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Mathematics is a universal science that underlies the development of modern science and technology, and has an important role in the development of human thinking. Mathematics is a subject that is based on logical, rational, critical, and systematic thinking patterns. Religion and rationality are two perspectives that have a strong influence. Humans view religious values ​​and rational values ​​as different entities, causing a dichotomy paradigm, especially in the realm of education. In the perspective of the epistemology of science in Islam, Islam and science are complementary and interdependent entities. The mathematical approach used here does not mean that Islamic values ​​are low, but only to increase the belief of Muslims that all knowledge is valuable and can lead to true goodness and increase faith and closeness to Allah SWT.To examine how Islamic values ​​are applied in mathematics learning, To identify and develop effective strategies or methods in integrating Islamic values ​​in mathematics learning materials, To measure the extent of the application of Islamic values ​​in mathematics learning.This study uses a qualitative approach, while the type of research used by the researcher is descriptive research.Mathematics as a logical and systematic science, has a meeting point with Islamic teachings that emphasize truth, justice, and balance. For example, the concept of monotheism can be associated with the order of the universe expressed through mathematical formulas, fostering a sense of gratitude and obedience. The implementation of Islamic values ​​that are rahmatan lil 'alamin (blessing for all nature) in mathematics learning, especially to form honest and fair characters in students.

This study focuses on the development of student character, particularly in terms of discipline and responsibility, at SMPN 1 Ngunut, an outstanding school in Tulungagung Regency. Seventh-grade students are in a transitional phase from elementary to junior high school, making them vulnerable to the influences of their environment and the changing times. Based on observations, many students have not yet demonstrated disciplined behavior, such as arriving on time, completing tasks, cheating during exams, and not paying attention to teachers while learning. This study aims to identify effective Social Studies (IPS) teaching strategies for shaping students' character. The research focuses on (1) the role of teachers as demonstrators in developing disciplined and responsible character through IPS learning, (2) effective strategies employed by teachers to cultivate discipline and responsibility in students, and (3) potential solutions to improve the quality of IPS learning in instilling discipline and responsibility. The method used is descriptive qualitative research with a case study approach. The findings show that (1) IPS learning in the seventh grade at SMPN 1 Ngunut is effective in instilling discipline and responsibility, (2) Teachers use teaching activities to instill values such as punctuality and task completion, (3) Through methods like group work, individual assignments, and behavioral evaluations, students show positive changes, (4) The role of teachers as facilitators and role models is crucial, (5) Collaboration between teachers and the principal creates a school culture that supports character development, and (6) The impact of this process is reflected in increased student awareness of their responsibilities. These findings highlight that IPS not only fosters cognitive knowledge but also serves as a strategic medium for continuous moral and character development.

This study analyzes the impact of collaborative learning approaches on students' social skills through a literature review method. The research is grounded in the importance of social skills for students' future social and professional lives, encompassing communication, teamwork, and empathy. Collaborative learning, supported by Vygotsky's Zone of Proximal Development theory and Bandura's social learning theory, emphasizes social interaction in education. The findings reveal that collaborative learning significantly enhances students' social skills, including communication, teamwork, and critical thinking, through models like the Teams Games Tournament (TGT). However, challenges such as unequal student participation and complex group dynamics remain obstacles to be addressed. These findings provide critical implications for educators in designing effective learning strategies and emphasize the necessity of teacher training to manage collaborative learning successfully across different educational levels.

This study aims to analyze the correlation between learning models and student achievement at SMA Negeri 1 Kuala by applying the Apriori algorithm in data mining, using Rapid Miner software as the primary tool for analysis. The research is motivated by the shift in educational approaches from conventional teacher-centered methods toward more innovative strategies such as project-based learning and cooperative learning, which are expected to foster higher levels of student engagement and improve academic outcomes. In many schools, particularly at the secondary level, the choice of learning model, availability of facilities, and attendance rates are crucial factors that shape learning effectiveness and student performance. The data collected in this study include student grades, the types of learning models implemented, school facility conditions, and attendance rates for the 2023/2024 academic year, covering a total of 680 students. The Apriori algorithm was employed to discover hidden patterns and associations among these variables, enabling the identification of relationships between learning factors and academic achievement. By applying Rapid Miner software, the research systematically generated association rules that reflect meaningful correlations in the dataset. The results indicated that the use of the Indonesian language subject in combination with a cooperative learning model, adequate and complete school facilities, and good student attendance was strongly associated with the attainment of an A grade. This finding was supported by a support level of 53.33% and a confidence level of 100%, suggesting a robust and reliable relationship between these factors. The implementation of data mining techniques through Rapid Miner not only allowed for efficient data processing but also provided practical recommendations for educators and school administrators in designing effective instructional strategies.

