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The integration of robotics in education is transforming the way students engage with STEM subjects. This paper explores the effectiveness of robotics in developing problem-solving, programming, and critical thinking skills in young learners. Case studies from various educational institutions demonstrate the positive impact of robotics-based learning in fostering innovation and creativity among children.

The integration of robotics in education is transforming the way students engage with STEM subjects. This paper explores the effectiveness of robotics in developing problem-solving, programming, and critical thinking skills in young learners. Case studies from various educational institutions demonstrate the positive impact of robotics-based learning in fostering innovation and creativity among children.

This research aims to analyze the use of the maze application in training elementary school (SD) students' problem solving skills. Problem solving is an important skill in facing the challenges of the modern era, which includes the ability to think creatively, analytically and logistically. Through a literature study-based literature study method, this research found that the labyrinth application not only increases students' ability to think critically, but also trains concentration, perseverance, and hand-eye coordination. In addition, the interactive and fun application format can increase student learning motivation, increasing the learning experience effectively and entertainingly. This study also highlights the importance of integrating technology in learning and the role of teachers in optimizing the implementation of this application according to the curriculum. With good planning, maze applications can be an innovative educational tool to support students' cognitive and motor development, while preparing them to face future challenges.  

This research aims to explore and analyze learning strategy innovations in shaping students as reliable educator candidates who are able to face educational challenges in the digital era. The main focus of the research is the application of technology-based learning approaches, collaboration, and creative strategies that place students not only as recipients of knowledge, but also as active subjects who construct understanding through learning experiences. This study was carried out in the Madrasah Ibtidaiyah Teacher Education Study Program (PGMI) of the Syarifuddin Lumajang Islamic Religious Institute by involving 30 students who took the learning strategy course. The research method used is a descriptive qualitative approach with data collection techniques through in-depth interviews, classroom observations, and documentation. The findings of the study show that the application of flipped classroom is able to increase student learning independence, while project-based learning strategies encourage creativity and problem-solving skills. In addition, the use of interactive technology such as online quiz applications, discussion platforms, and collaborative media strengthens learning motivation while expanding students' digital skills. Although the results showed a positive impact, there were significant obstacles, namely the limitations of technology infrastructure in the campus environment and the low digital literacy of some students. These factors hinder the optimization of innovative learning strategies. Therefore, institutional support is needed in providing technology-based infrastructure, digital literacy training, and continuous mentoring so that students can develop pedagogical competence, professionalism, and adaptive abilities in accordance with the demands of 21st century education. Overall, this study emphasizes that learning strategy innovation supported by technology, collaboration, and support of educational institutions is able to strengthen the process of forming prospective educators who are competent, competitive, and ready to face the dynamics of the world of education in the digital era.

This study aims to examine the effectiveness of the problem-based learning model (PBL) in improving the understanding of fiqh material and its implementation in class XI students of MA Plus Anas Bin Malik Lekong Rembuk. The PBL model was chosen because it is considered capable of encouraging active student involvement and developing critical thinking skills through solving real problems that are relevant to everyday life. This study uses a Classroom Action Research (CAR) approach which is implemented in two cycles, each consisting of the planning, implementation, observation, and reflection stages. Data collection techniques include tests, observations, and interviews. The results of the study showed a significant increase in the understanding of fiqh concepts and active participation of students during the learning process. Students became more enthusiastic, able to express opinions, and demonstrate the ability to apply fiqh values in everyday life. Thus, the PBL model has proven effective in improving the quality of fiqh learning in madrasas and can be used as an alternative innovative learning strategy to improve learning outcomes and student character simultaneously.

Islamic Education in schools, particularly in fiqh materials, often faces challenges in terms of student engagement and understanding. Fiqh, which is often perceived as rigid and theoretical, requires a more engaging and applicable approach to make it easier for students to grasp the concepts being taught. This study aims to describe the implementation of the Problem-Based Learning (PBL) model in Islamic Education at SMK Muhammadiyah 1 Batu and to analyze the impact of Problem-Based Learning (PBL) on students in Islamic Education learning. The PBL model was chosen due to its ability to enhance student understanding through problem-solving that is relevant to daily life. Using a case study method, this research collected data through observation, interviews, and documentation to assess the effectiveness of the Problem-Based Learning model in improving student comprehension. The results indicate that the use of the Problem-Based Learning model can increase students' interest and understanding of Islamic Education, especially in fiqh materials, although there are some technical challenges in its implementation.

