortschatz) of XI science class students of SMA YP HKBP Pematang Siantar. This is evidenced by an increase in the average score of students at the time of the pretest of 48.68 below the KKM and at the time of the posttest to 87.00 above the KKM. Based on the results of data analysis and hypotheses tested, it is known that the Matching Card learning media is effective on students' writing skills. This is evidenced by the results of the normalized N-Gain test analysis with a score of 0.7705 or equivalent to 77%, where the score is in the effective category. Then based on the statistical hypothesis test with paired samples test, the significance value is 0.001 <0.05 in the sense that the calculated statistical results (t output number) < table statistics (t table), it is concluded that Ho is rejected and H₁ is accepted.  Thus, the Matching Card learning media has an effect in the effective category on the learning process.  

This research began with problems in science learning in class IV of SD Inpres Koperapoka II where the majority of students had difficulty understanding science learning material, so that the learning outcomes obtained by students were low. Therefore, to improve student learning outcomes in science learning, a discovery learning model assisted by image media is used for fourth grade students at SD Inpres Koperapoka. This research is classroom action research (PTK) using a qualitative approach. This research was carried out on fourth grade students at SD Inpres Koperapoka II with a total of 24 students. The instruments used to collect data are observation sheets, documentation and learning outcomes tests. The data obtained in the research was analyzed using qualitative and quantitative data analysis. This research was carried out in two cycles and each cycle consisted of one meeting. The results of research from each cycle that has been carried out using the discovery learning learning model assisted by image media show an increase in both the learning process and student learning outcomes. This can be seen from students' achievements in learning, where in cycle I the average score obtained by students only reached 70.8% completeness with an average student score of 68.75, while in cycle II showed quite a high increase with completeness reaching 87.5% and the average student score is 82. Thus it can be concluded that the use of the discovery learning learning model assisted by image media can improve student learning outcomes in science learning in class IV of SD Koperapoka II.  

This research aims (1) to determine student learning outcomes in the science subject style material in class IV of SD Negeri 0105 Sibuhuan Julu. (2) To determine the increase in student learning outcomes by using the talking chips learning model in the science subject style material in class IV of SD Negeri 0105 Sibuhuan Julu. The type of research used is classroom action research (PTK) which consists of 2 cycles, each cycle consisting of planning, implementation, observation and reflection. The data sources in this research were divided into two, namely (1) primary data from class IV participants at SD Negeri 0105 Sibuhuan Julu, (2) secondary data namely class IV teachers at SD Negeri 0105 Sibuhuan Julu. Data collection techniques in this research were obtained through interviews, observation, written tests and documentation. The data analysis technique in this research is a qualitative data analysis technique. Based on the research results, it can be concluded that: (1) Student learning outcomes before using the talking chips learning model in the science subject style material in class IV of SD Negeri 0105 Sibuhuan Julu obtained Minimum Completeness Criteria (KKM) data for 8 students with a percentage of 30 .67% and there were 19 students who had not reached the KKM with a percentage of 73.33%. (2) Student learning outcomes before using the talking chips learning model in the science subject style material in class IV of SD Negeri 0105 Sibuhuan Julu, Barumun District, Padang Lawas Regency, obtained action data for cycle I which had reached the Minimum Completeness Criteria (KKM) for 16 students. with a percentage of 53.33% and those who have not yet reached the KKM are 14 students with a percentage of 46.67%.. Cycle II actions that have reached the Minimum Completion Criteria (KKM) are 23 students with a percentage of 90% and there are 3 who have not reached the KKM students with a percentage of 10%. It can be concluded that the talking chips learning model can improve the learning outcomes of fourth grade students at SD Negeri 0105 Sibuhuan Julu.  

This research aims to determine the role of teaching assistance in the fourth generation campus teaching program in increasing student learning motivation, especially for seventh grade students in social studies subjects at SMP Negeri 3 Maumere. Teaching assistance is one part of the Teaching Campus program of the Merdeka Belajar Kampus Merdeka (MBKM) activities. This activity aims to empower students to help with the learning process in elementary and middle schools in various villages/cities, one of which is at SMP Negeri 3 Maumere which is in Sikka Regency, East Nusa Tenggara Province. In this program, students are responsible for assisting the school in the teaching process, assisting with technology adaptation, and assisting with administration. Apart from that, students have a responsibility to improve students' morals and increase students' learning motivation and interest in learning while at school. The results of this research show that the role of teaching assistance plays a very important role in maintaining and growing students' learning motivation, especially in seventh grade students at SMP Negeri 3 Maumere. The results of this program are expected to be able to foster social sensitivity in students to hone their thinking skills. work together with teachers and students across fields of science to solve the problems they face.

