Publication Search

Nahwu (Arabic grammar) is a fundamental discipline in learning the Arabic language, helping to prevent errors in speech and serving as a primary key to clearly understanding Islamic legal texts. However, in practice, the teaching of Nahwu often faces complex challenges, particularly the lack of active participation among female students and their uneven mastery of the subject. Therefore, this study aims to explore the problems in teaching Nahwu at Al-Madani Islamic Boarding School in Cikalong and to identify the factors causing these issues. This study aims to: (1) reveal the problems faced by second-grade female students of KMI in learning Nahwu at Al-Madani Islamic Boarding School in Cikalong, and (2) identify the contributing factors influencing the emergence of these problems. This research employs a descriptive qualitative approach. The researcher used three data collection techniques: classroom observation, in-depth interviews with the Nahwu teacher, and questionnaires distributed to the students. For data analysis, the researcher applied the Miles and Huberman model, which consists of data reduction, data display, and conclusion drawing. To ensure data validity, data triangulation techniques were used. The results of the study indicate that the problems are divided into two main aspects: (1) learning-related problems, including the gap between memorization of grammatical rules and their application (i‘rab), high levels of academic anxiety, and decreased classroom concentration; and (2) contributing factors, including methodological factors, linguistic-psychological factors, and classroom management factors. The researcher suggests that teachers adopt more interactive teaching methods and media, as well as innovative visual tools to reduce the abstract nature of Nahwu materials and enhance students’ functional understanding. Additionally, activating “Halaqah Nahwiyyah” (grammar study circles) in dormitories is recommended to overcome psychological barriers and improve students’ linguistic confidence.

Early reading skills are fundamental competencies that must be mastered by elementary school students, as they serve as the foundation for future academic success. However, conventional teacher-centered instruction often fails to maximize students’ active engagement in learning. This study aims to analyze the effectiveness of the Project Based Learning model assisted by mind mapping media in improving the early reading skills of second-grade elementary students. This research employed a quantitative approach with an experimental design. The participants were second-grade students who received instruction through the Project Based Learning model assisted by mind mapping media. Data were collected using reading skill tests administered before and after the treatment. The data were analyzed to identify differences in students’ reading abilities following the implementation of the learning model. The findings indicate that the implementation of Project Based Learning assisted by mind mapping media has a positive effect on students’ early reading skills. The model promotes active student participation, enhances critical and creative thinking skills, and facilitates comprehension through structured visual representation of concepts. Furthermore, the learning environment becomes more interactive and meaningful, increasing students’ motivation to engage in reading activities. Therefore, the Project Based Learning model assisted by mind mapping media is recommended as an alternative instructional strategy to improve early reading skills in elementary schools.

Digital images often experience noise disturbances that can reduce visual quality and interfere with the image analysis process. One common type of noise is salt and pepper noise, especially in grayscale images, which is characterized by the random appearance of black and white dots. This study applied the Deep Convolutional Autoencoder (DCAE) method with a skip connection mechanism to eliminate salt and pepper noise in grayscale images measuring 256×256 pixels. The dataset used consists of 300 pairs of clean images and noisy images that have gone through the preprocessing stage, including normalization and data augmentation. The model was trained using an Adam optimizer with a Mean Squared Error (MSE) loss function and validated through a train-test split scheme to avoid overfitting. Model performance was evaluated using Peak Signal-to-Noise Ratio (PSNR) and Structural Similarity Index (SSIM) metrics. The test results showed that the DCAE model with skip connections was able to effectively reduce noise while maintaining the main structure of the image based on the PSNR and SSIM values obtained, and showed better performance than conventional median filters. In addition, the model was successfully implemented into a Streamlit-based application to perform the image denoising process interactively, making it easier for users to experiment and visualize results in real-time.