Digital transformation in the world of education is a strategic step to improve efficiency and quality of services, including in terms of attendance recording. This study aims to examine the change in the manual attendance system to digital in an effort to improve the quality of learning documentation at PPTQ Al Huda. The method used is a descriptive qualitative approach with data collection techniques through distributing questionnaires to teachers and academic staff. The results of the study indicate that the implementation of digital attendance has been significantly beneficial for the majority of respondents. This system is considered more practical, accurate, and efficient than manual methods. Digital attendance not only makes it easier to record student attendance, but also strengthens transparency, accountability, and supports data-based decision making. In addition, this system plays a role in improving student discipline and responsibility. Digital attendance has also been proven to reduce the practice of asking for attendance, minimize recording errors, and facilitate real-time data access by Islamic boarding school administrators. Ease of use and convenience of the system are also supporting factors for successful implementation. Moreover, the adoption of digital attendance encourages the development of a technology-based culture within the institution. It fosters digital literacy among educators and students, enhancing their adaptability to technology in daily academic routines. This transformation aligns with the broader educational goal of integrating technology to create a modern, effective, and sustainable learning environment. Therefore, the shift to a digital attendance system is not only a technical innovation but also a reflection of institutional commitment to continuous improvement and educational excellence. This innovation proves to be a relevant and strategic solution for strengthening educational administration in Islamic boarding schools.

This study aims to: 1) describe the metacognitive awareness profile of students in physics learning, 2) describe the science process skills profile of students in physics learning, and 3) analyze the relationship between metacognitive awareness and students' science process skills in physics learning. This research used a quantitative approach with descriptive data analysis techniques and a causal research design. The population of the study consisted of 120 students from SMP Negeri 20 Singkawang, with a sample selected using saturated sampling techniques. Data collection was performed using two instruments: the Metacognitive Awareness Inventory (MAI), which includes 45 statements, and a science process skills test consisting of 14 multiple-choice questions designed to evaluate core cognitive competencies. The findings of the study indicated that: 1) the metacognitive awareness of students in grades VIIIA, VIIIB, VIIIC, and VIIID was categorized as high, 2) the science process skills of students in grades VIIIA, VIIIB, VIIIC, and VIIID were also categorized as high based on overall performance metrics, and 3) there was no significant relationship between metacognitive awareness and students' science process skills. Based on these results, the hypothesis test concluded that there is no significant relationship between metacognitive awareness and science process skills, suggesting that the correlation between the two variables is low. This study contributes to understanding the profiles of metacognitive awareness and science process skills in physics learning, as well as their lack of correlation, which can serve as a basis for further research and the development of innovative strategies to improve both aspects in future physics education.

The integration of digital technology in education serves as a strategic solution to enhance learning access, particularly for students in regions with limited educational infrastructure, such as Sorong City, Southwest Papua. This community service program was designed to introduce and provide training to junior high school students in the use of the Thunkable application as a tool for mobile-based learning media. Thunkable is a visual drag-and-drop platform that enables users to design functional mobile applications without the need for prior programming knowledge. The method employed in this activity is based on the Research and Development (R&D) approach using the 4D model, which consists of four stages: Define, Design, Develop, and Disseminate. In the Define stage, the needs and digital readiness of the target group were assessed. The Design and Develop stages involved creating a training module and conducting hands-on workshops where students were guided step-by-step to create simple educational apps. In the final Disseminate stage, the outcomes were evaluated and shared for broader use. The results of this initiative revealed high levels of enthusiasm among the participants. Students were actively engaged and demonstrated the ability to independently design simple learning applications by the end of the training. This indicates that the use of Thunkable not only increases students' digital literacy but also enhances their self-directed learning, creativity, and technological confidence. Overall, this activity illustrates the potential of mobile learning tools to support inclusive and adaptive education in remote communities. By equipping students with practical digital skills, it lays the foundation for long-term educational innovation and empowerment. Therefore, the use of Thunkable can be considered an effective and accessible alternative to foster meaningful learning experiences across diverse educational contexts.