Artificial Intelligence (AI) has significantly transformed higher education in recent years by enhancing teaching methods and influencing student learning outcomes. This study investigates the effects of AI on student motivation and cognitive skills, addressing both the benefits and challenges of AI integration. The research adopts a mixed-methods approach, combining a comprehensive literature review with a questionnaire-based survey of 60 university students from diverse academic disciplines. The results indicate that AI tools, such as intelligent tutoring systems and learning analytics, increase student engagement, motivation, and problem-solving abilities. However, concerns regarding over-reliance on AI reduced creativity, and ethical issues such as privacy and fairness persist. This study highlights the potential of AI to foster personalized learning while emphasizing the need for responsible AI implementation to address its limitations.  

This research aims to analyze the learning methods used by Christian Religious Education (PAK) teachers in improving students' critical thinking skills at the junior high school level. The focus of this research is on the use of learning methods such as lectures, discussions, Problem-Based Learning (PBL), and cooperative learning. The approach used is qualitative by collecting data through journals, literature reviews, document studies and e-books. The research location was carried out in North Sumatra Province and its surroundings, Indonesia. The research results show that PAK teachers still predominantly use lecture methods which are less effective in encouraging students to think critically. However, some students have shown potential for critical thinking when given more innovative learning methods, such as PBL and group discussions. Learning methods that actively involve students, such as discussions and cooperative learning, have been proven to be able to increase student participation and develop analytical skills, problem solving and creativity.  

The Contextual Teaching and Learning (CTL) approach effectively enhances meaningful and relevant biology learning while fostering critical thinking, creativity, and problem-solving skills. By aligning with sustainable education principles, CTL supports the achievement of SDGs and equips students to address global challenges. It is recommended that educators receive training to design CTL-based strategies, integrate local and global themes, and explore its application across diverse educational contexts and models.

This study investigates the use of science-based experimental methods to enhance creativity in early childhood at RA Roihanul Jannah. The research involved 31 students actively engaging in science learning through experiments. A qualitative approach was adopted, focusing on Group B teachers and the principal as informants. Data were collected through observation, interviews, and documentation from July to August 2024. The findings indicate that the experimental method effectively promotes scientific understanding, curiosity, and problem-solving skills among children. It also enhances fine and gross motor skills through hands-on activities. However, challenges include the need for specific materials and time constraints. The study concludes that incorporating experimental methods in early childhood education significantly fosters creativity and engagement in science.

This research aims to analyze the types of errors made by fifth grade elementary school students in solving mathematical problems. This research uses a qualitative descriptive method with a case study approach. The research subjects were 25 students who were selected based on the criteria of various academic abilities and difficulties in problem solving. Data was collected through mathematical problem solving tests, semi-structured interviews, and observations. The research results showed that students' errors in solving mathematical problems were divided into three types, namely: conceptual errors (44%), procedural errors (36%), and calculation errors (20%). Conceptual errors occur due to students' lack of understanding of basic mathematical principles, such as fractional number operations. Procedural errors are caused by students' ignorance in determining systematic steps to solve problems. Meanwhile, calculation errors arise due to students' low accuracy and concentration. This research recommends using a problem-based learning approach and interactive media to increase students' understanding of concepts. Apart from that, providing varied practice questions and feedback can help students correct their mistakes. Thus, students' mathematical problem solving abilities are expected to increase significantly.

This research aims to explore the application of the Problem Based Learning (PBL) Model in an effort to improve the learning outcomes of class X IPS E students at SMA Negeri 10 Medan, especially in geographic research material. The background to this research is revealed by the low learning achievement of students, where only 40% of them achieved the Minimum Completeness Criteria (KKM). PBL was chosen as an approach because this method can encourage students to actively participate in the learning process through solving real problems, which is expected to improve their critical thinking skills and conceptual understanding. This research methodology involves systematic planning, data collection through observations and tests, and comprehensive data analysis. The research results show that the implementation of PBL significantly improves student learning outcomes. In the first cycle, there was an increase in understanding of concepts and evaluation values, which further developed in the second cycle with better results. This research concludes that PBL is effective in improving student learning outcomes in geography material and recommends teachers to apply innovative learning methods in the teaching and learning process.  

