Group Investigation Model Research Articles

Meningkatkan Keterampilan Berpikir Kritis dan Hasil Belajar IPA Menggunakan Model PBL, SAVI, dan GI pada Siswa Kelas V SD

The low levels of critical thinking skills and student learning outcomes in the science curriculum of class V at SDN Lokrawa Barito Kuala are the study's main concerns. This is because learning in the classroom is still primarily focused on the teacher, which discourages students from speaking up for what they think is right, does not offer learning exercises that encourage critical thinking, puts students in a passive role when solving problems, and results in a lack of comprehension of the subject matter. This may be the best course of action using the paradigms of group research, problem-based learning, and SAVI (Somatic, Auditory, Visual, and Intellectual). Action research in the classroom is used in this study (PTK). This class action research study aims to demonstrate the enhancements in student learning outcomes and critical thinking abilities. Exams for individual evaluation are utilized to gauge the learning objectives of students, and observation sheets are employed to gather data on the critical thinking and action abilities of both teachers and students. The study's findings demonstrated that, at meeting 4, the pupils' and teacher's traditional activity met both the very good and the extremely active requirements. At meeting 4, 93% of the students' learning objectives and critical thinking abilities were satisfied in a conventional way. These findings imply that the application of group investigation models, problem-based learning, and SAVI (Somatic, Auditory, Visual, Intellectual) might enhance students' learning outcomes in science courses as well as teachers' and students' critical thinking abilities.

Meningkatkan Hasil Belajar Siswa Kelas XII Pada Mata Pelajaran Kewirausahaan Melalui Model Pembelajaran Kooperatif Tipe Group Investigation Di SMK Karya Mandiri

AMSIYAH DWI RIYANTI, Improving the learning outcomes of grade XII students in entrepreneurship subjects through cooperative learning models of group investigation type at SMK Karya Mandiri, Economic Education Study Program, Faculty of Education, Panca Sakti University Bekasi, 2024. At SMK Karya Mandiri, the learning system that has been implemented so far has not maximized student active involvement, resulting in suboptimal classroom learning experiences. Many students exhibit passive attitudes, which negatively impact their learning outcomes. To address this issue, the Group Investigation learning model has been applied through classroom action research. This model is designed to enhance student participation and learning outcomes in the Entrepreneurship subject. This study aims to evaluate the effectiveness of applying the Group Investigation learning model in improving the learning outcomes of 12th-grade students. In this study, the Group Investigation method was implemented in two cycles, each consisting of four important stages: planning, action, observation, and reflection. Each cycle begins with planning, which includes developing group worksheets used in the learning action. Students work in groups to complete tasks and present their results to the class, while observation and reflection processes are conducted to assess the model's effectiveness. The research results indicate a significant improvement in student learning outcomes after the implementation of this model. In the first cycle, the average class score was 63.97 with a classical completeness rate of 55.89%, where 19 students achieved satisfactory results. However, after applying the model in the second cycle, the average class score increased to 70.73, and the classical completeness rate surged to 82.53%, with 28 students successfully reaching the targeted passing level. These findings affirm that the Group Investigation model can effectively enhance student engagement and learning outcomes in the Entrepreneurship subject, and provides a strong foundation for applying similar methods in other learning contexts.

Meningkatkan Keaktifan Belajar Siswa Kelas V SDQT Nurul Islam dengan Metode Kooperatif Group Investigation

The purpose of this study is to increase students learning activties by applying the cooperative learning model Group Investigation model. The research method in this study was carried out by applying the cooperative learning model of the Group Investigation model to improve student learning activties and was carried out in Class V SDQT Nurul Islam in Karawang City. The results showed that the learning activty of Class V students of SDQT Nurul Islam with the Cooperative Method increased from cycle I to cycle II by 17%. In the first cycle, the classical average of student learning activty was 73% and included in the Good category. While in cycle II, the classical average of student learning activty increased quite significantly, namely to 90% and included in the Very Good category. It can be concluded that the application of the cooperative learning model of the Gr model.

The effect of group investigation model of learning on improving mathematics learning outcomes

The instructional model is a crucial component in the educational process. This study evaluates the effectiveness of the Group Investigation learning model in enhancing students' mathematics outcomes. A quantitative research method with a One Group Pretest-Posttest design was used, involving 29 eighth-grade students. Data were analyzed using SPSS version 25, revealing a pretest score of 0.010 and a posttest score of 0.063 after implementing the Group Investigation model. The average posttest score was 77.91, indicating a significant impact on learning outcomes. Observations over three sessions showed an increase in student participation from 26.97% with an average score of 2.24 in Session I (categorized as "Less Active") to 42.79% with an average score of 3.56 in Session II, and 45.38% with an average score of 3.78 in Session III (both categorized as "Active"). This increase demonstrates that the Group Investigation model not only enhances student participation but also makes students more active in learning, thereby improving mathematics outcomes. Therefore, the Group Investigation model is an effective strategy for enhancing students' achievement in mathematics. Further research with more refined methods and tools is needed to confirm these findings.