Electronics learning in higher education continues to face various challenges, particularly in the provision of interactive learning media capable of concretely and engagingly visualizing the form, characteristics, and working principles of electronic components. The limitations of conventional learning media often result in abstract learning processes, which in turn lead to a low level of student understanding of basic electronics concepts. This study aims to develop the AMPERE as an innovative and technologically relevant interactive learning medium. The research employed R&D approach using the Borg & Gall model, which includes the stages of needs analysis, design, product development, validity testing, and limited implementation. The AMPERE application was developed using marker based AR technology, in which a smartphone camera detects markers to display and interact with 3D electronic component objects in real time. The results indicate that the AMPERE application achieved a high level of validity, with a score of 0.88 from subject-matter experts and 0.84 from media experts, and was therefore deemed suitable for use as a learning medium. The small-group trial results showed a practicality level of 82.07%, while the practicality test during the implementation stage reached 85.67%. These findings demonstrate that AMPERE is effective in enhancing learning interactivity and assisting students in understanding the form, function, and working principles of electronic components through smartphone-based digital visualization. Theoretically, these results are consistent with constructivist learning theory, which emphasizes active knowledge construction through direct experience and interaction with learning objects.

The purpose of this study is to develop teaching materials in the form of interactive textbooks on the subject of Rukun Iman (the Five Pillars of Islam) for MIS NU students in Palangkaraya City. The motive for this study is the need for more contextual and relevant teaching resources on Aqidah Akhlak (Islamic beliefs and morals) in order to optimize students' understanding. The ADDIE development model, which includes the phases of needs analysis, product design, development, implementation, and evaluation, was used in this study. Validation was carried out by subject matter experts, design experts, and educators as practitioners to ensure the suitability of the product. Based on the validation results, subject matter experts and designers consistently rated the teaching materials as “very feasible” in terms of media functionality, visual appeal, and material completeness. Improved learning outcomes through pre- and post-tests, as well as a feasibility rate of 93.02%, were demonstrated during implementation in a field test with 30 second-grade students. Moderate to significant learning gains were shown by N-Gain analysis. The findings prove the effectiveness of interactive learning books in improving students' understanding of the Five Pillars of Islam and providing alternative teaching resources that are more interesting and easier to understand. It is hoped that this publication will serve as a guide for educators in Islamic elementary schools to maximize the teaching of Aqidah Akhlak.

This study examines the role of mathematics learning in improving logical thinking skills in early childhood. The background of this study is based on the importance of logical thinking skills as a foundation for children's cognitive development, which can begin at an early age through appropriate mathematics learning. The purpose of this study is to analyze how mathematics learning can stimulate the development of logical thinking in early childhood and explore effective learning strategies. The methods used are library research and observation of several models of mathematics learning for early childhood in early childhood education institutions. The findings indicate that fun and concrete activity-based mathematics learning can improve children's abilities in critical thinking, constructing patterns, drawing conclusions, and solving simple problems. The implications of this study emphasize the need for the application of creative and interactive mathematics learning methods to support the development of logical thinking from an early age, while also encouraging educators to integrate mathematics into children's daily activities. This study also recommends the development of learning media appropriate to children's developmental stages for optimal results.

In supporting the learning process, teachers often use videos on YouTube, Instagram, and TikTok for learning media nowadays. One that can be used for learning media is Augmented Reality. Augmented Reality in the world of education has not been implemented and applied as a supporting medium for interactive education in schools, because no educational institution has implemented it as a mandatory media that functions as a learning tool. Muhammadiyah 12 GKB Gresik Middle School has a Digital Technology Class Program that strives to provide a forum for teachers and students to always actively use technology in learning in class and outside the classroom. With the material Reply for unbelievers, it is hoped that it can be visualized through Augmented Reality. Based on the background above, the author tries to explain the main statement (1) how to design an effective, efficient, and interesting Augmented Reality learning model for 8th grade students of the Quranic material, Surah Al Fajr, reply for unbelievers. (2) what are the advantages and disadvantages of the Augmented Reality learning media design. This study aims to describe the design of the Augmented Reality learning model so that it is effective, efficient, and interesting. As well as describing the advantages and disadvantages of Augmented Reality learning media design so that it can be effective, efficient and interesting for students. The research method used by researchers uses the Research and Development method by adopting the ADDIE development model in the first two steps: Analysis and Design. The results of the needs analysis on the use of Augmented Reality (AR) media in learning replies for non-believers, this is effective, efficient and interesting if used in the learning process for students, and is needed, especially in learning replies for non-believers.

