Publication Search

Since the introduction of ChatGPT as artificial intelligence and its massive development over the years, it has had a huge impact on various aspects of life, and it is increasingly visible in the presence of increasingly advanced features, functions, and appearances. Its use in the field of education has not escaped the advancement of artificial intelligence. For some teachers and students, the term artificial intelligence is still very new, as is its use in the teaching and learning process. Currently, Indonesia's use of artificial intelligence faces numerous unavoidable obstacles and challenges. However, in global education, it is becoming increasingly common to use artificial intelligence in the teaching and learning process. The introduction of artificial intelligence to junior high school students is considered very appropriate because students' psychology at this level is more developed, and the learning load begins to increase compared to the elementary level. Math subjects for most students are still a scourge. In this community service, artificial intelligence is introduced to students of the exchange program class at SMP Insan Rabbany, which is related to mathematics learning, so that it can help in student learning. The results of the community service evaluation showed high student enthusiasm regarding the use of artificial intelligence, both to aid learning and for other purposes.

This research examines students' ability to understand mathematical concepts and the impact of implementing the Makerspace STEAM learning approach model on their learning activities. Makerspace STEAM integrates science, technology, engineering, art, and mathematics concepts in a practical, project-based learning context. This study uses a quantitative approach to evaluate students' increased understanding of mathematical concepts after engaging in Makerspace STEAM learning activities. It is hoped that the results of this research will provide better insight into the effectiveness of this learning model in improving student academic achievement in mathematics subjects.

This research explores the application of the Restitution Triangle method as a strategy to help students overcome difficulties in solving mathematical problems. This method focuses on a collaborative approach between teachers and students to identify the roots of mathematical problems experienced by students, and develop solutions through a structured thinking process. This research involves active participation from students in analyzing, planning, and including steps to solve mathematical problems with guidance from the teacher. The results of this research show that the application of the Restitution Triangle method can increase students' understanding of mathematical concepts and self-confidence in dealing with complex mathematical problems.    

Math Card is a card-based board game that contains questions for mathematics learning media. The purpose of the Math Card is to make it easier and more interesting for students in math lessons to make it more fun. This research uses the ADDIE method, namely analysis, design, development, implementation, and evaluation.  At the analysis stage, analysis is carried out related to material needs by following per under the syllabus/curriculum and design needs to get design results that attract the attention of students. At the design stage, the design is carried out according to the needs of the Math Card, namely by designing cards, packaging, guidebooks, and game boards. The development stage is to develop the results of the material and design, namely compiling questions according to the syllabus and printing products. The implementation stage is to conduct trials for grade 10 SMK students in the classroom. The last is the evaluation stage, namely by improving and perfecting the Math Card learning method to be more effective and efficient.    

Concept mastery is the level of learning outcomes where students can explain or define lesson concepts using their own sentences or parts of them. This research approach uses a qualitative descriptive method. Qualitative research is about describing the meaning of data or phenomena that can be captured by researchers, by showing evidence. The meaning of this phenomenon depends a lot on the researcher's ability and sharpness in analyzing (Abdussamad, 2021: 30-31). The results obtained from this research come from documentation data. From the documentation data, 24 students will analyze the understanding of mathematical concepts in class X AKL SMKS SEMESTA, Depok. The results per category can be concluded that there are 15 respondents or 64% of students who have a high level of ability to understand mathematical concepts in logarithm material with high criteria, then there are 7 respondents or 29% of students who have a level of ability to understand mathematical concepts of logarithm material with medium criteria, and there are 2 respondents or 8% of students who have a low level of ability to understand mathematical concepts regarding logarithm material..

The problem of this research is that low mathematics learning outcomes are caused by students' low creative thinking abilities. This research aims to determine the increase in students' creative thinking abilities regarding data presentation at SDN Sukajaya through a problem based learning model, with a class V sample. The method used in this research is a quantitative experimental method with the type of Pre-Experimental Designs. The data collection technique uses observation, tests and documentation. The data analysis technique uses N-Gain. Based on the data analysis, the conclusion is obtained: there is an increase in the creative thinking abilities of fifth grade students at Sukajaya State Elementary School after using the problem based learning model in data presentation material, because seen from the results of the N-Gain test the value shows a value of 0.8, which is included in the high criteria. Calculations in this study used SPSS 26.

This study aims to explore the application of GeoGebra software in improving students' mathematical communication skills. GeoGebra, as a visualization and interactive tool, is considered to be able to help students understand mathematical concepts more deeply and effectively. This literature study collects and analyzes various studies that have been conducted on the use of GeoGebra at various levels of education, from elementary school to college. The results of the study show that the use of GeoGebra can improve students' mathematical communication skills, both in written and oral form. Students who use GeoGebra tend to have an easier time describing and explaining mathematical concepts, as well as being more actively involved in discussions and problem-solving. In addition, GeoGebra also helps to increase students' motivation to learn and provide a more enjoyable and meaningful learning experience. The conclusion of this study shows that GeoGebra is an effective tool to be used in mathematics learning to improve students' mathematical communication skills.