This research aims to identify and synthesize previous research related to optimizing Problem-Based Learning (PBL) in improving students' critical thinking skills in mathematics learning through a systematic literature review. Data was collected from relevant scientific articles published in the last 10 years using certain keywords through databases such as Google Scholar, Scopus, and Web of Science. The results of the literature review show that the application of PBL consistently plays a role in improving students' critical thinking abilities, especially when supported by strategies such as the use of relevant contextual problems, structured feedback, and directed teacher guidance. These findings confirm the constructivist theory which states that meaningful learning occurs when students are actively involved in authentic problem solving. However, there are variations in results across educational levels and countries, indicating the importance of contextual adaptation in the implementation of PBL. In addition, the lack of comprehensive practical guidance and long-term evaluation instruments is a major obstacle. The conclusions of this research emphasize the need to develop clearer PBL implementation guidelines and more accurate evaluation instruments to measure its impact on students' critical thinking abilities, as well as the potential of PBL in improving the quality of mathematics learning that encourages critical thinking skills as an important competency in 21st century education.

Innovation in the education sector has become increasingly important alongside the rapid advancement of digital technology, which has enabled the emergence of various platforms and applications designed to enhance teaching and learning quality. One area significantly impacted by this transformation is educational evaluation, where digital solutions offer more efficient, accurate, and data-driven assessment processes. This study aims to identify and analyze the role of the Evaloexam application in driving educational innovation while fostering the development of technological entrepreneurship among its users. The research employed a quantitative methodology using a survey approach involving educators and students at the senior high school (SMA) level who actively utilize the Evaloexam platform. A total of 100 respondents were selected through random sampling techniques, and data were collected over one month using structured online questionnaires. The collected data were analyzed using both descriptive and inferential statistical methods to measure user perceptions, system effectiveness, and innovation impact. The findings indicate that Evaloexam plays a significant role in facilitating educational evaluation processes by streamlining exam administration, automating grading, and providing analytical insights into student performance. These capabilities contribute to improved efficiency, reduced administrative workload, and more objective assessment practices. Furthermore, the application encourages the development of technological entrepreneurship by stimulating user interest in digital product innovation, educational technology development, and technology-based problem solving. The results are consistent with prior studies emphasizing the positive relationship between technology integration and improvements in educational effectiveness and operational efficiency. Practically, this research suggests that Evaloexam and similar digital evaluation platforms hold strong potential for broader implementation within educational systems to support innovation ecosystems and technology-driven learning environments. However, this study is limited by its relatively small sample size, focus on a single application, and short data collection timeframe. Future research is recommended to involve larger and more diverse populations, extended study durations, and comparative analyses across multiple evaluation platforms to obtain more comprehensive findings.

This research aims to determine the influence of applying problem solving learning methods on student learning outcomes in the class X Islamic Cultural History subject. The type of research used is quantitative research using a Pre-Experimental design (one-group-pretest-posttest Design). The population in this study was 253 and the sample in this study was 53. The sampling technique used by researchers was Cluster Sampling. The research results obtained based on the results of the paired samples t-test analysis obtained a sig value. (2-tailed) of 0.000 with a significance level of α=0.05, which means 0.000 <0.05, so Ha is accepted and Ho is rejected. Meanwhile, it is known that the data df=31, the significance level α=0.05, the t-count value = 24.002 and the t-table = 2.021 so it can be stated that the t-count value is greater than the t-table meaning 24.002>2.021 with a correlation level of 0.960 . So Ha is accepted and Ho is rejected, meaning the influence of problem solving learning methods on student learning outcomes in SKI subjects in class is -0.041 (experimental class posttest = 84.84 and control class posttest = 59.05) which means the average score for the experimental class posttest is higher than the control class posttest. Thus it can be concluded that the problem solving method influences student learning outcomes in the SKI class X MAN 3 Banyuwangi subject.

This research aimed to improve students’ activities and learning outcomes of Mathematics in solving problems related to money on chapter whole numbers up to 100.000 by using project-based learning integrated with social emotional learning (SEL) for students at class 5 in SDN Pilangrejo 02. This research used classroom action research which carried out in 2 cycles. Each cycle was carried out in 4 stages, includes planning, action, observation, and reflection. This research used observation, tests and documentation as the instruments. The data analysis used qualitative and quantitative descriptive analysis. The result of this study showed the percentage of students’ activity in cycle I reached 58.84% and increased 87.23% in cycle II. The percentage of learning outcomes in pre-test (pre-cycle) reached 27.28% with average score of 60, it increased 72.23% with average score of 80 in post-test (cycle I), and increased to 90% with average score of 93 in post-test (cycle II). So, it concluded that the implementation of Project Based Learning integrated with Social Emotional Learning (SEL) can improve the students’ activities and learning outcomes of mathematics subjects at class 5 in SDN Pilangrejo 02.