This research aims to develop a web-based e-learning application at Sekolah Dasar Masehi Tanggaba by applying the Waterfall software development model. The background of this study stems from the need for interactive, flexible, and easily accessible learning media in the digital era, considering that conventional face-to-face methods are still predominantly used in schools. The Waterfall model was chosen because it provides a systematic workflow through the stages of requirements analysis, system design, implementation, testing, and maintenance. Data collection was carried out through observations, teacher interviews, and documentation studies to identify the actual needs of users.The results of this study produced an e-learning application with key features, including learning material management, interactive quizzes, discussion forums, and automated assessment. Teachers can upload structured materials and assignments, while students can access learning content, complete exercises, and interact through forums more flexibly. System testing was conducted using the black box method to ensure that each function runs according to user requirements and specifications. Based on the testing results, the application was proven to function properly, be practical to use, and effective in supporting the learning process. Teachers found it helpful in managing materials and assignments, while students experienced more independent and interactive learning that was not limited to the classroom. Therefore, the developed e-learning application can be considered valid, practical, and effective as a supporting learning medium in elementary schools and has the potential to improve learning quality in the digital era.

The development of digital technology and the impact of the pandemic have shifted the learning paradigm in elementary schools from traditional face-to-face models to technology-based online systems. However, the limited mastery of teachers in utilizing digital learning media, particularly Google Classroom, has become a major obstacle in implementing effective online learning. This community service activity aims to improve the competence of teachers at SD Negeri Gollu Sapi in managing technology-based learning through the use of Google Classroom. The implementation method consists of four stages: preparation, workshop implementation, practice mentoring, and evaluation. The workshop was designed interactively by combining material presentation, demonstration, discussion, and hands-on practice, covering the creation of virtual classes, uploading teaching materials, assigning tasks, and conducting online assessments. The results of the activity showed a significant improvement in teachers’ skills, both in independently managing online classes and in applying the main functions of Google Classroom. Teachers were able to create digital teaching materials, set assignment schedules, provide feedback, and prepare technology-based assessments. In addition, this activity also produced an online article publication and video documentation as additional outputs. The teachers’ enthusiasm during the implementation indicates that this activity is useful and relevant to the needs of 21st-century learning. With this training, teachers are expected to become more adaptive to the digital transformation in education, thereby supporting the achievement of a more interactive, effective, and sustainable learning process in the digital era.

This study aims to describe the early reading skills of first-grade students at Wahidiyah Elementary School in Tugu Village, Sendang District, Tulungagung Regency. This study uses a qualitative approach with a model adapted from John Creswell. The research subjects consisted of five students selected purposively. Data collection techniques were carried out through observation, interviews, and documentation. The focus of the study was directed at five indicators of early reading, namely: letter recognition, syllable recognition, combining letters into words, reading words, and reading simple sentences. The results of the study showed that the use of the reading wheel teaching media had a positive impact on improving students' early reading skills. Students appeared enthusiastic about participating in reading learning activities with the reading wheel media. The activity of spinning the wheel, arranging letters, and reading the results of the rotation became a fun learning tool and motivated them to be more active. This process helped students recognize letters and put words together gradually, although the achievement of each student's early reading skills varied. The reading wheel teaching media was proven to create an interactive and enjoyable learning atmosphere. The conclusion of this study is that the reading wheel media is effective for use in early reading learning in first-grade elementary schools. Researchers recommend that teachers develop and utilize similar innovative teaching media to support students' early literacy skills.