The shift from face-to-face learning to online and blended learning due to the Covid-19 pandemic presents challenges for educators and prospective teachers in designing effective instruction. One of the commonly used instructional media in online and blended learning is video. However, using video as a material delivery tool has its drawbacks, such as difficulties in monitoring student activities and assessing their understanding. This issue is also experienced by students of the Mathematics Study Program at Universitas PGRI Mahadewa Indonesia when using video as learning material. To address this problem, training was conducted for prospective teachers on designing instruction using videos integrated with the Edpuzzle platform. In this training, prospective teachers were taught to create notes and quizzes within videos, provide feedback and assessments, and monitor learning activities. Through this training, it is expected that prospective teachers can design interactive online and blended learning using video.

Problem in study This is activities and results Study low students​ in learning Mathematics . The goal For describe teacher activity , analyzing enhancement activities , and results Study student . Types of research This using PTK. Subject study student class V SDN Alalak Selatan 1 Banjarmasin and implemented 4x meetings .​ Type of data used qualitative . Research result show that activities teachers experience enhancement from score 27 to 32 with "Very Good" criteria . Activity student increase from 44% to 94% with criteria “ Almost Entire Very Active Students ”. And result Study increased cognitive​ from 38% to 94%. Learning outcomes affective from 38% to 94%. Learning outcomes psychomotor from 44% to 94%.    

The conscious or unconscious entry of mathematics into various aspects of life is certainly interesting to study such as from a cultural point of view. What can bridge the gap between culture and mathematics is ethnomathematics. Ethnomathematics is a study of the relationship between mathematics and culture. The study of mathematics in culture needs to be developed further to be able to provide an overview to the public about the role of mathematics in culture. one of the tribes that is rich in culture is Toraja, for example in Toraja carving which is a cultural heritage that is passed down from generation to generation until now there is the concept of geometry. Therefore, the purpose of this research is how the concept of geometry in Toraja carving using qualitative research methods ethnographic approach.

Islamic science and Western science are two rich scientific traditions with a long history and significant contributions to science. Despite some similarities, they also have fundamental differences in methodology, epistemology, and goals. Islamic science flourished during the Middle Ages, driven by intellectual curiosity and the urge to understand God's creation. Muslim scientists combined the revelations of the Koran with observations and experiments to produce advances in a variety of fields, including astronomy, mathematics, physics, optics, and medicine. They emphasized the importance of a systematic scientific method, using hypotheses, experiments, and observations to test theories.Western science, on the other hand, emerged in Europe during the Renaissance and Enlightenment. Western science is characterized by its emphasis on rationalism, empiricism, and secularism. Western scientists challenged the authority of religion and tradition, and focused on developing more rigorous scientific methods, such as controlled experiments and testable hypotheses.

Education has an important role in improving the quality of human resources in Indonesia. Education is greatly influenced by various factors, such as students, teachers, infrastructure and the environment. As technology develops, the use of technology in education becomes increasingly important. Through a program introducing Microsoft Office (Word, PowerPoint, and Paint) and making simple calculators, this research aims to improve the basic technology and mathematics skills of students at SDN Carangwulung 3. The introduction of Microsoft Office is expected to improve students' ability to use technology, while making simple calculators for make it easier for students to count. This research uses qualitative research methods, with observation, interviews and non-numerical data analysis. The research results show that the program introducing Microsoft Office and making simple calculators can improve students' basic technology and mathematics skills. This service effort emphasizes the importance of using technology in improving the quality of education, as well as efforts to achieve the Sustainable Development Goals (SDGs) in the education sector. Apart from that, this research also shows that there are efforts to increase exposure to SDGs in Carangwulung Village through programs carried out by Group 04 KKNT MBKM UPN "Veteran" East Java.

This research aims to determine the effect of mathematical anxiety on the results of mathematical reasoning tests. This is motivated by the emergence of anxiety experienced by students when learning mathematics which affects the results of students' mathematical reasoning tests. The research method used in this research is a quantitative research method with the aim of testing a predetermined hypothesis and the data analysis technique used is an inferential statistical analysis technique with a simple linear regression test. The population of this study were 18 fifth grade students at SD 5 Mejobo, consisting of 11 boys and 7 girls. The data used is secondary data in the form of student anxiety questionnaire data and data from mathematical reasoning results. Class V anxiety is in the average category, the calculation results are included in the anxiety category. Mathematics anxiety has a negative effect on the results of fifth grade students' mathematical reasoning tests and the effect is 70.9%.

This research aims to examine the factors that influence the ability of class IX junior high school students in Kotamobagu City, North Sulawesi Province, Indonesia, to solve story problems, both theoretical and applied. A total of two hundred and four students in the 2023/2024 academic year were selected using a double-phased cluster sampling technique. The research instrument used in this research was theoretical and applied mathematics story test questions created by researchers. The data obtained were analyzed using path analysis. The results of the analysis show that solving theoretical and applied mathematics story problems shows the same tendency, which is influenced both directly by mathematical numerical and verbal abilities and indirectly by the ability to create mathematical models. From these results, teachers must strive to improve numerical and verbal mathematical abilities because these two abilities, directly or indirectly through the ability to create mathematical models together, can improve students' abilities in solving theoretical and applied word problems.

