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Constructivism learning theory places learners as active subjects in constructing knowledge through learning experiences, social interactions, and reflection on their surroundings. This approach views learning not as a passive process of receiving information, but as an active process of constructing meaning based on the prior knowledge possessed by learners. This paper aims to comprehensively examine the development and definition of constructivist learning theory, its main principles and characteristics, and its implications in the learning process, particularly in the context of primary education. The writing method used is a literature study by analyzing various literature sources in the form of textbooks, scientific journal articles, and other relevant references related to constructivism theory. The results of the study show that constructivist learning emphasizes learner-centered learning, where knowledge is not transferred directly by the teacher but is constructed through a process of assimilation and accommodation. In this approach, teachers act as facilitators who design a conducive learning environment so that students are able to build understanding independently and through social interaction. The application of constructivist learning has been proven to encourage the development of critical thinking, problem solving, cooperation, and meaningful learning. Therefore, constructivist learning theory is relevant to be applied in modern learning as an effort to improve the quality of the learning process and outcomes of students.

The development of Artificial Intelligence (AI) technology has provided new opportunities to enhance the quality of learning, particularly in elementary science education. One form of AI utilization is chatbots, which function as interactive learning media capable of encouraging students’ active participation. In science learning, questioning behavior is an important indicator of students’ cognitive engagement; however, many elementary school students tend to be passive in asking questions. This study aimed to examine the effect of using AI chatbots in science learning on students’ questioning behavior in Grade V of SDN Plalangan 03 Gunungpati, Semarang City. This study employed a quantitative approach with a quasi-experimental design. Data were collected through observation, questionnaires, and documentation. The data were analyzed to identify changes in students’ questioning behavior before and after the implementation of AI chatbots in science learning. The results indicated that the use of AI chatbots improved students’ questioning behavior in terms of frequency, confidence, and activeness in asking questions. AI chatbots provided a comfortable and flexible interaction space for students, which helped reduce psychological barriers in questioning. It can be concluded that the use of AI chatbots has a positive effect on students’ questioning behavior in elementary school science learning.

General education at Islamic Religious Higher Education Institutions (PTKI) plays an important role in developing students’ critical thinking skills so they can analyze religious and social issues reflectively and contextually. However, learning practices in PTKI are still dominated by teacher-centered approaches and low cognitive achievement, which limits the development of analytical, evaluative, and problem-solving abilities. Meanwhile, studies show that integrating digital media, particularly video, can improve conceptual understanding, motivation, and cognitive engagement, yet a digital video-based meaningful learning model specifically designed for the PTKI context remains limited. Therefore, this study aims to formulate a Digital Video-Based Meaningful Learning Model (MPBBVD) to enhance students’ critical thinking skills. This research employed a literature review method by analyzing books, scientific articles, research reports, and digital sources related to meaningful learning, constructivism, multimedia learning, digital video use, and critical thinking development. Data were analyzed descriptively and qualitatively to identify the theoretical foundations, learning syntax, and design principles of the model. The findings indicate that MPBBVD integrates Ausubel’s Meaningful Learning theory, constructivist perspectives from Piaget, Vygotsky, and Bruner, Mayer’s Multimedia Learning theory, and the critical thinking framework of Facione and Ennis. The model uses digital video as the main learning medium and applies the ACTIVE stages (Attend, Connect, Think, Interpret, Verify, Evaluate) to promote contextual and interactive learning. Integrating pre-, during-, and post-video activities supports knowledge construction, reduces cognitive load, and increases student engagement, contributing theoretically and practically to improving critical thinking in PTKI in the Industrial Revolution 4.0 era.

This study explores the major challenges faced by moral education in the modern era, particularly within Madrasah Ibtidaiyah, where rapid technological advancement, globalization, and shifting patterns of student interaction have significantly influenced the traditional process of moral development. The purpose of this research is to analyze teachers’ strategies in revitalizing moral education, identify the supporting and inhibiting factors in its implementation, and evaluate its impact on students’ discipline. Employing a qualitative approach with a case study design, data were collected through in-depth interviews with the school principal, Islamic ethics teachers, and students, as well as observations of daily moral habituation practices within the school environment. The findings indicate that effective revitalization of moral education occurs through an integration of teacher role modeling, consistent habituation of moral practices, and value internalization supported by interactive learning methods. These strategies contribute to improved student discipline, greater independence, and more stable behavioral patterns. However, the effectiveness of these efforts is still influenced by external factors such as excessive gadget use and limited continuity of moral guidance at home. The study provides an integrative and adaptive model of moral education that aligns with the characteristics of the digital generation and emphasizes the essential collaboration between teachers, schools, and families. The results highlight the importance of a responsive, contextually relevant approach to moral development that meets the evolving needs and challenges of 21st-century learners.