This study aims to determine the extent to which mental ability influences volleyball underhand passing skills and strategies for improving them in seventh-grade students at MTs SA Atholibiyah Bumijawa. The mental abilities studied included learning motivation, concentration, and self-confidence, as all three are considered important factors in supporting sports performance. The study used an experimental survey method with a correlation approach. The sample was determined through a purposive sampling technique, meaning only students who were actively involved in volleyball learning were included as respondents. The research instruments included a questionnaire to measure students' mental ability levels and an observation sheet to assess underhand passing skill practice. Data analysis was conducted using a correlation test to identify the relationship between mental ability and underhand passing skills, and regression analysis to measure the magnitude of the effect. The results showed a significant effect of mental ability on underhand passing skills. Students with high learning motivation tend to be more enthusiastic and consistent in practicing. Good concentration enables students to control movements, maintain balance, and manage timing when passing. In addition, strong self-confidence encourages students' courage in making decisions and reduces technical errors. This results in passing skills with more accuracy, control, and optimal timing. Improving strategies that can be implemented include structured training with the use of assistive devices to enhance technique, providing motivation and positive feedback from teachers to maintain enthusiasm, and focused training such as game simulations to strengthen concentration. The findings of this study confirm that mental development plays a crucial role in learning sports skills, particularly volleyball, thereby improving both the quality of learning and student achievement.

The transformation of education in the digital era demands inclusive, creative, and relevant learning innovations in line with technological developments. To address these challenges, utilizing digital platforms is a strategic step in driving the digitalization of education. One innovative solution that is becoming widely used is no-code platforms like Thunkable, which enable users, including students, to create applications without having to master complex programming. This article reviews the results of a community service activity conducted at SMA Negeri 2 Sorong City, focusing on improving digital literacy and strengthening 21st-century skills through training in creating educational applications based on Thunkable. This activity utilized experiential learning and project-based learning approaches, implemented through hands-on training, interactive demonstrations, independent practice, and participatory evaluation. This training not only targeted students as the primary participants but also involved teachers as facilitators who accompanied the learning process and encouraged the application of training outcomes in classroom activities. Evaluation results showed a significant increase in student enthusiasm, critical thinking skills, and creativity in designing simple educational applications tailored to learning needs and local contexts. Despite obstacles such as limited digital devices and uneven internet access, this activity still succeeded in creating an innovative and transformative learning space. Furthermore, this training makes a significant contribution to supporting the implementation of the Pancasila Student Profile, particularly in the areas of digital literacy, independence, mutual cooperation, and creativity. It also serves as an effective means to instill the value of digital responsibility and foster a learning culture that is adaptive to technological change. The success of this program demonstrates that a simple yet applicable technology-based approach like Thunkable can be replicated in other schools, particularly in the 3T (disadvantaged, frontier, and outermost) regions, with the support of structured and collaborative training.

This study aims to deeply uncover the learning management tactics implemented by teachers in an effort to improve student learning satisfaction at the elementary school level. Learning satisfaction is an important indicator of the success of the educational process because it is closely related to motivation, active involvement, and student academic outcomes. This study was conducted at SDN 3 Kaliombo, Jepara, using a descriptive qualitative approach. Data collection techniques used included observation of learning activities, interviews with teachers, and documentation in the form of learning notes and class activity plans. The results show that teachers use a variety of innovative and adaptive learning strategies, including a scientific approach, collaborative learning, the use of interactive learning media, and conducive and student-friendly classroom management. The role of teachers is not only as a deliverer of material, but also as a facilitator, motivator, and guide who creates a learning atmosphere that is fun, communicative, and meaningful for students. The tactics used by teachers also consider student characteristics, including their learning styles, levels of understanding, and emotional needs. Active student involvement in the learning process is key to improving their learning satisfaction. This study emphasizes the importance of teachers' role in designing and implementing appropriate learning strategies to support the achievement of educational goals. The implications of these findings suggest that ongoing training for teachers is essential to strengthen their professional capacity in implementing more creative, responsive, and student-oriented learning approaches.

