Student Learning Research Articles

Effectiveness and Practicality of Islamic-oriented Cooperative Learning Model in Private and State Islamic Higher Education in South and West Sulawesi, Indonesia

Aims: The Islamic-oriented Cooperative Learning Model for Improving Islamic Education Learning Outcomes is based on a number of problems in the praxis of learning Islamic education at the Faculty of Tarbiyah and Teacher Training UIN Alauddin Makassar and STAI DDI Majene, namely student learning outcomes that are not optimal, learning motivation being, learning has not described active, creative and fun learning. Testing the effectiveness and practicality of this model through research activities aims to describe and analyze: (1) the level of effectiveness of applying the Islamic-oriented cooperative learning model through Islamic Education courses at UIN Alauddin and STAI DDI Majene; (2) the level of practicality of applying the Islamic-oriented cooperative learning model through Islamic Education courses at UIN Alauddin and STAI DDI Majene; and (3) the reality of implementing the Islamic-oriented cooperative learning model through Islamic Education courses at UIN Alauddin and STAI DDI Majene. Methodology: This research is a type of development research that examines the results of developing Islamic-oriented cooperative learning models, which are expected to improve student learning outcomes in Islamic education courses. This research was conducted at the Tarbiyah and Teacher Training Faculties of UIN Alauddin Makassar and STAI DDI Majene. The subjects of this study were 32 Class C English Education Study Program students and 35 Class A Madrasah Ibtidaiyyah Teacher Education Study Program, and 16 STAI DDI students. Data collection methods vii namely: observation, questionnaires and learning achievement tests. Data analysis technique using Percentage of Agreements and Normalized N Gain. Results: The results of the study show: (1) an analysis of the effectiveness of applying the Islamic-oriented cooperative learning model through the course of Islamic Education at UIN Alauddin and STAI DDI Majene, based on the results of the N Normalized Gain analysis is in the medium category, so that it can be seen as fulfilling the effective requirements in its application through learning Islamic education science; (2) practical analysis of the application of the Islamic-oriented cooperative learning model through Islamic Education courses at UIN Alauddin and STAI DDI Majene, based on the results of the Normalized N Gain analysis in the very good category, so that it can be seen as fulfilling practical requirements in its application through learning Islamic education; and (3) the reality of implementing the Islamic-oriented cooperative learning model through Islamic Education courses at UIN Alauddin and STAI DDI Majene, is in the very good category. Conclusion: The implications of this research show: (1) there is an increase in student learning outcomes through Islamic Education courses at UIN Alauddin and STAI DDI Majene; (2) there was a positive response from lecturers and students as the main actors of Islamic-oriented cooperative learning through Islamic Education courses at UIN Alauddin and STAI DDI Majene; and (3) the application of an Islamic-oriented cooperative learning model through Islamic Education courses at UIN Alauddin and STAI DDI Majene, which can be used in tertiary institutions, is easy and practical to use. Thus, this model can be used as an alternative choice in learning activities, especially if lecturers or students want to build activeness and success in their learning.

Multimedia-Assisted Elementary School Learning Materials Innovation Using STEAM Learning Approach

Printed materials dominate the teaching materials used in elementary schools in Indonesia. These conditions are backward with the development of the Industrial Revolution 4.0, so it is urgent to research the effectiveness of multimedia-based teaching material using Macromedia Flash Eight application with the learning approach of Science, Technology, Engineering, Art, and Math (STEAM) in Elementary Schools. The research method used is research and development (R&D) with the ADDIE model consisting of Analysis, Design, Development, Implementation, and Evaluation. The data collection instrument uses pre-test and post-test sheets, and an evaluation lift is open to the use of teaching materials for teachers and students. The respondents were eight teachers and 84 elementary school students. The effectiveness of the teaching material is analyzed in two ways: (1) the analysis of learning outcomes (pre-test and post-test) using the N-Gain Test, and (2) the evaluation of the product is based on the results of open-haul analysis, advice, and recommendations. This research and development results show that the pre-test average of 47,14 increased to 84.58 (post-test), while the test score of N-Gain was 71.75%, with the category quite effective. Thus, it can be concluded that Macromedia Flash 8-based teaching materials with STEAM approach to integrated thematic learning in elementary schools are practical and capable of improving student learning outcomes.