This study aims to analyze the intuitive thinking skills of junior high school students in solving geometric problems based on their learning styles: visual, auditory, and kinesthetic. The research employed a descriptive method with a qualitative approach. Data were collected through a learning style questionnaire to categorize students, problem-solving tests on geometric shapes, and in-depth interviews to explore students' intuitive thinking abilities. The findings indicate that students with a visual learning style exhibit stronger intuitive thinking skills compared to those with auditory and kinesthetic learning styles. Visual learners provided clear and well-structured answers aligned with intuitive thinking indicators such as Catalytic Inference, Power of Synthesis, and Common Sense. Conversely, auditory learners tended to give less detailed answers, although they could identify relevant information. Kinesthetic learners offered brief and less detailed responses, particularly in specifying measurements and units in their calculations. These findings underscore the importance of understanding students' diverse learning styles to optimize mathematics teaching strategies, particularly in enhancing problem-solving skills and intuitive thinking.

This study aims to explore the role of entrepreneurship-based social studies learning in building the independent character of 5th grade elementary school students. Using a qualitative approach, this study examines the impact of implementing entrepreneurial learning in the context of social studies on the development of students' independent attitudes, social skills, and ability to innovate. Data were obtained through literature review and content analysis of various relevant literatures, as well as observation of entrepreneurship learning practices in elementary schools. The results show that entrepreneurship-based social studies learning significantly contributes to improving students' independent character, including the ability to make decisions, manage resources, and innovate in solving problems. In addition, this learning also strengthens students' social skills, such as cooperation, communication and leadership. This research suggests that entrepreneurship-based social studies learning should be further expanded at the primary school level to support better development of students' independent character and prepare them to face future social and economic challenges.  

Education plays a crucial role in optimally developing and directing students' potential. In the current educational context, learning outcomes are assessed based on students' abilities to solve problems, reason, communicate, and demonstrate knowledge and attitudes. However, preliminary studies at MAN 1 Banjarmasin revealed that only 62.85% of the XI Agama class students met the Minimum Completeness Criteria (KKM) of 75 in Fiqh subjects, while the rest failed. This study aimed to improve learning outcomes in the topic of Mawaris by using an Android-based learning media, the "Kalkulator Waris" application. This Classroom Action Research (CAR) was conducted through two cycles following the model proposed by Arikunto, comprising planning, action, observation, and reflection phases. In the first cycle, the average student score was 73.63 with a 62.85% success rate. After refining the learning process, the second cycle showed significant improvement: the average score rose to 88.17, and all students (100%) achieved mastery. The use of the "Kalkulator Waris" application facilitated students’ understanding of complex inheritance calculations, enhanced learning engagement, and fostered a more active, creative, and problem-solving learning environment. The findings suggest that appropriate use of Android-based educational applications can significantly enhance learning outcomes, particularly in complex subjects like Islamic inheritance law.

Learning Islamic Cultural History (SKI) at Madrasah Aliyah presents unique challenges, particularly in increasing students' interest and learning outcomes. Conventional methods such as lectures and memorization often result in low student engagement, leading to suboptimal understanding and poor learning outcomes. To address this issue, this study implements project-based learning (PjBL) as an alternative approach to enhance student learning outcomes. This study examines the effectiveness of project-based learning in improving student achievement in SKI subjects at Madrasah Aliyah 1 Kampar, specifically in class XI Science. Using the Kemmis and McTaggart classroom action research (CAR) model, the research was conducted in two cycles, involving planning, implementation, observation, and reflection stages. Data were collected through learning outcome tests, observation sheets, interviews, and student and teacher questionnaires. Both quantitative and qualitative analyses were performed to comprehensively assess the effectiveness of this method. The findings indicate that implementing project-based learning positively impacts student learning outcomes. The average student score increased significantly from the first to the second cycle. Moreover, student engagement in learning activities improved, as seen in their active participation in discussions, material exploration, and teamwork on assigned projects. Additionally, this method helped students develop critical thinking, problem-solving, and collaboration skills essential in modern education. The study confirms that project-based learning is an effective strategy for enhancing SKI education in Madrasah Aliyah. These findings suggest that educators should adopt more innovative and interactive teaching methods to foster student engagement and deeper understanding in learning.