This study aims to improve the critical thinking skills of fourth-grade elementary school students in understanding the concept of fractions through the application of the Problem Based Learning (PBL) model. The background of this study focuses on students' still low abilities in: (1) analyzing mathematical problems; (2) planning solution strategies; (3) drawing logical conclusions when working on fraction problems. This study uses the Classroom Action Research (CAR) design model Kemmis & McTaggart which was implemented at SD Negeri 2 Tahunan during the even semester of the 2024/2025 academic year. The research subjects consisted of 23 fourth-grade students who were selected purposively based on the results of the initial diagnosis. Data collection techniques were carried out by triangulation through: (1) formative evaluation tests; (2) participatory observation sheets; (3) learning video documentation; and (4) field notes. Data were analyzed quantitatively and qualitatively with a comparative descriptive approach. The results showed that the application of the PBL model was proven to be effective in improving: (1) students' critical thinking skills on average from 39.13 (low category) to 92.61 (very good category); (2) classical completeness from 8.7% to 91.3%; and (3) learning activities became more meaningful. Statistical analysis of paired sample t-test showed a significant difference (t=19.09; p<0.05) between before and after treatment. Other important findings include: (1) an increase in students' questioning skills by 78%; (2) an increase in the ability to provide arguments by 82%; (3) an increase in problem-solving skills by 85%. In addition, there was an increase in the following aspects: (1) group cooperation; (2) self-confidence; and (3) active involvement in class discussions.

This study aims to compare the effectiveness of the Deep Learning and Differentiated Instruction models in improving junior high school students’ mathematical problem-solving and reasoning abilities. The background of this research stems from the low level of mathematical literacy among Indonesian students, which demands innovative and reflective learning approaches. A quasi-experimental method was used with a Nonequivalent Control Group Design. The sample consisted of two eighth-grade classes at SMP Negeri Satu Atap 01 Ciseeng, each receiving different instructional treatments: one class was taught using the Deep Learning approach, and the other using the Differentiated Instruction approach. The instruments employed included mathematical problem-solving tests, observation sheets, and student perception questionnaires. The data analysis results indicated that the class taught with the Deep Learning model experienced a more significant improvement in mathematical reasoning ability compared to the class using Differentiated Instruction. These findings suggest that Deep Learning-based instruction is more effective in promoting students’ higher-order thinking skills. It encourages deeper engagement with mathematical concepts, fosters critical and analytical thinking, and allows students to construct knowledge through meaningful learning experiences. However, Differentiated Instruction remains relevant in providing learning comfort and addressing diverse student needs, making it beneficial in inclusive classroom settings. The theoretical and practical implications of this research highlight the importance of integrating both depth of thinking (Deep Learning) and flexibility in learning (Differentiation) within mathematics instruction. Such integration could offer a balanced learning environment that supports both cognitive development and emotional engagement, leading to more effective and equitable mathematics education. In conclusion, this study recommends educators and curriculum developers to consider incorporating Deep Learning strategies to enhance students’ mathematical reasoning while maintaining the adaptive and student-centered principles of Differentiated Instruction. Future research could explore hybrid learning models that combine the strengths of both approaches to maximize student outcomes in mathematics learning.

This study aims to improve student learning outcomes through the implementation of the cooperative learning model of the jigsaw type in science instruction for Grade V students at SDN 76/IX Muaro Jambi. This research is a Classroom Action Research (CAR) using the Kemmis & McTaggart model, which consists of four stages: planning, action, observation, and reflection. The research was conducted in two cycles to measure progressive improvements in student learning outcomes. Data collection techniques included observation, interviews, and documentation. The subjects were all 20 students of Grade V at SDN 76/IX Muaro Jambi. In the pre-cycle stage, before the intervention, only 25% of the students achieved satisfactory learning outcomes, which was categorized as "not yet meeting expectations." After the implementation of the first cycle, student achievement improved to 50%, falling into the category of "approaching fairly successful." However, this result had not yet reached the expected level of success. In the second cycle, the application of the jigsaw-type cooperative learning model was further optimized. The results showed a significant increase, with 80% of students achieving successful outcomes, which was categorized as "approaching highly successful." This improvement demonstrates that the jigsaw model effectively enhances student engagement, individual and group accountability, and conceptual understanding in science learning. Therefore, this study concludes that the cooperative learning model of the jigsaw type has a positive impact on improving student learning outcomes in science. The researcher recommends that teachers, especially in science and religious education (PAI), adopt the jigsaw learning model as a strategic alternative to foster an active, enjoyable, and meaningful learning process. The collaborative nature of the model encourages students to take responsibility for their own learning and for helping their peers, creating a more supportive and productive classroom environment.