This research is motivated by the importance of creating enjoyable learning so that early childhood learning interests can develop better, especially in Pembina State Kindergarten, Dungingi District. The purpose of this study was to determine the effect of the use of interactive learning media on children's learning interests and describe changes in their learning behavior when activities are carried out without media and with interactive media. This study used a quantitative approach with a quasi-experimental method through conventional learning and learning using interactive media in the form of coloring activities. Data were obtained through observations by assessing aspects of enjoyment, focus, activeness, and enthusiasm during the activity. The results showed that children's learning interests in conventional learning only reached an average score of 6 and tended to be low, while in learning using interactive media, it increased significantly to an average score of 13.1. This change was seen from the increase in children's enthusiasm, better ability to focus, and their more active involvement during the learning process. The findings of this study confirm that interactive learning media has an important role in attracting children's attention and creating a more lively and meaningful learning atmosphere, thereby increasing early childhood learning interests

The rapid advancement of digital technology has significantly influenced students’ learning behavior while gradually reducing their interest in local cultural education, including the study of the Javanese script. This phenomenon is evident at SDIP Haji Muhammad Subandi, where most students still struggle to recognize, read, and understand Javanese characters due to the limited use of engaging and interactive learning media. To address this issue, a 2D educational game was developed as an innovative, contextual, and enjoyable learning medium that integrates cultural elements into an interactive digital learning experience. The design and development process employed the Multimedia Development Life Cycle (MDLC) method, which consists of six stages: concept, design, material collecting, assembly, testing, and distribution. The game was built using Unity software to produce dynamic visuals, responsive controls, and supporting audio elements that enhance the immersive quality of gameplay. The educational game enables students to learn Javanese script through interactive play activities, including letter recognition, pronunciation practice, and quiz-based challenges. Each component was designed to strengthen cognitive understanding while increasing students’ intrinsic motivation to learn. Expert validation results indicated that the game met the “highly feasible” criteria as a learning medium, while user testing showed notable improvements in motivation, engagement, and learning enjoyment. Overall, this educational game not only enhances learning effectiveness but also contributes to the preservation and revitalization of the Javanese script as part of Indonesia’s cultural heritage in the digital era. Therefore, this game-based learning approach serves as an adaptive and culturally grounded educational innovation for primary-level students

Hypertension substantially increases the risk of developing secondary conditions, including stroke, renal disease, coronary heart disease, and heart failure. Early management is therefore essential to prevent complications and adverse outcomes. Evidence indicates that untreated hypertension contributes to approximately 60% of stroke cases. Public knowledge regarding hypertension-related complications remains limited, and many individuals are unable to identify early signs of stroke the most common complication associated with hypertension. This study aimed to assess the knowledge of hypertensive patients regarding stroke risk and management at Santa Elisabeth Hospital Medan in 2024. A descriptive research design was employed. The sample consisted of 67 hypertensive patients attending the outpatient clinic, selected through purposive sampling. Data were presented using frequency distribution tables. The findings revealed that 52.2% of respondents demonstrated poor knowledge, 32.8% had moderate knowledge, and only 14.9% showed good knowledge regarding stroke risk and management. These results underscore the need for patients to adopt healthier lifestyles and for the hospital to strengthen educational efforts by providing more engaging and interactive learning materials for patients and their families.

This study aims to examine learning typologies in Arabic language instruction and analyze how differences in learning styles influence the effectiveness of the learning process. The study focuses on identifying the characteristics of visual, auditory, and kinesthetic learning types and how these variations can serve as the basis for designing more adaptive and meaningful Arabic teaching strategies. The method employed is a literature review, involving the examination of books, journal articles, previous research findings, and other relevant scientific documents. The analysis was conducted through the collection of references, in-depth review, critical evaluation, categorization of findings, and theoretical synthesis, resulting in a comprehensive description of learning typologies within the context of Arabic language learning. The findings indicate that Arabic language learning is influenced not only by variations in learning typologies but also by fundamental conceptual foundations of learning, which include philosophical, psychological, sociological, and communicative aspects. Learning typologies visual, auditory, and kinesthetic play a significant role in determining how learners understand and respond to Arabic material. Furthermore, learning success is strongly shaped by the application of active learning principles and the learners' cognitive processes. The cognitive domain, which refers to mental abilities to think, establish associations, understand, and analyze knowledge, becomes a crucial element in optimizing language comprehension. These findings affirm that Arabic language learning will be more effective when teachers are able to integrate fundamental learning concepts and adapt teaching strategies to learners' typologies and cognitive abilities.