Design of Desktop-Based Student Learning Style and Personality Quiz Application with Microsoft Visual Basic Net 8.0

In education, learning style and personality play an important role because they influence how individuals perceive and absorb information. Educators can build more inclusive and successful learning environments by implementing strategies to accommodate a variety of learning styles and personalities. The learning style and personality quiz application was created with Microsoft Visual Basic 8.0. The purpose of this application is to find out the learning style and personality of students. By knowing their learning style and personality, students can understand themselves and make it easier to choose the learning method to use. The method used in designing this application is the waterfall method. The method begins with the analysis, design, coding, testing and maintenance stages. The learning style and personality quiz application has been tested on several students of the Information Technology and Computer Education Study Program, Medan State University for three weeks, the results show that the learning style and personality quiz application can help in selecting effective learning methods and understanding one's own character.

Leveraging AI to enhance active learning strategies in science classrooms: implications for teacher professional development

The integration of artificial intelligence (AI) in educational settings offers transformative potential for enhancing active learning strategies in science classrooms. This paper explores how AI-driven tools can support the implementation of active learning methodologies such as problem-based learning (PBL), interactive simulations, and personalized learning pathways. These strategies have been shown to increase student engagement, foster critical thinking, and deepen the understanding of scientific concepts. The analysis highlights the role of AI in creating adaptive learning environments where students receive real-time feedback and differentiated instruction tailored to their individual learning needs. An essential aspect of leveraging AI for active learning is ensuring that teachers are adequately prepared to implement these technologies effectively. The discussion delves into professional development programs that equip educators with the skills and knowledge to incorporate AI tools into their teaching practices. Such programs should emphasize hands-on training, collaborative workshops, and continuous learning opportunities that align with current advancements in educational technology. By fostering teacher confidence and proficiency, these initiatives ensure that educators can maximize the benefits of AI to enhance student learning outcomes. The paper also considers the implications of adopting AI in teaching for long-term educational practices, including ethical considerations, data privacy concerns, and the importance of maintaining a human-centric approach in classrooms. Examples of successful implementations and case studies provide insights into best practices and the challenges encountered. This comprehensive approach underscores the value of combining innovative technology with strategic teacher development to create enriched, interactive, and sustainable learning environments that promote critical thinking and environmental awareness among students.

Pelatihan Pengembangan Bahan Ajar Berbasis Aplikasi Android pada SMP N 3 Kupang

The learning process at SMP Negeri 3 Kupang is still teacher-centered, making students less motivated to learn. Teachers also rarely use technology-based learning media. Learning media must be packaged as attractively as possible so that students can easily understand the material. Therefore, the right teaching material that can support student learning according to current developments is Android-based mobile learning. The lack of variety in the media shared is not solely the teacher's fault, but because teachers are not optimizing technological developments. Therefore, it is necessary to carry out training in developing teaching materials based on Android applications at SMP N 3 Kupang. . The method for implementing this service consists of an initial survey to measure teachers' initial understanding regarding the development of interactive teaching materials based on Android applications, then planning the development of interactive teaching materials based on Android applications. Implementation activities include: Explanation/Coaching clinic, Training and practice in developing interactive teaching materials based on applications Android, data analysis and finally evaluation or reflection. Based on the evaluation results of this activity, there were 80% of teachers who mastered this material.

Leveraging Social Media in The College Classroom

This paper explores the integration of social media platforms into higher education to enhance student engagement, foster collaboration, and promote meaningful learning experiences. Drawing upon a comprehensive review of existing literature, empirical evidence, and practical insights, the study investigates the implementation of various social media projects within educational contexts. The research examines the effectiveness of diverse social media initiatives, including infographics, memes, blog posts, TikTok-style public service announcements, and podcast scripts, in facilitating student learning and participation. Moreover, the paper identifies key challenges encountered during the integration process, such as technical hurdles, alignment with course objectives, and ethical considerations, and proposes strategies for addressing theses challenges. Additionally, the study explores promising future directions for refining the use of social media in education, including integrating emerging technologies, evolving pedagogical approaches, and prioritizing ethical considerations. Through a reflective analysis of successes, shortcomings, and lessons learned, this paper provides valuable insights for educators, instructional designers, and educational policymakers seeking to leverage social media effectively in higher education. Ultimately, the research contributes to a deeper understanding of the role of social media in promoting student engagement, facilitating learning, and shaping the future of education in a digital age. Keywords: social media, higher education, student engagement, educational technology, pedagogical approaches, digital literacy, social media integration