Science learning in vocational schools is important in the development of students' knowledge, but creative approaches are needed to improve motivation and achievement. This research explores educational games as a strategy. The aim is to understand the impact of educational games in improving students' science learning motivation and achievement. A qualitative approach was used in data collection. The results show the benefits of educational games: high engagement, motivation through elements of competition, rewards and fun, better understanding of science concepts, intensive practice, critical skills and sustained learning motivation. The implication of this research is that by integrating educational games into the science curriculum, educators can create an engaging and effective learning environment, help students develop a deeper understanding of science, and achieve better learning achievement. Thus, educational games are a valuable tool to advance science education in vocational schools.

This research itself is motivated by the many findings in the field regarding Sufism that are not in accordance with what they should be. This could be because Sufism is the highest science and can only be practiced by certain people. So this research itself aims to find out the correct logic of Sufism. So this research itself is deductive in nature, which in the discussion will use the author's logic in expressing the correct logic of Sufism so that there are no more mistakes so that the purity of the concept of Sufism itself can be well maintained. The logical result of the author's own thoughts is that when a person has reached the level called Sufism, his Sufism must be true Sufism, not strange things. Like going to the forest for 40 days and not coming back, that's dangerous and should be done the right way. True Sufism is learning the Shari'a, learning to worship, praying correctly, tahajjud correctly, fasting correctly, reading the Koran correctly, and performing other acts of worship correctly. If all that is true, then later the heart will be clean.

The aim of this research is to determine the improvement in student learning outcomes in the science subject light and its properties in class V of SD Negeri 0117 Sibuhuan through the application of the predict observe explain (POE) learning model. The methodology used is Classroom Action Research (PTK) which consists of 2 cycles, each cycle consisting of planning, implementation, observation and reflection. Based on the results of the research carried out by the author, it can be concluded that the increase in student learning outcomes in science subjects is light and nature. -class V of SD Negeri 0117 Sibuhuan through the application of the predict observe explain learning model (pre-cycle POE is still low, namely students who scored above the KKM 70, there were 7 students with a percentage of 25.00% and 21 students scored below the KKM with a percentage of 75, 00%. In cycle I it has started to increase, namely there are 17 students who got a score above the KKM 70 with a percentage of 60.71% and 11 students got a score below the KKM with a percentage of 39.29%. In the second cycle it has increased, namely there are 26 students who got a score above the KKM 70 with a percentage of 92.86% and 2 students got a score below the KKM with a percentage of 7.14%. So it can be concluded that by implementing the Predict Observe Explain (POE) learning model in the science subject light and its properties in Class V of SD Negeri 0117 Sibuhuan, student learning outcomes can be improved

Technology has changed the educational landscape by providing greater access to learning resources, creating interactive and engaging learning environments, and supporting the use of virtual simulations and experiments. Customisation of learning and the ability to track student progress through technology is an important focus in the effort to improve student learning motivation in Mathematics and Natural Sciences Education. This research uses qualitative research methods with literature study data collection techniques to investigate the impact of using learning technology on student learning motivation in Mathematics and Natural Sciences Education. The purpose of this research is to provide a deeper understanding of how learning technology can be optimised to improve student learning motivation in Mathematics and Natural Sciences. The results of this study have the potential to provide relevant recommendations that can help improve Mathematics and Natural Sciences education in the current digital era. This research is expected to make a significant contribution to the understanding of how learning technology can be used more effectively in increasing student learning motivation in Mathematics and Natural Sciences, so that it can provide maximum benefits in preparing students to face global challenges in the future.

The aim of this research is to gain a general understanding of how learning is implemented. At Al MAdina Islamic Elementary School Semarang, Indonesia, class IVA students took part in a simple experiment on the photosynthesis process using a quantum learning model to improve learning outcomes. Classroom action research (PTK), a form of research consisting of four stages: planning, implementation, observation and reflection, is a stage in each cycle. The research was carried out in two cycles, with one meeting each cycle. Student worksheets were used to collect research data. Quantitative and qualitative analysis methods are used in the data analysis process. Based on learning results, it can be seen from the pre-cycle that 14% of students completed and 86% of students did not complete. Cycle I obtained 61% completeness and 39% incomplete. Meanwhile, in cycle II, reflection was carried out so that there was an increase from cycle I with completion achievements of 93% of students completing and 7% of students not completing. By applying the Quantum Learning model in simple experiments using games, it can make students happy in participating in learning so that it can improve student learning outcomes in science subjects, especially photosynthesis process material in class IVA at Almadina Islamic Elementary School, Semarang.