This research is motivated by the low speaking ability of children in group A of RA Tarbiyatul Khoiriyah. This problem is caused by the lack of varied learning methods and the use of learning media that have not been able to optimally attract children's attention and interest. In fact, speaking ability is an important aspect in early childhood language development, which plays a role in communication and further learning processes. Therefore, an innovative and interesting approach is needed to encourage children's speaking skills. This research aims to develop children's speaking ability through storytelling activities using Paflaber (Pictured Flannel Board) as an interactive visual aid. This research uses the Classroom Action Research (CAR) approach model Kemmis and Taggart, which is implemented in three cycles. Each cycle consists of planning, implementation, observation, and reflection stages. The subjects in this study were 20 children aged 4–5 years, consisting of 10 boys and 10 girls. The instruments used in the research included open modules, child performance assessment sheets, as well as observation notes and activity documentation. The results showed a significant increase in children's speaking ability in each cycle. Learning completion increased from 30% in the pre-action phase to 40% in cycle I, 60% in cycle II, and 85% in cycle III. The implications of this research result indicate that Paflaber media is very effective in improving the speaking skills of early childhood children. This media not only helps children understand the content of the story through visualization but also stimulates active involvement and verbal interaction. Therefore, Paflaber media is recommended as one of the creative learning strategies that can be implemented by early childhood teachers to develop children's language skills in a fun and meaningful way.

Mandarin Chinese teaching by non-native teachers is crucial in global education, given the complexity of the language and culture that require in-depth mastery. This study examines the roles, characteristics, challenges, and effective teaching strategies implemented by non-native Mandarin Chinese teachers. Using a qualitative approach and descriptive-analytical literature review, this study collected data from accredited journals and books from online databases such as Google Scholar, ResearchGate, and national journal portals. The results show that non-native teachers are required to have strong linguistic mastery, comprehensive Mandarin Chinese language skills, a deep understanding of Chinese culture, as well as pedagogical and psychological competencies, including the ability to manage classes and utilize modern technology. Characteristics of effective non-native teachers include sensitivity to observation, critical analysis skills, creativity, good communication, and adaptability. Mandarin Chinese training, such as at LKP AEC Semarang, has proven important to improve the competence of non-native teachers through planned, interactive learning structures and continuous evaluation. A comparison of the effectiveness between native and non-native teachers shows differences; native teachers excel in language mastery and higher student grades, while non-native teachers are more effective in explaining the material in depth with patience. The role of non-native teachers is crucial and integral, encompassing motivator, facilitator, role model, learning designer, and evaluator. Non-native teachers also face challenges such as pronunciation and writing difficulties, limited media resources, lack of confidence, and cultural differences. Solutions include the use of digital media, interactive learning strategies, and professional training. Overall, non-native teachers play a fundamental role in Mandarin Chinese language teaching and have the potential for success. With a strong foundation of materials, innovative strategies, adequate training support, and high self-confidence, they can enhance student interest and understanding, although challenges must be addressed strategically.  

The topics of morphology, anatomy, and physiology are integral to biology learning, yet they often present challenges for students due to their abstract and complex nature. Difficulties in understanding body structures and invisible biological processes lead to low student interest and engagement. This study aims to identify innovative learning approaches through an analysis of national scientific literature over the past decade. The results show that the integration of digital technology and student-centered learning methods can improve conceptual understanding and learning motivation. The most prominent innovations include the use of VR and AR-based media to clarify visualizations, the use of interactive videos and simulations to explain biological functions, and the application of contextual learning models such as Problem-Based Learning (PBL) and Project-Based Learning (PjBL). These approaches have proven effective in creating a more immersive learning experience that is relevant to students' needs.