Critical thinking skills are crucial in preparing students to face global challenges, particularly in economics, which utilizes the Merdeka curriculum based on a deep learning approach. The purpose of this study was to determine students’ critical thinking skills through the implementation of the ALBICI (Active Learning Based Interactive Conceptual) learning model within the Merdeka curriculum based on a deep learning approach. This study employed a qualitative approach with a case study design, conducted through reviews and observations at SMA Islam 1 Surakarta. The results indicate that the implementation of the ALBICI interactive learning model can improve critical thinking skills within the Merdeka curriculum based on deep learning. This study also provides valuable guidance for educators seeking to implement effective teaching practices to enhance student interest and motivation, thus optimizing classroom activities.

Rapid advances in Information Technology (IT) in the 21st century have significantly transformed educational practices, particularly in vocational high schools (SMK) specializing in Software Engineering (RPL). Traditional learning media, such as textbooks, static slides, and lectures, often fail to provide an interactive learning experience, limiting students’ engagement and reducing the effectiveness of knowledge retention. To overcome this challenge, this study focuses on developing and validating an interactive quiz application called VOCANETIC, designed as an innovative learning aid for SMK RPL students. The research uses a Research and Development (R&D) approach, emphasizing the stages of product development, expert validation, and feasibility assessment. VOCANETIC is developed using VB.NET in the Microsoft Visual Studio environment, and MySQL is employed for efficient data management and storage. The application features interactive quizzes, real-time feedback, and user-friendly interfaces to enhance student engagement and motivation. Based on evaluation and analysis by expert validators, VOCANETIC meets the “Proper” feasibility criteria, demonstrating usability, interactivity, and educational effectiveness. The results indicate that VOCANETIC is capable of supporting active learning, improving students’ understanding of software engineering concepts, and providing an effective platform for self-assessment and practice. In conclusion, the VOCANETIC application is proven to be a valid, reliable, and practical tool that can be implemented as an interactive learning medium in SMK RPL, offering an innovative approach to facilitate student learning and engagement in the digital era.                                                              

This study aims to improve early childhood learning activities by utilizing vacant land as a nature center at Aisyiyah Bustanul Athfal 50 Kindergarten, Surabaya. The underlying problem is the lack of variety in early childhood learning, which tends to be limited to the classroom and the suboptimal use of the surrounding environment as a learning resource. This study used a qualitative approach with the Classroom Action Research (CAR) method, conducted in two cycles. The subjects were 15 children in Group B, characterized by active learning but limited focus on learning and environmental exploration. Data were collected through observation, interviews, and documentation, while data validity was tested through triangulation of sources and techniques. The results showed that children's learning activities increased significantly after the implementation of nature-center-based learning. Children became more active, enthusiastic, and were able to interact better with their environment and peers. Activities such as planting, watering, observing insects, and maintaining garden cleanliness provided meaningful and enjoyable learning experiences. In addition, the utilization of vacant land was an effective solution in creating a contextual and child-friendly learning atmosphere. The environment around the school was optimally utilized as a learning medium appropriate to the development of early childhood. This study concluded that the nature center significantly contributed to increasing children's learning activities. Therefore, this nature-based learning model can be recommended as an innovation in early childhood learning for other educational units.

The 21st century of digitalization is very influential in life such as Education which must adapt to the development of world digitalization technology. Education is carried out by involving innovation, creativity, and also motivation to update more interesting learning methods with interactive media that have been designed. History learning in particular must develop and adapt to the digital era by utilizing technology to make teaching methods the goal of an active learning process. History learning which is considered boring has a great opportunity to be able to adapt to interactive media so that passive students during learning are reduced and become active students and can understand History easily. In this study involved a teacher with 30 high school students who were the objects of the research study. The method used was descriptive qualitative which refers to observation, documents, interviews, questionnaires, and also a social science approach. The results of the study explain the low interest in History learning to many passive students due to learning methods that are not in line with the digital era to attract Gen Z's interest in History Lessons and also show the results of History learning by involving interactive media with digital technology.

