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The low understanding of mathematical concepts experienced by students also has an impact on students' ability to solve problems related to mathematics because the concepts taught by teachers are never found in everyday life. Therefore, a learning approach is needed that encourages students to construct their own mathematical concepts based on experiences that occur in everyday life. The research method used in this research is Systematic Literature Review (SLR). The data collection process includes collecting and analyzing every published article and book that discusses mathematical concepts and the application of Realistic Mathematics Education (RME). The journals used in this research are national and international journals indexed by SINTA and SCOPUS. Research findings show that the RME approach has an important role in improving students' ability to understand mathematical concepts in several materials at every level of education.

This research aims to determine whether the development of teaching materials using the Kvisoft flipbook maker application on linear program material, the sub-material of linear inequalities in two variables, affects learning outcomes. This research method uses research and development, with 25 students as subjects. The research results show that in the effectiveness test, it was found that 21 out of 25 students were declared complete in learning mathematics using teaching modules using Kvisoft flipbook maker on linear program material developed by the author. Meanwhile, Class So's teaching module developed in this research was effective.

This reseacrh is intended to test the application of the gamification-based cooperative learning model and its influence on the mathematics learning outcomes of grade 4 students at SDN 1 Kayuambon. The cooperative model is a learning process that emphasizes cooperation and interaction so that students play an active role during the learning process. This cooperative learning model can be combined with a gamification-based learning model so that students can experience the learning process in a fun way. This research uses quantitative methods by comparing pretest and posttest data on the application of conventional models and gamification-based cooperative models. The research suggest an increase in learning outcomes in the pretest and posttest when the gamification-based cooperative model was applied by 8.14.

When learning mathematics, students sometimes experience errors in understanding concepts, data, procedures, and principles, especially in algebraic operations. This research analyzes students' errors in solving mathematics problems on algebraic operations material. The research method used is a descriptive method with a qualitative approach. The research subjects were class VIII students at SMP Negeri 4 Kawangkoan. The instruments used were written tests, interviews, and expert validation. Data analysis techniques use qualitative techniques, including data collection, reduction, and conclusion. The conclusions obtained include that students experience three types of errors in solving mathematics problems: data errors, theorem or definition errors, and technical errors.    

The focus of the article is to describe the use of a HOTS-based learning model that can improve the problem solving abilities of students in elementary schools as well as strategies that can be used in implementing HOTS learning in the classroom. This research uses a literature study method by examining several sources from journals and books related to the use of the HOTS-based learning model in improving the Problem Solving abilities of students in elementary schools. This research uses the Systematic Literature Review (SLR) method or literature review by systematically identifying journals. The steps in the SLR method are 1) Develop Research Questions, 2) Selection Criteria, 3) Developing The Search Strategy, 4) The Study Selection Process, 5) Appraising the Quality of Studies.

Abacus skills training has been identified as an effective method for improving students' basic mathematics abilities and mental calculation skills. This article discusses the implementation of Abacus skills training for teachers at Madrasah Ibtidaiyah Negeri (MIN) Bandar Lampung City with the aim of improving the quality of basic mathematics teaching. In the context of MIN, this training is considered relevant to develop teachers' potential in teaching mathematics and improve students' ability to understand mathematical concepts better. This article also describes the steps for implementing Abacus skills training at MIN and its benefits in improving the quality of mathematics learning at this Islamic educational institution

Improving the quality of education in Indonesia can be developed through the implementation of educational reform. One form of educational reform can be carried out by using a learning approach that can help teachers produce experts using the STEM (Science, Technology, Engineering, and Mathematics) approach. Initial findings reveal that only around 47.8% of SMA N 2 Medan students (class This research aims to see the effectiveness of the STEM approach in improving the critical thinking skills of SMA N 2 Medan students. The research method used is an experimental design with Non Equivalent Control Group Design. The research subjects were students of SMA N 2 Medan. The results showed that the sig (2-tailed) Equal variances value was assumed to be 0.000 < 0.05. Therefore, Ho is rejected and Ha is accepted, which means there is a significant difference in critical thinking abilities after students use the Equal variance method. The STEM-PBL approach, compared with the innovative K13 approach. The average critical thinking skills scores of the control class in the pre-test and post-test were 38 and 79.5. The coefficient remains at 0.676 and is significant at 0.000. This means the correlation is positive. Therefore, learning with a STEM approach has proven to be effective in improving the critical thinking skills of SMA N 2 Medan students.  