Museums as cultural preservation institutions have the responsibility to convey information about collections in an informative manner to the public. One of the historical events displayed at the Brawijaya Museum is Operation Trident in 1968. This research aims to design collection labels as an effective communication medium by considering aspects of archive classification, material selection, label design, and information readability. The method used is action research which is carried out through the planning and action stages. The label is designed using Art Paper material with a combination of black-and-white colors and Times New Roman fonts. This research not only emphasizes the aesthetic aspect, but also pays attention to the functional aspect in conveying messages to visitors. The label design process is carried out by paying attention to the suitability between historical content and the form of visual presentation, so that information can be conveyed in a concise, clear, and interesting manner. Effectiveness evaluation was carried out through the EPIC model approach to 105 respondents, including empathy, persuasion, impact, and communication indicators. The results of the study showed that the label was designed to be very effective as a communication medium for museums with high scores on all four indicators. The implication of this research is to improve the visitor experience in understanding the historical value of collections and the efficiency of archive management in the museum environment. In addition, the design of this label can be a reference for other museums in developing information media based on a visual communication approach that is right on target. Thus, the museum serves not only as a repository of artifacts, but also as an interactive and communicative educational center. Furthermore, this research emphasizes the importance of integration between information technology and visual communication strategies in the management of modern museums. The use of professionally designed labels based on the results of empirical evaluation contributes to the improvement of the image of museum institutions in the eyes of the public. It is hoped that this approach can encourage museums to be more innovative in creating participatory learning experiences, especially for the younger generation.

This study aims to understand how learning about rainbows can improve elementary school students' understanding of basic science concepts, particularly regarding the refraction of light and the color spectrum. The concept of rainbows is an important part of Natural Science (IPA) lessons because it involves optical phenomena that can be directly observed and related to students' daily experiences. In this study, the method used is a literature study, namely by collecting, reviewing, and analyzing various relevant library sources, such as scientific articles, textbooks, and educational journals that discuss the topic of science learning and the rainbow phenomenon. The results of this study indicate that learning about rainbows can be done through various interactive and fun approaches, such as through practical experiments using prisms, water droplets, or other simple media that can demonstrate the process of refraction of white light into a color spectrum. In addition, the use of visual media such as images, animated videos, and digital simulations has also proven effective in helping students understand the process of rainbow formation more concretely. Creative activities such as drawing rainbows, making color models, or role-playing as light and water droplets can also increase active student participation and make learning more enjoyable. This study also emphasizes the importance of integrating rainbow learning into the elementary school science curriculum systematically and contextually. Rainbow materials not only introduce scientific concepts in a fun way, but also develop critical thinking, observation, and experimental skills in children. With the right approach, this learning can foster students' interest in science from an early age. Therefore, the results of this study are expected to contribute positively to the development of more effective, creative, and developmentally appropriate science learning methods for elementary school students.

Free association among adolescents is a social problem that is increasingly worrying, especially in the current era of globalization. Adolescents' lack of understanding regarding behavioral boundaries in social interactions can have various negative impacts, both physically, psychologically, and socially. To address this, this community service activity was conducted with the aim of providing education about the dangers of free association to students of MA Mathla'ul Anwar Pandeglang. A total of 25 students participated in this activity. The media used was a snakes and ladders game that had been educationally modified to suit the material presented. The implementation method included interactive lectures, educational games, group discussions, and learning evaluations through pre- and post-tests. The results of the activity showed a 34% increase in students' understanding of the dangers of free association after participating in the entire series of activities. In addition, the snakes and ladders game media proved effective as a fun learning tool and was able to increase active student participation. This game also helped students more easily understand and remember the material presented. With this creative and participatory approach, it is hoped that education about healthy associations and adolescent character can be better accepted and implemented in everyday life. This activity is expected to become an alternative model for character education in schools and can be implemented sustainably in various educational institutions.

