Publication Search

Problem-solving ability is an essential skill that students need to meet the demands of both academic learning and the workforce in the 21st century. This study aims to analyze the influence of self-efficacy and interpersonal communication on the problem-solving ability of eleventh-grade students at SMKN 31 Jakarta, both partially and simultaneously. A quantitative approach was employed, with data collected through a Likert scale questionnaire. Samples were drawn using a probability sampling technique with a proportional random sampling approach. Data analysis was conducted using Structural Equation Modeling (SEM) based on Partial Least Squares (SmartPLS 4.0). The results indicate that self-efficacy has a positive and significant effect on problem-solving, with a path coefficient of 0.455, a t-statistic of 7.843, and a p-value of 0.000. Similarly, interpersonal communication has a positive and significant effect on problem-solving, with a path coefficient of 0.447, a t-statistic of 7.501, and a p-value of 0.000. Taken together, self-efficacy and interpersonal communication account for the variance in problem-solving with an R-square value of 0.416, indicating that both independent variables explain 41.6% of the variation in problem-solving ability. These findings suggest that self-efficacy and interpersonal communication play a significant role in enhancing students' problem-solving ability.

Speaking is a critical skill in language learning and is essential for effective communication and social interaction. However, students often struggle with speaking due to various factors such as lack of confidence, motivation, and exposure to the language. Mingle games, which involve active interaction and problem solving in a fun context, were introduced as a teaching method to address these challenges. This study investigates the impact of implementing mingle games to enhance the speaking skills of elementary school students in Loei Province, Thailand. A quantitative research approach was employed, with pre tests and post tests administered to a sample of 22 students from Ban Nonkokkha School. The findings indicate that the use of mingle games have positive impact for students' speaking skills, as evidenced by higher post test scores. This study concludes that Mingle Game has a significant impact in developing students' speaking skills. The suggestion from the researcher is to develop and explore more learning media so that students are motivated to speak English more.

This study explores the implementation of the Problem-Based Learning (PBL) model combined with the Culturally Responsive Teaching (CRT) approach through the utilization of various forms of digital content to optimally enhance students’ learning outcomes. The research employs a descriptive qualitative design aimed at gaining an in-depth understanding of the learning process being implemented. The primary data were obtained from an analysis of the Grade VIII Indonesian language teaching module, while supporting data were collected through interviews with students of the Teacher Professional Education (PPG) program involved in the learning process. The findings indicate that the design and implementation of learning activities followed the stages of PBL systematically, thereby encouraging collaboration, active discussion, and problem-solving activities in the classroom. CRT principles were clearly reflected in the selection of learning materials related to students’ cultural backgrounds, such as speech texts representing Banjar and Javanese cultures. The integration of digital media, including Google Sites, instructional videos, and interactive quizzes, was proven to increase students’ engagement, motivation, and participation during the learning process. Overall, the synergy between PBL, CRT, and digital content created a more relevant, inclusive, and contextual learning environment and had a positive impact on improving students’ learning outcomes.

This study aims to examine in depth the impact of using ChatGPT as a supporting learning medium on the conceptual understanding of mathematics among eleventh-grade students at MA Aisyiyah Sungguminasa. The background of this research arises from the low level of students’ comprehension of mathematical concepts, as reflected in frequent mistakes in solving problems, difficulties in connecting one concept to another, and a lack of confidence in problem-solving. This condition indicates the need for innovative learning approaches that can provide more interactive, detailed, and easily understood explanations for students. The research method employed was descriptive qualitative with a case study approach. The research subjects consisted of eleventh-grade students who utilized ChatGPT in learning mathematics, particularly on the topics of functions and quadratic equations. Data collection techniques included direct classroom observation, in-depth interviews with students and teachers, and analysis of students’ work produced with the assistance of ChatGPT. The findings revealed that the use of ChatGPT had a positive impact on improving students’ understanding of mathematical concepts. Students became more capable of grasping fundamental ideas, following systematic steps in problem-solving, and applying mathematical concepts in different contexts. Moreover, ChatGPT fostered independent learning, increased curiosity, and encouraged the development of students’ critical thinking skills. Nevertheless, challenges were also identified, such as students’ potential dependency on the application and the risk of misinterpretation without proper guidance. Therefore, the integration of ChatGPT into learning should be carried out under the supervision of teachers to ensure that learning outcomes are more effective, optimal, and sustainable.