Effectiveness of Group Guidance with Group Investigation Learning Model to Develop Students' Assertiveness

Adolescents require assertiveness in socializing and interacting with their social environment in order to be able to express themselves well. However, there are still many adolescents who have not been able to express their thoughts, feelings, and hopes. This research aims to test the efficacy of group guidance services using the group investigation learning model to increase adolescent assertiveness. This research uses a one-group pretest-posttest research design to achieve the research objectives. The research subjects were six students at State Junior High School. The techniques and instruments used for data collection were an assertiveness scale. The assertiveness scale was tested for the level of validity and reliability through the Cronbach alpha formula. Furthermore, the data were analyzed using the Wilcoxon test. The results demonstrated a significant increase in student assertiveness after being given group guidance using the group investigation model. This indicates that the group investigation learning model is effective in increasing the assertiveness of adolescents.

PENGARUH PENERAPAN MODEL PEMBELAJARAN KOOPERATIF TIPE GROUP INVESTIGATION (GI) TERHADAP HASIL BELAJAR DAN SIKAP ILMIAH SISWA PADA MATA PELAJARAN FISIKA SMA

This study was motivated by the problems faced by teachers of physics are the low daily rate of students, it is characterized by  50% of students are in the range of values below 60. The purpose of this experimental study is (1) reveals the presence or absence of a firmness differences in learning outcomes between students taught using cooperative learning model Group Investigation (GI) with students who are taught by using conventional learning model, (2). reveals the presence or absence of firmness is a difference of scientific attitude of students, between students taught using cooperative learning model Group Investigation (GI) with students who are taught by using conventional learning model. This study was an experimental study. The first and second hypothesis can be tested using one-way ANOVA test. Differences in the use of cooperative learning model Group Investigation (GI) with conventional learning model on learning outcomes and student scientific attitude among these variables will be known. Subjects of this study were taken randomly selected by lottery first is the X3 class numbered 40 students, was elected second lottery X5 is a class of 40 students, the class were tested for normality and homogeneity. Timing of treatment for 2 x 45 minutes (1 x meetings) that do as much as 8 times the meeting. At the end of the treatment in the final meeting of the subjects were given a final test consists of 23 multiple choice test items with time-90 minutes. Based on calculations using ANOVA one lane, with criteria if F count> F table, then H0 is rejected, meaning that there is a difference (not homogeneous), and if F count <F table, then H0 is accepted, meaning that there is no difference (homogeneous). Under these provisions, it can be interpreted that there is no difference in learning outcomes for 1.7731 <3.96. F count <F table or 1.773 <6.97 then H0 is accepted, meaning that there are no significant differences in the scientific attitude of students who use the model of cooperative learning model Group Investigation (GI) than conventional learning model The findings of this study indicate that there are differences in learning outcomes and scientific attitude of students, between students taught using cooperative learning model Group Investigation (GI), with students taught by conventional learning model. Keyword: group investigation, the results of learning, scientific attitude

PENGARUH MODEL PEMBELAJARAN KOOPERATIF TIPE GROUP INVESTIGASI (GI) DAN KREATIVITAS BELAJAR TERHADAP HASIL BELAJAR BIOTEKNOLOGI

The purpose of this study was to determine: (1). The relationship between the creativity of students with learning outcomes Biotechnology. (2). The difference in learning outcomes are taught using cooperative learning model Group Investigation when compared with the conventional model. and to determine how much influence it in a mathematical equation. The subjects were students of class IX, which consists of two classes that exist in the SMP 14 Batang Hari first semester of the academic year 2011 / 2012. The number of students of class IX is 60 people. Class has been divided by the school since the beginning of the class consisting of 30 people IXA, IXB class of 30 people. Members direndominasi subject can not because they are made in such a way from school, academically have average ability of each class is the same so it is considered homogeneous. This research was conducted by using a quasi-experimental type (quasi experiment) with the experimental design consists of classes and control classes.Based on the results of the study showed that: First, the influence of creativity learning on learning outcomes of biotechnology with learning outcomes, namely 7.78 to 7.32 in the experimental class and the control class. Second, the result shows that the statistical processing of F = 182.114 and table F, Fa (n-1)-1 = F.1.1.81 = 2,77 for F count > Ftabel or 182.114 > 2.77 then there is a difference learning outcomes of students who were taught with the model group when compared with the conventional investigate. The conclusion of this study are: (1) There is a significant effect on learning outcomes learning creativity Biotechnology. (2) There are differences in learning outcomes that learned by using cooperative learning model Group Investigation when compared with the conventional model. Keyword: type of investigation group, creativity, learning outcome.