Free association among adolescents is a social problem that is increasingly worrying, especially in the current era of globalization. Adolescents' lack of understanding regarding behavioral boundaries in social interactions can have various negative impacts, both physically, psychologically, and socially. To address this, this community service activity was conducted with the aim of providing education about the dangers of free association to students of MA Mathla'ul Anwar Pandeglang. A total of 25 students participated in this activity. The media used was a snakes and ladders game that had been educationally modified to suit the material presented. The implementation method included interactive lectures, educational games, group discussions, and learning evaluations through pre- and post-tests. The results of the activity showed a 34% increase in students' understanding of the dangers of free association after participating in the entire series of activities. In addition, the snakes and ladders game media proved effective as a fun learning tool and was able to increase active student participation. This game also helped students more easily understand and remember the material presented. With this creative and participatory approach, it is hoped that education about healthy associations and adolescent character can be better accepted and implemented in everyday life. This activity is expected to become an alternative model for character education in schools and can be implemented sustainably in various educational institutions.

This study aims to analyze the ability of students in the Primary School Teacher Education (PGSD) Study Program to develop Lesson Plans (RPP) and implement teaching through microteaching activities. The RPP serves as a crucial tool for prospective teachers in designing a systematic and measurable learning process, while microteaching functions as an effective teaching practice medium to develop students’ pedagogical skills. This research employed a qualitative descriptive method, with data collection techniques including observation, documentation, and interviews with final-year PGSD students enrolled in the microteaching course. The findings reveal that most students were able to develop lesson plans in accordance with the applicable curriculum formats (K13 and Merdeka Curriculum), including formulating learning objectives and outlining the sequence of learning activities. However, weaknesses were still found in formulating learning indicators, selecting appropriate models and methods, and integrating literacy, numeracy, and the elements of the Pancasila Student Profile. In implementing microteaching, students demonstrated mastery of the material and conducted learning activities in a structured manner. Nonetheless, some still faced challenges in classroom management, interactive communication, and the use of media and educational technology. The conclusion of this study indicates that PGSD students’ abilities in preparing lesson plans and conducting microteaching are in the “fairly good” category. However, they still require further guidance and training to be fully prepared as professional educators in the field. It is expected that through continuous evaluation and constructive feedback from lecturers, students can improve the quality of their lesson planning and teaching practices more optimally.

This study aims to describe and explain the challenges and obstacles in implementing differentiated learning in Science and Social Studies (IPAS) for fourth-grade students at Galeh 1 Public Elementary School, Tangen District, Sragen Regency, in the  2024/2025 academic year. The research employed a qualitative descriptive method, with the study conducted at Galeh 01 Elementary School in April 2025. The research subjects included the fourth-grade teacher and students, consisting of 8 male and 11 female students. Data collection techniques involved observation, interviews, and documentation, analyzed using the interactive data analysis model by Miles & Huberman. The results of the study show that: a) content differentiation was evident through the teacher's systematic preparation of IPAS teaching modules, provision of learning materials, and the use of PowerPoint and concrete images as media; b) process differentiation was demonstrated through varied assignments in group and individual formats, tailored approaches according to academic levels, and the use of an LCD projector to support learning; c) product differentiation was observed through students being given opportunities to present and the teacher providing summative assessments as a measure of understanding; d) the learning environment element was reflected in the teacher creating a fun and conducive classroom atmosphere. 2) The challenges and obstacles in implementing differentiated learning included: a) the presence of passive students, b) limited facilities and infrastructure, c) the time-consuming process of preparing learning components, and d) student dependency on peers.

This study aims to develop and test the feasibility of Smart Clock learning media as an aid in learning mathematics on time material in grade 2 of SD NU Tanwirul Qulub. The media is designed as a three-dimensional analog clock that can be adjusted by students to facilitate understanding of the concept of time units in a concrete and fun way. This study applies the ADDIE development model, which includes the stages of analysis, design, and development. The validation process was carried out by material experts and media experts, each carried out twice. The validation results showed an increase in scores from 60% to 90% in material validation, and from 92% to 96% in media validation, indicating that the media is included in the "very valid" category. A limited trial was conducted involving eight grade 2 students, and the results showed that 87.5% of students responded positively to the application of this media in learning. Smart Clock media has proven effective in improving students' understanding of reading time and creating an active and interactive learning atmosphere. Therefore, this media is recognized as suitable for use as an alternative in learning mathematics for time material in lower grades of elementary school.