This study aims to examine the application of the Hungarian method in solving assignment problems based on linear programming, particularly in optimizing work time allocation. Through a literature review of 15 research articles, it was found that the Hungarian method consistently proves effective in improving work efficiency, reducing time waste, and optimally matching resources with appropriate tasks. These studies reported reductions in work time ranging from 3 to 663 minutes after applying the method, depending on the complexity and context of each case. Additionally, integrating the Hungarian method with software tools such as POM-QM and LINGO further accelerates the optimization process. The findings indicate that the Hungarian method is a practical, flexible, and relevant mathematical approach across various sectors, supporting operational decision-making in an objective and efficient manner.

This article aims to explore the importance of contextual learning in improving elementary students' understanding of scientific concepts through a literature review method. The analysis of various sources reveals that the contextual approach enhances students’ learning motivation, active engagement, and conceptual understanding. Learning linked to everyday experiences allows students to construct deeper and more sustainable meanings. Moreover, real-world contexts help develop students' critical thinking and problem-solving skills. Literature studies indicate that integrating contextual approaches into science learning creates a more meaningful and enjoyable learning environment. Previous research also demonstrates improved student achievement in science when contextual learning is applied consistently and systematically. Therefore, it is recommended that teachers design instructional strategies based on local and relevant contexts. In conclusion, contextual learning significantly contributes to enhancing elementary students' understanding of science concepts and deserves to be a primary approach in the basic education curriculum.

This study aims: 1) To determine whether or not there is an influence of the Open Ended Approach on solving mathematical problems of class X APHP students of SMK Negeri 1 Sukaluyu Cianjur, 2) To determine the increase in mathematical problem solving abilities of class X APHP students of SMK Negeri 1 Sukaluyu Cianjur, 3) To determine the effect of the open ended learning approach on mathematical problem solving abilities. The research method used is quasi experimental. The sampling used is Purposive Sampling. The target population in this study were all students at SMK Negeri 1 Sukaluyu Cianjur who were registered in the even semester of the 2024/2025 academic year consisting of 2 classes. The results of the study showed that the open ended learning approach can present more interesting mathematics learning and students become more active in participating. During the study, the researcher observed the learning process. When students are taught using the open ended learning approach, students become more interested in learning to solve mathematical problems.

Errors in basic arithmetic operations are frequently encountered among second-grade elementary students. These issues arise from various factors, including a lack of conceptual understanding, misinterpretation of place value, and limited use of supportive learning media. This article aims to identify common types of mistakes in addition, subtraction, multiplication, and division encountered by second-grade students. It also explores effective strategies that teachers and parents can implement to help students overcome these difficulties. Through contextual learning approaches, the use of concrete teaching aids, and personalized guidance, students can develop a deeper understanding of mathematical concepts and reduce the frequency of errors in solving arithmetic problems. This study is expected to serve as a practical reference for teachers, parents, and education practitioners in improving mathematics instruction at the early primary level.  

One essential component of human life is education,resource development, and mathematics plays an essential role in developing logic and problem-solving skills among students. However, many elementary school students find mathematics to be difficult and boring, resulting in a lack of interest in the subject. One solution to enhance interest in learning is through the use of educational games. This study aims to analyze the role of educational games in improving elementary school students' interest in learning mathematics. The method employed is a literature review, collecting and analyzing related references. The findings suggest that the use of educational games can increase student motivation and learning outcomes by creating an enjoyable and interactive learning environment.

Natural Sciences (IPA) are the knowledge of nature, including living things, dead objects, and processes that occur around it. Natural science is a branch of science that is very broad and includes physics, chemistry, biology, and the science of Earth and Space. This study aims to explore the importance of natural science (IPA) in basic education, focusing on developing scientific skills and understanding of natural phenomena. The method used in this study is descriptive qualitative. This approach aims to describe the phenomena that occur in science learning and analyze their effectiveness in increasing student understanding. The results showed that IPA learning has an important role in student daily lives. With an interdisciplinary approach that includes physics, chemistry, biology, and earth and space science, from the four IPA fields allow students to develop critical thinking skills and problem solving needed to face global challenges. Thus, natural science is very important in everyday life and also in understanding the relationship between humans and nature. Through a deep understanding of natural science, we can better appreciate the beauty of nature and play an active role in maintaining its sustainability for future generations.