Inclusive education plays a crucial role in achieving equal access and improving the quality of education for all students, including students with special needs. In the context of Physical Education, Sports, and Health (PJOK) learning, the implementation of inclusive education still faces significant challenges, both in terms of teaching strategies, teacher skills, and available supporting facilities and infrastructure. This study aims to describe the perceptions of PJOK teachers and classroom teachers regarding the implementation of inclusive learning for students with special needs in PJOK activities at the elementary school level. The method used in this study is a descriptive qualitative approach, with data collection techniques including semi-structured interviews and documentation. The research subjects consisted of PJOK teachers and classroom teachers who teach at SDN 2 Gobras. The results show that the teachers have a good understanding of the importance of creating a friendly, adaptive, and enjoyable learning environment for students with special needs. The teachers make adjustments in learning activities through modifying tools, implementing small group strategies, providing appropriate motivation, and close collaboration with homeroom teachers and parents. However, limitations in the training received and the support of existing facilities remain significant obstacles. The findings of this study provide important implications regarding the need for ongoing training and strengthened collaboration between teachers to support the creation of more effective and sustainable inclusive education. Therefore, this research is expected to make a positive contribution to the development of inclusive education in elementary schools and raise awareness of the importance of supporting students with special needs in the learning process.

This study aims to improve the understanding of macapat songs by applying the Jigsaw cooperative learning approach. Although macapat songs have high moral and intellectual values, students often dislike them because they are considered complex and irrelevant. This study used the McTaggart model consisting of two cycles, combined with the Classroom Action Research (CAR) method. Data were collected through various techniques, including observation, tests, interviews, and note-taking, and then analyzed qualitatively and quantitatively. The results showed that students' understanding of the meaning of macapat songs increased significantly when the Jigsaw model was applied. The learning completion rate increased from 56% to 100%, while the average student score also increased from 72.33 in the pre-cycle to 86.6 in the first cycle. These findings demonstrate the effectiveness of the Jigsaw approach in improving student understanding. In addition, this method also succeeded in encouraging active student participation, increasing their confidence in class discussions, and fostering respect for the rich local culture. Thus, teaching local Javanese language through the Jigsaw cooperative learning paradigm can be considered an interesting and effective alternative approach. This approach not only helps students understand the material better but also strengthens their social and cultural skills. This research provides an important contribution to the development of more innovative and relevant teaching methods in the context of regional language learning, and encourages teachers to implement strategies that can increase students' interest and understanding of the valuable and diverse local culture. Through the application of this method, it is hoped that students will gain a greater appreciation for their cultural heritage.

This study aims to examine the extent to which social media is utilized in agribusiness learning among students at Universitas Adzkia. A quantitative descriptive approach was employed, using a Likert scale-based questionnaire as the research instrument. The collected data were tabulated and classified into score percentages to determine the category of social media utilization. The research was conducted from June to July 2024 using a census method, involving all 38 students enrolled in the Agribusiness Study Program at Universitas Adzkia. The findings indicate that overall, the use of social media in agribusiness learning falls into the moderate category, with a score percentage of 55.76%. When broken down into agribusiness sub-systems, the results show that the use of social media in the agricultural input supply sub-system was 55.76%, in farming activities 56.14%, agricultural product processing 49.67%, marketing 44.08%, and agribusiness support services 47.20%. These results suggest that although social media has been used in the learning process, its utilization is still at a moderate level and not yet evenly distributed across all agribusiness sub-systems. This presents both opportunities and challenges for lecturers and educational institutions to develop more innovative, technology-based learning strategies. To enhance the effectiveness of agribusiness learning, it is recommended that lecturers actively encourage students to use social media in a productive manner. This could be implemented through the assignment of structured tasks that require the use of social media platforms for academic discussions, information searches, and the creation or sharing of relevant agribusiness content. Such efforts are expected to make social media not only a tool that enriches students' learning experiences but also a means to deepen their understanding of the dynamic and ever-evolving field of agribusiness. Ultimately, integrating social media into learning can support the development of digital competencies and practical insights among agribusiness students in higher education.