Based on observation data, it can be seen that science learning in elementary schools still does not improve student learning outcomes. This is because the learning is still teacher-centered or learning that is centered on the teacher (the teacher is active while the students are passive) and the use of learning media is still lacking. This can cause the impression of boring learning and can result in low student motivation which has an impact on student learning outcomes in learning. Therefore, a study was conducted on the use of role-playing tools in improving science learning outcomes about the motion of objects and energy. The purpose of this study was to improve science learning outcomes about the motion of objects and energy by using teaching aids. This study used classroom action research (CAR). The research subjects were grade III students of SD Negeri 06 Dobo, Aru Islands Regency, Maluku. The results of the study showed that the use of role-playing tools can increase (1) student activity in learning, (2) increase teacher activity, (3) Improve student learning outcomes in science learning about the motion of objects and energy. Based on the results of the study, it can be concluded that the use of teaching aids can improve student learning outcomes in science learning about the motion of objects and energy. Suggestions that can be given in this study are that student learning outcomes can be improved through other learning methods and media.

Learning mathematics not only focuses on mastering concepts and calculation skills, but also requires creating a conducive learning environment so that students can think critically, logically, and creatively. A conducive learning environment plays a crucial role in fostering student motivation and active engagement, making the success of the learning process highly dependent on the strategies implemented by the teacher. This research aims to describe mathematics teachers' strategies in creating a conducive learning environment thru the application of active and contextual learning strategies. The method used is library research, which involves collecting and reviewing various scientific sources such as books, journals, and academic articles relevant to the research topic. The research results indicate that active learning strategies are able to increase student participation, strengthen reasoning abilities, and foster learning motivation. Teachers play an important role as facilitators, motivators, mediators, and evaluators, directly influencing the learning climate in the classroom. Contextual learning strategies like REACT (Relating, Experiencing, Applying, Cooperating, Transferring) have proven effective in connecting mathematical concepts with students' real-life experiences and creating a fun and meaningful learning environment. In addition, humanistic classroom management, the use of technology, and adapting learning to students' different abilities are supporting factors in achieving a conducive learning environment. The implications of this research indicate that the success of mathematics learning is not solely determined by the methods used, but also by the teacher's ability to build positive relationships with students and create an interactive, adaptive learning environment that optimally fosters students' potential development.

This study analyzes the need for training design for accounting vocational teachers using Project Based Learning (PjBL) approach to achieve deep learning through systematic literature review. The gap in teachers' competence in implementing PjBL and the limitations of relevant training designs are major problems in vocational education. This research aims to identify trends, gaps, and needs for developing PjBL-based accounting teacher training designs oriented towards achieving deep learning. The systematic literature review method was employed by analyzing 25 articles from Scopus, ScienceDirect, and Google Scholar databases from 2018-2025. The research identified 25 unique articles categorized into three main themes: Deep Learning perspectives (10 articles), Vocational Teacher Training and Development (6 articles), and Project-Based Learning implementation (9 articles). The results show four main trends: (1) increased global adoption of PjBL as an innovative learning method, (2) demands from accounting professional organizations for active learning methods, (3) popularity of deep learning concepts in contemporary educational literature integrated with 21st-century skills, and (4) urgent need for comprehensive teacher training designs. Significant gaps were identified in the limitations of relevant training designs for vocational contexts and lack of systematic training development research. This study concludes that accounting vocational teacher training designs with PjBL approach are urgently needed to bridge the gap between theoretical competence and practical industry applications, with emphasis on achieving holistic deep learning encompassing cognitive, interpersonal, and intrapersonal domains.

River pollution has become one of the serious environmental issues in Indonesia, including in the Gelis River in Kudus City. The lack of public awareness—especially among the younger generation—in maintaining river cleanliness highlights the need for effective and engaging educational media. This study aims to design an Android-based educational game as an interactive learning tool for children aged 7 to 12 years to raise their awareness about the importance of keeping rivers clean. The research method used is Research and Development (R&D), employing the ADDIE development model (Analysis, Design, Development, Implementation, Evaluation). The game developed, titled RiverCourse: Petualangan Menjaga Sungai (RiverCourse: The Adventure of Protecting the River), features a sidescrolling mechanic with a visual style combining pixel art and cartoons, suited to the cognitive development stage of children. Testing was conducted on the target age group through observation and simple questionnaires.