This study presents an analysis of the characteristics of Higher-Order Thinking Skills (HOTS) in the questions found in the chapter on human body structure and function in an eighth-grade textbook aligned with the Merdeka Curriculum used at SMP Muhammadiyah 10 Bandung. The aim of this research is to identify the characteristics of HOTS questions contained in the textbook. The method employed in this study is a descriptive qualitative approach, wherein the content is analyzed by grouping questions categorized as HOTS, analyzing the characteristics of HOTS question types, and categorizing the questions to determine whether they qualify as HOTS. The data is then recorded on an identification sheet. The results indicate that most of the questions meet HOTS criteria, accounting for 68%, while a smaller portion falls under the category of Lower-Order Thinking Skills (LOTS). The HOTS questions take four forms: case excerpts, images, graphs, and tables. This research is expected to contribute to the development of question items that align with the implementation of the Merdeka Curriculum..  

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

Realistic Mathematics Education (RME) is an approach to teaching mathematics that emphasizes the use of real-world contexts to enhance students' understanding and problem-solving abilities. This study explores the implementation of Realistic Mathematics Education (RME) at SDN 2 Mataram to enhance students' problem-solving skills in mathematics related to real-life contexts. Observations and interviews with teachers indicate that this approach effectively improves students' understanding and motivation. Through steps such as understanding the contextual problem, explaining, solving, comparing answers, and drawing conclusions, students become more active in learning. RME has proven to help students solve mathematical problems using real-world contexts, such as shopping or measuring objects. This approach positively impacts mathematics instruction at the elementary school level.

This study aims to determine the effect of Polya's strategy in improving students' interpretation ability in solving problems contained in story problems on mixed number operations. The method used in this research is a pre-experimental design method with one-group pretest-posttest design type with quantitative research model. The population used in this study were grade V students of SDN X, Lubang Buaya Village, Cipayung District, East Jakarta as many as 13 students. The research data collection technique is using multiple choice questions and essay instruments given to students at the beginning and end of learning. The results showed that there was an influence on students' interpretation ability in solving math story problems on mixed number counting operation material.  This is evidenced by the results of the Paired Sample T-test data analysis with a significance value <0.05, which is 0.000 so that H0 is rejected and H1 is accepted. So it can be concluded that there is an influence on the ability to interpret math story problems on mixed number operations using Polya's learning strategy for fifth grade students at SD X.

This study aims to analyze the Analysis of Student Character in Mathematics Learning in Grade 2 of Elementary School 2 Batur in 2024. This research method is a qualitative descriptive research method. The data of this study were collected using interview, observation and documentation techniques. The subjects in this study were grade 2 students of Elementary School 2 Batur. The results of this study indicate that the character of curiosity and perseverance is a disciplined character in students. In addition, there is a significant positive relationship between the character of curiosity and perseverance and mathematics learning achievement. Factors that influence the formation of student character include teacher teaching style, family environment, and peers. This study provides important implications for teachers in designing learning that can develop student character and improve mathematics learning achievement. Mathematics learning in grade 2 in general in Learning has been going well, Character is needed so that students are able to become intelligent and good people. In addition, character is also needed as capital in facing the digital era with fierce competition. Mathematics learning can be a means of getting used to character education, namely through learning in which problem solving questions are given. Giving this character is expected to become a habit in students so that students have good character.

This study aims to improve the learning outcomes of students in class IV-A in IPAS subjects, especially on the material of friction and muscle force, by using the Problem Based Learning (PBL) Learning Model at SDN Pakis 1 Surabaya. This research is a Classroom Action Research (PTK) conducted in two cycles, each of which consists of planning, implementation, observation, and reflection stages. The subjects of this study were 28 students of class IV-A. The instruments used include learning outcome tests to measure students' understanding of the material taught. The results showed a significant increase in student learning outcomes. At the pre-cycle stage, only 39% of students achieved mastery, while 61% of students were not yet complete. After the implementation of PBL, in cycle 1 student completeness increased to 71%, and in cycle 2 all students reached completeness with a percentage of 100%. PBL proved to be effective in improving students' understanding of the concepts of friction and muscle force through problem solving that is relevant to everyday life. Thus, the application of Problem Based Learning (PBL) can significantly improve student learning outcomes in IPAS subjects, especially in understanding abstract concepts such as force. This method is also effective in developing students' critical and collaborative thinking skills.  