DEVELOPMENT OF MANDAILING NATAL FOLKLORE TEACHING MATERIALS BASED ON LOCAL WISDOM OF MARSALI WITH THE AID OF CANVA ONLINE COMICS

This study aims to develop and test the effectiveness of digital comics based on the Marsali method as an interactive learning medium in introducing Mandailing Natal folklore to students. The Research and Development (R&D) method was used in this study, involving five main stages: analysis, design, development, implementation, and evaluation. The results of the study showed that the use of digital comics developed with the Canva application, as well as involving students in Marsali practices, successfully increased their interest and understanding of folklore. Of the 30 students who participated, 85% reported an increase in interest in folklore after studying the comics, and 90% felt that the comics helped them understand the material. In addition, the evaluation also showed an increase in active participation in class discussions. The use of digital comics based on Marsali has proven to be an effective medium in preserving local culture and enriching student learning through a visual and interactive approach that is relevant to the younger generation. This study concludes that digital comics based on local culture can be an effective tool in education, especially in maintaining the sustainability of folklore and cultural heritage in the digital era.

Understanding the Factors Influencing Curriculum and Instructional Strategies

In educational institutions of all levels, curriculum and instructional strategies are important factors that needs to be taken into account. These are the strategies, which have the primary aim of formulating the course content in accordance to the grade levels of students. In accordance to curriculum, the instructional strategies are implemented by educators. The educators are required to be well informed in terms of different factors, which are facilitating in leading to up gradation of curriculum and instructional strategies. The grade levels of students are an important area that needs to be taken into account, when putting into practice different types of curriculum and instructional strategies. The educators need to take into account the standards and ensure, these are facilitating in promoting student learning. In order to achieve educational goals and lead to up-gradation of overall system of education, the curriculum and instructional strategies need to be enhanced. Hence, when conducting research on curriculum and instructional strategies, it is necessary to augment information in terms of factors. Furthermore, inculcation of traits of morality, ethics, diligence and conscientiousness are regarded as vital in order to do well in one’s job duties and generate desired outcomes. As a consequence, educators and co ordinators of curriculum and instruction will contribute efficiently in generating desired outcomes. Therefore, it is well understood, up gradation of curriculum and instructional strategies is approving in carrying out all types of tasks and activities in a satisfactory manner. The main concepts that are taken into account in this research paper are, factors influencing curriculum and instructional strategies and measures to be put into practice in leading to up-gradation of curriculum and instructional strategies.

Pengaruh Pola Asuh Orang Tua Terhadap Prestasi Belajar Peserta Didik Kelas IV SDI Onekore 5 Kabupaten Ende

The formulation of the problem in this research is: Is there an influence of parental parenting on the learning achievement of class IV students at SDI Onekore 5? The aim to be achieved is to determine the influence of parental parenting on the learning achievement of class IV SDI Onekore 5 students. The respondents in this research were 30 class IV SDI Onekore5 students. The research method used in this research is quantitative expos facto type. Data collection techniques use questionnaires and are supported by documentation. The data analysis technique uses simple linear regression analysis with the help of the SPSS version 23 program. The results of the research show that there is a positive and significant influence of parental parenting variables on the learning achievement of class IV students at SDI Onekore 5 as indicated by a coefficient of determination of 0.299, which means that parental parenting has an influence on student learning outcomes by 29.9%.

Exploring the multimedia piano group class for early childhood education majors in universities

The multimedia piano group class for early childhood education majors in universities represents an innovative teaching model that integrates digital pianos, multimedia teaching devices, and live-streaming technology, bringing significant transformation to piano instruction. This model not only enriches teaching resources and enhances instructional efficiency but also strengthens teacher-student interaction and students' practical abilities. By leveraging the accurate sound reproduction and weighted key touch of digital pianos, students can improve their techniques in an experience closely resembling traditional piano performance. The multimedia teaching device supports the presentation of musical scores and demonstration videos, assisting students in gaining a deeper understanding of musical works and improving their artistic appreciation. Additionally, the use of live-streaming technology enhances classroom interactivity, allowing students to observe the teacher’s demonstrations clearly and learn through precise imitation. However, the implementation of this teaching model faces challenges, including technical difficulties, limited teaching resources, significant student variability, and a shortage of qualified instructors. This study examines the advantages of the multimedia piano group class, such as fostering teacher-student interaction, improving teaching efficiency, and enabling personalized instruction. It also explores the applications and benefits of multimedia technology for both instructors and students. Furthermore, this research proposes measures to address existing challenges, including enhancing teacher training, enriching teaching resources, optimizing instructional strategies, and expanding the teaching workforce. The aim is to further optimize piano teaching for early childhood education majors in universities, improving teaching quality and the overall student learning experience.