This research aims to determine the feasibility, practicality and effectiveness of using the Canva Application as a Mathematics Learning Media for Class VII Flat Building Material at SMP Negeri 1 Citeureup.This research adopts the ADDIE model stages (analyze, design, develop, implement, and evaluate). The analyze stage includes initial analysis, student analysis, concept analysis and formulating learning objectives. The design stage includes preparing learning media in the form of selecting appropriate media and designing learning content. The development stage includes the development of data collection instruments. The data collection instrument in this research was interviews with the teachers concerned. The implementation stage includes implementing the use of the Canva application. The evaluation stage includes the form of evaluation carried out at each ADDIE stage. The data analysis technique used is the validity coefficient by Aiken's V. The research results show that the learning media that has been developed is in the very good category and can be used in the learning process.    

Ethnomathematics contributes greatly to the improvement of mathematics learning, because it relates to students' experiences in everyday life that touches the realm of local cultural arts so that students become more understanding of the mathematical concepts explained. This study aims to explore the concept of mathematics in the traditional game of congklak in Srengseng Sawah Village. This research is a qualitative research with an ethnographic approach. The data collection techniques used are observation, interview and documentation. The instruments in this study were researchers, observation guidelines, interview guidelines and documentation. Based on the research analysis and discussion of the history and philosophy of the traditional game of congklak, mathematical concepts in the game of congklak such as the concept of flat shapes, namely semicircles, circles, rectangles and spatial shapes, namely half a ball; the concept of transformation in this case reflection / mirroring; the concept of arithmetic calculation operations including addition, subtraction, multiplication and division. The game also has cultural and philosophical values.

Mathematics learning in MTsN 4 Bojonegoro is less effective, especially on the subject of circles. This is because in the learning process they still use conventional methods or lectures. So that this study is based on the researcher's interest in applying the recitation method to the learning process in MTsN 4 Bojonegoro. The problem in this study is: which is more effective between learning with the recitation method or conventional learning on the mathematics learning outcomes of grade VIII students on the subject of the MTsN 4 Bojonegoro circle for the 2023/2024 academic year. This research aims to find out: the effectiveness of the recitation method on learning outcomes mathematics for class VIII students on the subject of the MTsN 4 Bojonegoro circle for the 2023/2024 academic year. The population of this study were class VIII students in semester 2 of MTsN 4 Bojonegoro who were divided into seven classes. Sampling was carried out using a cluster random sampling technique, class VIII A students were obtained as the experimental class, while the control class was class VIII D. In the experimental group learning used the recitation method, while the control group used the conventional method (lecture).

Orphans often face obstacles in obtaining proper education. This program provides support through scholarships and participation in Qur'anic and Mathematics Olympiad competitions. Through this program, orphans can access quality education, increase their confidence, and develop their potential. The community service method was conducted through observation and documentation. The results show an increase in academic achievement and moral character development of the orphans. In conclusion, this program plays an important role in supporting orphans in achieving their right to education and developing their potential through educational competitions. The results show an increase in academic achievement, moral character development, and increased confidence of the orphans. This community service makes a positive contribution in supporting orphans in achieving their right to education and developing their potential through educational competitions.

Students who have difficulty learning mathematics will often make mistakes in learning to count and mistakes in solving word problems in mathematics. The difficulties experienced by students are difficulty in working on story problems due to the inability to understand the meaning of the questions and confusion when determining what arithmetic operations will be used to solve the story problems. The purpose of this research was to analyze the learning difficulties experienced by students as well as the factors that caused students’ learning difficulties in working on multiplication questions in the form of stories in class II elementary school. The method used in this research is descriptive case study. The subjects of this research are students and teachers of class II A at SDN 15 ULU GADUT. The data collection procedures used in the research are test’s, interviews, observation and documentation. The results of the research show that difficulties in learning mathematics include: 1) Difficulty in distinguishing multiplication problems from other material, 2) Student’s writing cannot be read, 3) Difficulty doing calculations in solving multiplication problems. Internal factors include: 1) Lack of enthusiasm for studying, 2) Low numeracy skills and difficulty understanding questions, 3) Not focusing on studying. External factors include: 1) Lack of attention from parents, 2) Often asking students to memorize multiplication, 3) Not using interesting learning media in teaching.

This study analyzes the factors affecting the low learning motivation of students in mathematics learning at SMA Negeri 5 Magelang using a qualitative descriptive method. Data were collected through observation, interviews, and documentation. The findings indicate that effective classroom management, including a well-organized environment, varied teaching methods, and clear rules, can enhance learning motivation. Positive teacher-student interactions, constructive feedback, and emotional support also help boost students' confidence. Active participation in group discussions and collaborative activities further contributes to increased student motivation. In conclusion, effective classroom management and supportive interactions can address the low learning motivation of students in mathematics learning and improve their academic performance.