This research evaluates the understanding and application of ethnomathematics by junior high school level mathematics educators in carrying out mathematics learning sessions. The focus of this research is to identify the extent to which these teachers understand ethnomathematics concepts and how effective they are in integrating them into mathematics learning activities. Through this analysis, we can evaluate the impact of teachers' ethnomathematics understanding on students' mathematics learning experiences at the junior high school level.

During the period of compulsory education in Indonesia, which is 12 years, the government requires mathematics as the main learning subject for extracts which will continue to have an impact on people’s lives. The level of ability in a field of science must be measured to obtain valid data for the development of education in Indonesia. The use of Geogebra Mathematics Software in schools in Indonesia is not surprising at this time, technological developments have made the use of Geogebra mathematics software commonplace. This research is a Systematic Literature Review, in this research the author analyzes and compares several articles obtained from the internet or digital databases, for example Semantic Scholar or Sprinter Link. The articles that have been found are then selected according to the title researched, so that several reference articles are obtained. The research results show that the use of Geogebra mathematics software in learning has a great influence on students’ computing abilities. Geogebra is a media with a visual, analytical and numerical approach that can be solved using algorithms that require computational capabilities to operate. There is empathy in computational thinking, namely algorithmic thinking problem solving, pattern recognition, and abstraction and generalization.

The purpose of this article is to highlight various problems commonly faced by undergraduate students studying mathematics and undergraduate students studying mathematics education in real analysis classes. The Real Analysis course aims to teach students how to: a) understand the fundamentals of mathematical analysis, especially those related to numbers, rows, functions, limits, and derivatives; and b) be able to reason logically and thoroughly and methodically express the conclusions of their reasoning in writing. One of the topics that students studying mathematics and mathematics education programs often think about is real analysis. The author of this study discusses some substitute approaches that can be recommended to assist students in adjusting to face-to-face analysis courses. Lecturers can also attempt to improve quality by implementing various interventions, practicing Lesson Study learning, using RME techniques, and creating a real analysis textbook.

The purpose of this study was to analyze the problems of mathematics education students in real analysis courses. This research uses the Systematic Literature Review (SLR) method. The research objective of the Systematic Literature Review (SLR) method is to evaluate, review and recognize relevant research so as to be able to answer questions on the specified research. The results of the research from analyzing this that the most common problem faced is the occurrence of student misconceptions about the material, concepts in learning that are quite a lot, minimal Indonesian language sources, still less able to construct mathematical evidence and internal factors are lack of interest and motivation in learning so that it seems difficult..

This literature study analysis discusses improving computational thinking problem solving abilities in madrasah ibtidaiyah students. In this study, an analysis of various literature that has been carried out previously was carried out to understand how the use of computational thinking can improve problem solving abilities in madrasah ibtidaiyah students. One of the journals that is relevant to this topic is "Computational Thinking in Madrasah Tsanawiyah Maulana Maghribi Kandeman Students in Improving Problem Solving Abilities" which was published in the journal Circle: Journal of Mathematics Education. This journal was written by Muhammad Nur Fain Syamsy and A. Sholikhah on September 28 2023. This study explores how the application of computational thinking can help students solve problems. The research results show that students who are involved in learning computational thinking have better problem solving abilities. Apart from that, other relevant research is research conducted by Kurnadi et al. (2021) which concerns the introduction of computational thinking to students at Madrasah Ibtidaiyah Nahdlatul Wathan Marcapada West Lombok. This research also shows that learning computational thinking can improve students' problem solving abilities. In this research, the use of literature study analysis methods is important to gain a deep understanding of the influence of computational thinking on problem-solving abilities in madrasah ibtidaiyah students. By studying existing literature, researchers can identify the best approaches and strategies in developing students' problem solving abilities.

This study aims to explain the implementation of computational thinking-based mathematics learning  at SMA Negeri 2 Medan. This research is classified as qualitative descriptive research. Data sources used in this study include the learning process, informants from Mathematics teachers of SMA Negeri 2 Medan, teaching modules, and field notes about the learning process based on computational thinking. Data collection techniques include observation, interviews, and document analysis. The results of this study show that computational thinking-based mathematics learning  is able to increase teacher creativity in teaching, increase students' thinking to be open to the surrounding environment which is actually closely related to mathematics, and be able to solve problems structurally and computational thinking-based learning  gets a good response by students    

This research aims to explore the use of the Microsoft Mathematics application in mathematics learning. Using the Systematic Literature Review (SLR) method, this research summarizes the findings of four related articles. The research results show that the use of Microsoft Mathematics in mathematics learning can facilitate student understanding, simplify complex concepts, encourage independent learning, improve critical thinking skills, and assist in problem solving. The implication of this research is that the use of Microsoft Mathematics in mathematics education can provide significant benefits for student learning outcomes