Development of Interactive Learning Media Assisted by Lumio by SMART to Increase The Learning Motivation of IPAS

The lack of technology utilization in the learning process at SDN Klepu 01 affects students' learning motivation. This research aims to develop interactive learning media assisted by Lumio by SMART, test the media feasibility, and test the media effectiveness in increasing IPAS learning motivation in fifth-grade students of SDN Klepu 01, Semarang Regency. The type of research used is Research and Development (R&D) with the ADDIE model. The research subjects included media experts, material experts, teachers, and fifth-grade students. The data collection techniques employed non-tests such as interviews, observation, and questionnaires. Media feasibility based on the validation of material experts and media experts obtained scores of 91,25% and 90%, respectively, in a very feasible category. Media feasibility based on teacher and student responses obtained scores of 100% and 96,5%, respectively, in a very feasible category. The effectiveness of the media to increase learning motivation, based on the results of observations by teachers, obtained an average score of 90%, which shows that student learning motivation looks very good. Based on the results of the pretest-posttest questionnaire, the effectiveness of the media in increasing learning motivation is shown by the Wilcoxon Signed Rank Test, which obtained an Asymp. Sig (2-tailed) of 0,000 <0,05 shows a significant difference, while based on the N-gain results obtained a value of 0,69 with medium category. Thus, the interactive learning media assisted by Lumio by SMART that has been developed can be declared feasible and effective in increasing IPAS learning motivation.

Modular Web-based Learning Model to Address Underdeveloped ICT Infrastructure for Smart E-learning Education System

Advancements in Information and Communication Technology (ICT) enhance learning and instructional practices, generating chances for novel techniques and tools while simultaneously transforming the learning model. Historically, smart education models mostly consisted of qualitative investigations that delineated the conceptual structure and its implications for the Smart E-learning Education System (SEES). While these theoretically organized SEES can enhance student learning, facilitate peer and instructor communication, and improve teaching practices—thereby aiding in the comprehension of the status of learners and needs and offering real-time synchronous/asynchronous guidance—many qualitative investigations conducted in the past lack empirical evidence to substantiate the prioritization of E-Learning scheduling. This research first examined the technological barriers to implementing the SEES in developing nations. As a result, the suggested framework for the SEES based on underdeveloped ICT has been introduced. The system utilizes an integrated online/offline Web-Based Learning Model (WLM) incorporating a Service-oriented Architecture (SA) architecture to create SEES. The online mode is enabled for a WLM when an internet connection is accessible. The offline variant of the system is provided in a packed format and is used when Internet access is unavailable in an isolated classroom. A working example was launched to get input from learners and instructors across diverse educational levels. The trial installation and survey results confirm the viability and benefits of the suggested system.

Action Research Approach to Analysis of Teaching of Blockchain Web 3.0 Application Based on MACH Architecture

This study investigates the integration of agile methodologies, particularly Scrum, into the teaching of microservices, API-first, cloud-native, and headless (MACH) architecture within a university setting. Using an action research framework, we see the impact of agile approaches on student learning and the practical application of MACH principles. The findings reveal that agile methodologies not only enhance students’ technical proficiency, but also foster collaborative and iterative learning environments that simulate real-world software development. Over a 15-week course, students applied agile techniques to design, build, and deploy microservices-based systems, benefiting from structured yet adaptable sprints that broke complex tasks into manageable stages. Quantitative assessments showed substantial improvements in knowledge and confidence, while qualitative feedback emphasized the hands-on, project-based learning’s alignment with industry practices. This research underscores the potential of agile frameworks to enhance education in emerging software architectures, offering insights into how higher education can align more closely with the dynamic needs of the software industry.