The use of Search-Based Software Engineering (SBSE) for optimizing software architecture has evolved from fully automated to interactive approaches, integrating human expertise. However, current interactive tools face limitations: they typically support only single decision-makers, confine architects to passive roles, and induce significant cognitive fatigue from repetitive evaluations. These issues disconnect them from modern, team-based software development, where collaboration and consensus are crucial. To address these shortcomings, we propose "ArchEvolve," a novel framework designed to facilitate collaborative, multi-architect decision-making. ArchEvolve employs a cooperative coevolutionary model that concurrently evolves a population of candidate architectures and distinct populations representing each architect's unique preferences. This structure guides the search towards high-quality consensus solutions that accommodate diverse, often conflicting, stakeholder viewpoints. An integrated Artificial Neural Network (ANN) serves as a preference learning module, trained on explicit team feedback to act as a surrogate evaluator. This active learning cycle substantially reduces the number of required human interactions and alleviates user fatigue. Empirical evaluation on two industrial case studies (E-Commerce System and Healthcare Management System) compared ArchEvolve to a state-of-the-art interactive baseline. Results indicate that ArchEvolve achieves statistically significant improvements in both solution quality and consensus-building. The preference learning module demonstrated over 90% accuracy in predicting team ratings and reduced human evaluations by up to 46% without compromising final solution quality. ArchEvolve provides a practical, scalable framework supporting collaborative, consensus-driven architectural design, making interactive optimization a more viable and efficient tool for real-world software engineering teams by intelligently integrating cooperative coevolutionary search with a preference learning surrogate.

This study aims to develop a social media-based learning platform, specifically an Instagram account (@AIK_Muh5), for Islamic Religious Education (AIK) at Muhammadiyah Junior High School, using the first two stages of the ADDIE model (Analysis and Design). The study is based on theoretical frameworks such as social media-based learning, the challenges of AIK in the 21st century, and educational theories like constructivism and connectivism. The platform is designed to offer interactive and engaging learning through visual content like infographics, educational videos, and Instagram’s interactive features (polls, stories, comments, and live sessions). This approach aims to enhance students' digital literacy, provide relevant content, and strengthen Islamic character. While the platform has potential, it faces limitations, including a lack of empirical data to measure its effectiveness, the risk of oversimplifying complex AIK material, and an unclear evaluation system. Additionally, access issues and age restrictions hinder its use. The study suggests continuous development, integration with face-to-face learning, and inclusive strategies to ensure equitable access for all students, positioning this platform as a model for AIK learning in the digital age.

This study aims to develop an interactive learning media based on Genially Hybrid for the topic of the Human Reproductive System in senior high schools, aligned with the 2024 National Curriculum. The research employed a Research and Development (R&D) approach using the ADDIE model, focusing on the development stage. The final product consists of three main media: (1) interactive presentation, (2) digital board game, and (3) “Family 100” game show. Each medium was designed according to Mayer’s Multimedia Principles and Cognitive Learning Theory to enhance students’ engagement and conceptual understanding. The results show that Genially Hybrid media successfully integrates visual, verbal, and interactive components that support both face-to-face and online learning flexibly. These media not only enrich learning experiences but also improve students’ motivation and collaboration in mastering abstract biological concepts. This innovation is expected to serve as an initial model for developing effective and adaptive digital learning media that meet the demands of the Society 5.0 era and the 2024 National Curriculum.

This study aims to determine the effect of the application of PQ4R (Preview, Question, Read, Reflect, Recite, Review) learning strategies on the mathematical problem-solving ability and confidence of students at SMAN 1 Sembakung, Nunukan Regency. The background of this research is the low ability of students to solve mathematical problem-solving problems and their lack of confidence in facing academic challenges. The PQ4R strategy was chosen because it is considered to be able to encourage active student engagement, build deep understanding, and strengthen confidence through structured learning steps. This study uses a quantitative method with a quasi-experimental design of the pretest-posttest control group design. The research sample consisted of 73 students in grade XI who were divided into experimental and control groups at random. The research instruments include problem-solving ability tests and confidence questionnaires. The data analysis technique used t-test and MANOVA (Hotelling's Trace) after meeting the normality and homogeneity tests. The results showed that PQ4R learning strategies had a significant effect on students' mathematical problem-solving skills and confidence. The experimental group experienced a higher score increase than the control group. Thus, the PQ4R strategy can be an effective learning alternative to improve the quality of mathematics learning as well as students' affective aspects such as confidence.