This research is motivated by the fact that mathematics education students generally experience various problems in attending lectures. The aim of this research is to determine the factors of learning difficulties for mathematics education students. Many studies have been conducted to find out what difficulties mathematics education students experience in learning. This research aims to collect, identify, evaluate, analyze, interpret and conclude various similar studies that discuss the learning difficulties of mathematics education students. The research method uses SLR (Systematic Literature Review). The results of this research are divided into four parts according to the research questions studied from 15 articles relevant to the research topic. The four parts are what the learning difficulties of mathematics education students are, the causes, consequences, and solutions that can be applied to overcome these problems. The factors of student mathematics learning difficulties consist of 12 factors, namely; 1) the influence of student psychology; 2) the factor that students are often sleepy; 3) eye sight; 4) playing on cellphones with friends who like to skip lectures; 5) learning media that causes students to be lazy about studying; 6) lecturers are often angry 7) students often do not complete assignments; 8) lack of control by lecturers; 9) Unwillingness of student ATK; 10) Boring lecturer teaching methods; 11) Learning activities that only take notes so that students are lazy and play a lot; 12) lack of cooperation between students.    

The purpose of this research is to find out about students' mathematical abilities and proofs when learning mathematics at the tertiary level. In this research, researchers used quantitative methods in the form of literature reviews or literature reviews, namely this research took data sources from books, journals and previous research that had been carried out. Apart from that, it is also based on the results of the researcher's analysis, where this theoretical reference can be used as a strong basis for understanding students' mathematical proof abilities. Based on the research results obtained by researchers, it is that students' mathematical proof abilities are not optimal, and based on the research results, the percentage of mathematical proof abilities obtained is less than optimal. The majority of students still have difficulty working on proof questions. This is due to various factors, one of which is that understanding of integers and their definitions and properties is still low.    

Mathematics education student learning difficultis ar influenced bye several factors, both internal ands external. This research aims to identify and analyze they learning difficulties experienced by mathematics education study program students. The methods used as Systematic Literature Review (SLR) bye collecting and analyzis scientific articles related to student learning difficulties published in the last 10 years.

The aim of this research is to discuss the analysis of high school students' self-efficacy in learning mathematics. This research is qualitative research that uses descriptive methods. The instrument used is a non-test instrument, namely a questionnaire. Through the use of a mathematical self-efficacy questionnaire with 30 statements consisting of 10 indicators. The descriptive qualitative research method involved 27 high school students in Kampar. Based on the questionnaire data, it can be concluded that accumulated self-efficacy in mathematics learning is 37.27% in the low category. In percentage terms, it can be described that the indicator of being able to overcome the problems faced is 38.5% in the low category, the indicator of being confident in one's success is 33.17% in the low category, the indicator of having a positive view of the task is 47.74% in the low category , the indicator of being brave enough to face challenges is 42.2% in the low category, the indicator of being brave enough to take risks is 38.55% in the low category, the indicator of being aware of one's strengths and weaknesses is 35.5% in the low category, the indicator of being able to interact with people is 36, 21% in the low category, the indicator of not giving up easily is 40% in the low category, the indicator of having commitment to the tasks given is 28.88% in the low category, the indicator of having great interest in lessons and assignments is 31.96% in the low category.

This research aims to see how the utilization of geogebra application in learning mathematics. The method used in this research is Systematic Literature Review (SLR). The results obtained in this study are geogebra has benefits for the subject matter of algebra, building space, geometry, space analytic geometry, transformation geometry, integral, statistics, pythagorean theorem, and trigonometry. The use of geogebra allows students to be actively involved in problem solving, increase interest in learning, and expand understanding of mathematical concepts. For teachers, geogebra helps in creating interesting learning materials, visualizing mathematical concepts more clearly, and simplifying the preparation of questions

This research was aimed at analyzing the enhancement of students' mathematical reasoning abilities through problem-based learning. The experimental design was pre-post control group design. The research population was all junior high school student of SMP Al-Muhajirin Purwakarta. The research sample was taken randomly, was the class VIII C students as the experimental group who participated in instruction with problem-based learning and the other class VIII D as control group who participated in instruction with conventional learning. Data was collected through test and questionnaires. The statistical analysis used is the Gain test for the results of students' mathematical reasoning ability tests. The analysis of gain score showed that the enhancement of students’ abilities who participated in instruction with problem-based learning was better than those who participated in instruction with conventional learning. Problem-based learning in mathematics lessons shows a positive response which shows that students like the method used.