Technological Management of the Barriers to Learning and Participation in Basic Education Students by Using a Methodological Approach

Technological Management of the Barriers to Learning and Participation in Basic Education Students by Using a Methodological Approach

“It takes you out of your shell”: Using peer learning to enhance the interaction and learning of international and home students

ABSTRACT Teaching in a mixed class of home and international students presents the challenge of how to integrate these two groups given their different educational, cultural and linguistic backgrounds. It is also an opportunity because they can enrich each other through the exchange of ideas and experiences. To meet this challenge and to take advantage of diversity, we propose the concept of peer learning as the main instructional approach in a mixed class. Our aim is to explore the extent to which peer learning is effective in increasing student interaction and improving the quality of their learning. We found that peer learning had a strong positive effect on student interaction, mainly due to its socialising effect, and that it proved helpful for students in achieving learning outcomes. We believe that the findings are useful for academics who teach international students and are unsure how to integrate them into the classroom.

Technological Management of the Barriers to Learning and Participation in Basic Education Students by Using a Methodological Approach

Technological Management of the Barriers to Learning and Participation in Basic Education Students by Using a Methodological Approach

ENHANCING STUDENTS’ LEARNING OUTCOMES IN CLASSICAL CRYPTOGRAPHY THROUGH INTERACTIVE 3D SIMULATIONS

Cryptography is the study of how to transform data or information into a form that is unreadable by others, thus ensuring the security of the data. Based on a questionnaire conducted among students of Politeknik Caltex Riau (PCR) who have studied classical cryptography, the Vigenere Cipher and Affine Cipher were found to be the most difficult algorithms to understand. This research aims to investigate the improvement in students' knowledge of classical cryptography through interactive 3D simulations. The experiment was conducted on 30 PCR students by comparing two learning groups: a control group (using textbooks) and an experimental group (using 3D simulations). The results showed that the average post-test score for the control group was 67.33 point, while the experimental group achieved an average score of 83.33 point. Thus, learning with 3D simulation media can serve as an effective alternative medium, with a confidence level of 95%, to enhance students' understanding of classical cryptography. Meanwhile, the satisfaction level indicates that 86.75% of students are satisfied with learning through interactive 3D simulation media. This indicates that the use of classical cryptography learning media through 3D simulations provides a significant improvement in student learning outcomes.

The Influence of Well-Being on Learning Strategies Among Chinese University Students Learning Korean

The Influence of Well-Being on Learning Strategies Among Chinese University Students Learning Korean

Exploring the Effectiveness of AI Course Assistants on the Student Learning Experience

Exploring the Effectiveness of AI Course Assistants on the Student Learning Experience

Pengaruh Model Pembelajaran Discovery Learning Terhadap Hasil Belajar Siswa

The problem in this research is the lack of variation in learning carried out by teachers in the classroom, due to the inappropriate selection of learning models, so that learning is less than optimal. The aim is to evaluate how effective the Discovery Learning learning model is in increasing student understanding compared to conventional learning methods. The method used is an experiment with a quasi-experimental design, namely Nonequivalent Control Group Design. In this study, there were two groups: an experimental group that was taught using Discovery Learning and a control group that was not given this treatment. The population of this study were all 5th grade students at MIN 1 Soppeng. The research hypothesis analyzed using the T test is the statement that the Discovery Learning learning model influences student learning outcomes. The sample in this study was determined by a saturated population, namely 5th grade students consisting of 45 people. The data collection techniques used in this research were multiple choice tests and observation sheets, with pre-tests and post-tests to measure students' cognitive learning outcomes. The instruments used in this research were tests and non-tests. The average pretest score in the experimental class and control class was almost the same, 71.78 and 71 respectively, but in the posttest, the experimental class increased to 88.65, while the control class only reached 77.55. Thus, the experimental class experienced a more significant increase in the average posttest score compared to the control class, indicating that the intervention or treatment applied in the experimental class was more effective in improving student learning outcomes. Hypothesis testing based on t-test analysis shows significant differences between the two groups, where the calculated t value (11.22771) is greater than the t table (2.016692), so the null hypothesis (H_0) is rejected and the alternative hypothesis (H_1) is accepted. These findings show that the Discovery Learning learning model has a greater positive impact on improving student learning outcomes compared to conventional methods, so it can be concluded that this method is effectively used in science learning at MIN 1 Soppeng.