The use of learning media is very important to develop efforts to increase students' knowledge, in line with current technological advances, where the learning process cannot be separated from developments in science and technology. This research aims to develop Google sites-based media on the impact of a life of faith and hope for class VIII students at SMP Negeri 3 Pakkat for the 2023/2024 academic year. This type of research is R&D, with a 4-D model modified into 3D, namely define, design and develop, with a quasi-experimental approach, namely in the form of a nonequevalent control group design. Data collection using questionnaires and pretest-posttest. Data analysis uses the Paired sample t-test formula. The results were obtained by comparing the pretest and posttest results between class VIII-A which used Google sites-based media and class VIII-B which used the lecture method. The results of data analysis show that Google Sites-based media learning can increase students' knowledge on the impact of a life of faith and hope. This can be seen from the initial average score for classes using Google Sites-based media of 67.85, increasing to 82.73 with a difference of 14.88. while the control class used the lecture method with an average score of 70.69 to 79.08 with a difference of 8.39. Based on the results, the final average score for the two classes has a difference of 3.65. It can be concluded that learning using Google sites-based media is more effective than the lecture method in increasing students' knowledge on the impact of a life of faith and hope in class VIII SMP Nwgeri 3 Pakkat for the 2023/2024 academic year.

In class IV SDN Kutajaya I science, the purpose of this study is to ascertain the impact of using audiovisual medium on student learning outcomes. A quasi-experimental research design was adopted for this investigation. All 124 fourth graders at SDN Kutajaya I were the population subjects for this study. Two classes of 62 kids were chosen as samples: class IV A, which served as the experimental class, and class IV B, which served as the control class. A multiple-choice test with 25 questions is used in the data collection process. A multiple-choice instrument with 25 trustworthy questions is used in the data gathering process. To test the pretest hypothesis in this study used the t test, from the results of the t test obtained control tcount = -1.12929 with a significant level of 95% (α = 0.05) obtained ttable = 2.0002 because -1.12929 < 2, 0002 (tcount < ttable) then H0 is accepted. As a result, there is no early learning difference between the experimental class and the control class in terms of student learning outcomes. The outcomes of a t test used to assess hypotheses at the conclusion of learning (posttest) in the experimental class and control class were tcalculate = 6.10834768 with a 95% confidence interval for significance ( = 0.05). obtained ttable = 2.0002 and H0 was rejected because 6.10834768 > 2.0002 (tcalculate > ttable). As a result, at the conclusion of the learning process, the experimental class and the control class had different student learning outcomes.

This article discusses empowering the Pasir Emas Village Community in the fields of health and digital literacy. The aim of this activity is to provide valuable learning experiences to students through direct involvement in society to discover, formulate, study and recognize the potential of society and find solutions to problems rationally by fostering motivation to utilize their own potential and the second aim is to provide opportunities for students. to develop thinking based on science. This KKN activity will start with debriefing, carrying out activities, preparing reports and evaluating. KKN starts on July 10 2023 to August 18 2023 in Pasir Emas Village, Kuantan Singingi Regency, Singingi District. We, the Unri Kukerta team, focus more on community empowerment. Our work programs are Disaster Mitigation Socialization, Waste Recycling and Making Ecobrics, Making Waste Decomposition Plags, Educating Gender Equality for Teenagers, Making Water Filter Tools, Strengthening Pre-School Age Children's Literacy Using Used Used Materials, Qris Socialization, Making Alternatives or adding other variations of dodol products, MSMEs sharing with local entrepreneurs regarding integrated marketing communication and public speaking in community business development such as in tofu and tempeh factories and helping organize correspondence filing in Pasir Emas Village. In general, the activities or work programs that we carry out can run well and smoothly.