This research aims to develop problem-solving-based teaching materials to improve students' critical thinking skills in class IV PPKn subjects based on the fact that the use of teaching materials in each PPKn subject is rarely used because educators only rely on textbooks as a guide. And in improving students' critical thinking skills, teachers only use multiple choice tests in the textbook without asking students to create their own ideas from the knowledge they have obtained. This research uses the ADDIE model (Analysis, Design, Development, Implementation, Evaluation) but the focus of this research is limited to this stage Development just. Data collection techniques used were interviews, observation, questionnaires and documentation. The results obtained after the teaching materials were validated by 3 validator experts, namely material experts, obtained an average score of 89.3% with the "Very Eligible" criteria. The results of the media expert validation assessment obtained an average score of 94.3% with the criteria "Very Eligible". And the results of the linguist validation assessment obtained an average score of 82% with the criteria "Very Eligible". Meanwhile, the results of the teacher's assessment of problem-solving based teaching materials obtained an average score of 94.6% with the criteria "Very Appropriate". This shows that problem-solving based teaching materials are very suitable for use in the learning process to improve students' critical thinking abilities.

This research aims to develop a student digital worksheet product with a valid, practical, and effective model of Logan Avenue Problem Solving (LAPS)-Heuristic . Using the ADDIE model, results show the worksheet enhances critical thinking skills. The validity obtained from the material expert is 92% and based on the media expert is 85.4%. Also, the percentage of practicality is 92.9% and is included in the practical category. Implementation of learning with the application of student digital worksheets Effectiveness was demonstrated with 86.67% of students meeting learning completeness, and a medium improvement in critical thinking skills (gain score: 0.639). From the collected data, it is concluded that the Logan Avenue Problem Solving (LAPS)-Heuristic learning model developed meets the qualifications of valid, practical, and effective.

This study aims to examine the effectiveness of the Problem Solving learning model in improving the mathematical critical thinking ability of elementary school students. Through the Systematic Literature Review approach, this study analyzes a number of relevant studies. The results of the study show that the Problem Solving model has significant potential in improving students' critical thinking skills. This model encourages students to be actively involved in the problem-solving process, relate mathematical concepts to real life, and stimulate creativity. However, the implementation of this model requires careful planning, support from various parties, and teacher competency development. Further research is suggested to delve deeper into the factors that affect the successful implementation of the Problem Solving model, as well as develop more specific instruments to measure students' critical thinking skills.

In the era of increasing digitalization, the integration of technology in education is becoming increasingly important. One area that has received a major contribution from technology is mathematics education at the secondary school (SMA) level. The use of mathematics software has become a highly effective tool for teachers and students in understanding complex mathematical concepts, developing computational skills, and solving problems more efficiently and interactively. This article analyzes various literature studies related to the use of mathematics software in high school, with a focus on developing students' computational thinking abilities. Computational thinking (CT) abilities, which were first introduced by Seymour Papert, are important skills that help students in decision making and problem solving. Various studies show that the integration of CT in educational curricula, particularly through teaching programming and the use of mathematical software, can improve students' computing skills. Although there are challenges in implementation, such as lack of infrastructure and teacher training, this study highlights the importance of using technology in mathematics education to create a dynamic, interactive, and relevant learning environment. This research aims to provide a comprehensive analysis of literature studies related to the use of mathematics software in high school and its influence on the development of students' computational thinking skills. By understanding the findings from previous studies, it is hoped that this research can make a significant contribution to designing a more effective mathematics curriculum and provide practical guidance for educators in integrating mathematics software in everyday learning. The results of the analysis show that technology-based interactive learning methods, the use of special software such as Matlab and Geogebra, as well as programming training with languages ​​such as Java and Python, all show positive results in improving students' computing skills. However, there is still a need to improve abstract thinking skills and address variations in computational abilities among students.