This study aims to quantitatively test the effectiveness of a concrete object-based science learning strategy in improving students' understanding of abstract concepts and addressing their learning difficulties in science at the elementary school level. By implementing a quasi-experimental design, this study compared a group of students who learned science through real media and concrete objects and through contextual, hands-on experiences with a control group. The hypothesis in this study states that students in the experimental group will show a significant increase in their science concept understanding test scores, measurable development of critical thinking skills, and a decrease in their detected learning difficulties, when compared with the control group. The tools employed in this research included a standardized test for understanding science concepts, a rubric designed to evaluate critical thinking abilities, and a Likert-scale survey to gauge students' opinions on how difficult they found the material. The quantitative data collected will be examined using an independent t-test to compare the average scores of different groups and a paired t-test to measure progress within the experimental group. Preliminary findings indicate that complex and abstract science materials are often the main cause of learning difficulties for elementary school students, which is in line with the limitations in abstract reasoning at that age, as stated in Piaget's theory of cognitive development. Therefore, this concrete method is expected to significantly increase student participation, help them absorb new information into their existing understanding, and in turn, improve their learning outcomes. The results of this study will provide concrete evidence of the positive effects of using concrete media and direct experiences in science learning at the elementary school level, as well as provide data-based suggestions for curriculum development and better teaching practices to address gaps in students' understanding of abstract concepts.

This research aims to comprehensively explore the strategic role of educators in improving the quality of learning at the elementary school level. In the context of basic education, teachers play a central role as agents of change and the main drivers in the learning process. The main focus of this research includes three important aspects, namely the professionalism of teachers in carrying out their duties, the challenges faced in the implementation of teaching and learning activities, and optimization strategies carried out to improve the quality of learning. The research was conducted at SDN 2 Kerso, Jepara Regency, using a descriptive qualitative approach. Data collection techniques include in-depth interviews with educators and principals, direct observations in the classroom, and documentation of learning implementation plans and other supporting activities. The results of the study showed that the teachers in the school applied the practice of professionalism through work discipline, mastery of materials, pedagogical skills, and a humanist approach to students. In addition, they also use learning strategies that are adaptive, creative, and based on student needs. However, in practice, teachers face various challenges, including the diversity of student characters, low learning motivation, the influence of the family environment, limited learning facilities, and the lack of periodic training. To answer these challenges, teachers make various optimization efforts, such as participating in professional training, establishing collaboration between teachers, implementing reflective supervision, and building active communication with parents and the community. Support from school principals, committees, and social environments is also an important factor in supporting learning effectiveness. This study concludes that the improvement of the quality of learning in elementary schools is largely determined by the capacity, commitment, and ability of teachers to manage challenges creatively and professionally. With systemic support and sustainability of competency development, the role of teachers can be significantly optimized to create meaningful, effective, and sustainable learning.

This study aims to examine the impact of managing physical and social environments on learning quality at RA Baitul Ibadah, Binjai City. Observations were conducted in four classrooms—Awan, Bulan, Bintang, and Pelangi—focusing on spatial arrangement, availability of educational materials, and social interactions. The results show that a flexible, accessible physical environment enriched with educational play tools significantly supports exploration and holistic child development. Moreover, teacher involvement in organizing space and fostering children’s independence strengthens an active and enjoyable learning atmosphere. Each classroom demonstrated unique environmental management strategies, yet all contributed positively to learning outcomes. This study highlights the critical role of planned and responsive learning environments in promoting optimal early childhood development and provides practical recommendations for early childhood institutions in creating child-friendly, educational spaces.

Penelitian ini bertujuan mendeskripsikan kemampuan berpikir kreatif matematis siswa kelas VII SMP Al Farabi pada materi geometri. Penelitian ini menggunakan pendekatan deskriptif kualitatif dengan melibatkan seluruh siswa kelas VII sebanyak 71 orang. Data diperoleh melalui tes tertulis berupa empat soal terbuka berbasis geometri yang dirancang untuk menggali empat indikator berpikir kreatif, yaitu kelancaran (fluency), keluwesan (flexibility), keaslian (originality), dan elaborasi. Hasil analisis menunjukkan kemampuan berpikir kreatif siswa tergolong “baik” pada setiap indikator, dengan skor tertinggi pada keluwesan (75,35%) dan terendah pada keaslian (61,27%). Temuan ini menunjukkan bahwa meskipun siswa telah memiliki kemampuan berpikir kreatif yang cukup baik, pengembangan ide-ide orisinal masih perlu ditingkatkan. Hasil penelitian ini diharapkan menjadi bahan masukan bagi guru untuk merancang strategi pembelajaran yang lebih relevan dan mendukung pengembangan kreativitas siswa