This research aims to determine the effect of outdoor study-based problem-based learning on high school students' critical thinking abilities on respiratory system material. This research methodology uses quantitative methods with a quasi-experimental type. The research population was class XI high school students with a sample size of 86 students. Data collection techniques were carried out by observation and written tests. Data analysis techniques use descriptive statistics and inferential statistics. The results of the research show that the average critical thinking ability of students in the experimental class taught using the outdoor study-based Problem Based Learning learning model is in the high category and the average critical thinking ability of students in the control class taught using the conventional learning model is low, this is based on the average posttest score from the experimental class, namely 80.22 and the control class, namely 55.95. The results of hypothesis testing using Independent Sample t-test statistics show that there is an influence of the outdoor study-based problem based learning model on the results of students' critical thinking abilities in the material on the human respiratory system Class XI Science SMA Brigjen Katamso 2 Medan.

Based on the findings of class VIII junior high school students, the results showed that class VIII students were still minimally introduced to scientific work, in accordance with the Science Education Content Standards, scientific work is an important characteristic of science learning subjects and of the 26 students the level of mastery of the material only reached 26.93. %. Identifying the problems raised, the author tries to improve learning by conducting research applying the Direct Instruction (DI) Model. Based on the learning results during the learning activities, the author formulates the problems that arise and discusses them with supervisor 2 to find the causes and problems identified above. The problem in improving this learning is formulated as follows: Can the Application of the Direct Instruction (DI) Model Improve Learning Outcomes in Science Learning Material on Plant Structure and Function in Class VIII Odd Semester of SMP Negeri 1 Simpang Teritip for the 2022/2023 Academic Year? From the improvement activities of Cycle I, the following results were obtained: 3 students who got a score less than 40 - 55 (11.54%), 10 students who got a score greater than 56 - 66 (38.46%) and There were 13 students who got a score greater than 67 – 79 (50.00%). In cycle II, there were 9 students who got a score less than 56 - 66 (34.62%), 16 students who got a score greater than 67 - 80 (61.54%), students who got a score greater than 81 – 100 as many as 1 person (3.84%). In Cycle III, it showed that of the 26 students studied, 3 people (11.54%) got a score of less than 75, while 23 students got a score of more than 75 (88.46%). The average student score increased by 86.15 - 73.46 = 12.69. Increased 12.69% compared to cycle II. The conclusion from writing this PTK is that the correct application of the Direct Instruction (DI) Model can improve learning outcomes.

The objectives in this study were: 1) to improve learning activities in Natural Sciences in class VIII B students of SMP Warga Surakarta, 2) to improve learning outcomes, especially learning outcomes in Natural Sciences through contextual learning methods modeling techniques about the Human Excretory System in class VIII B students of SMP Warga Surakarta. The method used is action research method. The research was conducted on class VIII B students of SMP Warga Surakarta in the 2022/2023 academic year, as many as 27 students consisting of 13 boys and 14 girls. The data collection techniques were carried out by observing student and teacher activities, tests, partner teacher responses, and monitoring classroom observations. From the assessment test of Natural Science learning outcomes for each cycle of class action always increases, namely; the percentage of pre-cycle KKM achievement is 29.62%, cycle I is 44.44% and in cycle II it becomes 100%. Based on student responses in the implementation of learning using modeling techniques, it becomes more fun, easier to understand, makes students want to be more active and creative, students can find or interpret more freely, and is not confusing. So that by using the modeling method in learning Natural Sciences can help students in increasing activity and learning outcomes in Natural Sciences.

The Teaching Campus Program is a follow-up program to the Pioneer Teaching Campus Program organized by the Indonesian Ministry of Education and Culture in 2020 as a concrete manifestation of higher education through its students to take part in moving to make education successful nationally in a pandemic situation. The aim of this service is to understand the process of empowering Al-Qur'an Science University students in the Teaching Campus 5 Program at One Roof 4 State Middle School Sukoharjo and One Roof 3 State Middle School Kejajar, Wonosobo Regency. The empowerment strategy goes through four stages, namely: provision, deployment, monitoring and withdrawal. The results of this empowerment show that Al-Qur'an Science University students in the Teaching Campus Program have contributed to solving the problems of post-pandemic education, namely the lack of motivation to learn. This can be seen from the increase in school literacy and numeracy, as well as improved school adaptation to technology in the learning process, and the realization of a project to strengthen the profile of Pancasila students (P5). These results contribute to school recovery after the Covid-19 pandemic. The conclusion focuses on the importance of emotional ties between students and the school in realizing a goal to be achieved together and its implications for the sustainability of national education.