The Effect of Group Investigation Model Assisted by Diorama Media on Learning Outcomes in Science Material for Class V Students at SDN Pelemkerep 1

The Effect of Group Investigation Model Assisted by Diorama Media on Learning Outcomes in Science Material for Class V Students at SDN Pelemkerep 1

The Role of Social Interaction in Improving the Quality of Islamic Religious Education Learning

This research aims to investigate and understand the role of social interaction in improving the quality of Islamic Religious Education learning. This research will explore how social interactions in the classroom context can influence the effectiveness of Islamic religious learning. Apart from that, this research also aims to identify effective social interaction strategies that can be used to improve the quality of Islamic Religious Education learning in Islamic secondary schools. This research uses a qualitative approach with a case study design at Sabilurrosyad Islamic High School Malang, selecting three classes as case units (classes X, XI, and XII). Data was collected through in-depth interviews with teachers and students, as well as direct observations in classrooms to record social interactions between students and Islamic Religious Education teachers. The research location focused on classrooms at the school. The purposive sampling method was used to select research participants. The research findings indicate that instructional models such as group investigation, role-playing, and jurisprudential learning positively impact social interaction and students' understanding of PAI material. The group investigation model allows students to collaborate in identifying and exploring social and moral issues, while role-playing enables students to interact in real-life situations relevant to religious values. Furthermore, jurisprudential learning allows students to understand and integrate religious values in formulating solutions to relevant public policy issues. The role of teachers as facilitators, mentors, academic counselors, and support providers is crucial in facilitating effective social interaction in PAI classes. Support systems, including comprehensive library facilities and access to external school references, are crucial in supporting quality interactive learning. In conclusion, social interaction in the classroom significantly enhances the quality of PAI learning, and instructional approaches that encourage active interaction between students and teachers can shape a better and more accurate understanding of religious teachings.

생성형 AI인 ‘Text to Music’을 집단탐구모형에 적용한 음악 창작지도 설계 방안

The purpose of this study is to explore music creation instruction method using a variety of media based on the generative artificial intelligence such as text to music. To achieve this, the meaning of music creation activities, the latest trends in artificial intelligence, the concept of generative artificial intelligence, and a prompt model such as musiGen, were explored and the concept of group investigation(GI) model was presented. The creative area newly presented in the resent revised 2022 music curriculum is presented to help students understand the value and influence of music in a changing society and expand their perspectives on music. In the future, music activities based on digital media can cultivate students' digital literacy, and music creation activities using generative artificial intelligence models can promote the development of a digital based society and lead to the development of various cultural industries, so the continues research is required.

THE INTEGRATION OF 5E INQUIRY-BASED LEARNING AND GROUP INVESTIGATION MODEL: ITS EFFECTS ON LEVEL FOUR SCIENCE PROCESS SKILLS OF FORM FOUR STUDENTS

Studies found that the mastery of Level-4 Science Process Skills (L4SPS) among secondary school students is still relatively weak. Thus, the purpose of this research was to determine the effects of 5E Inquiry-based Learning and Group Investigation (I5E-GI) model on the five constructs of L4SPS, namely Identifying Manipulated, Responding, and Constant Variables, Forming Hypotheses, Making Observations, Making Inferences, and Defining Operationally. A teaching and learning (TL) module was developed to guide teachers in implementing the I5E-GI method for the five L4SPS constructs. The L4SPS Test Instrument was constructed to measure the level of L4SPS mastery at the end of intervention. The quasi-experimental research design was conducted on 180 Form Four students taking Core Science subjects. A total of three groups were assigned, namely i) 5E Inquiry-based Learning and Group Investigation method (I5E-GI, n = 60), ii) 5E Inquiry-based Learning method (5E, n= 60), and iii) Traditional Learning (TR, n = 60) in an urban secondary school in Sarawak, Malaysia. Data were analyzed using the inferential statistical tests of MANOVA, MANCOVA, ANCOVA, and effect size. The results showed that there was a statistically significant effect across the three groups of TL methods. There is a statistically significant effect of the I5E-GI method compared to the 5E and TR methods on the five L4SPS constructs. As for the effect size, the I5E-GI method provides a more significant effect size than the 5E and TR learning methods. Overall, the findings prove that the I5E-GI method has positive implications for the mastery of L4SPS among Form Four students. Keywords: 5E inquiry-based learning, Form Four students, Group Investigation, level-4 science process skills

Optimization of Group Investigation (GI) Co-operative Learning Model to Improve Students' Creativity in Science Learning

This study aims to determine the level of student creativity by using the group investigation (GI) type cooperative learning model in class V of 48 Ampenan State Elementary School (SDN). The type of research used is class action research. This research was conducted in class V of SDN 48 Ampenan in the 2022/2023 academic year. Based on the results and analysis in each cycle, it can be concluded that in applying the cooperative learning model of group investigation (GI) type can increase student creativity in class V SDN 48 Ampenan in the 2022/2023 lesson year in learning science with the results of cycle I and cycle II. From several aspects of cycle I assessment, individual completeness is 100, for learning completeness or classical completeness is 16% and the last for the percentage or average indicator is 55.5%. The assessment aspects of cycle II individual completeness value is 100, classical completeness or learning completeness is 100 and the last to calculate the percentage or average indicator is 76% the frequency category is creative. The difference in the increase in creativity results from cycle I and II is 20.5%.

Improving The Capability Of Writing Scientific Papers Through The Group Investigation Model With Field Trip In High School

Improving The Capability Of Writing Scientific Papers Through The Group Investigation Model With Field Trip In High School

Penerapan Model Pembelajaran Group Investigation Berbasis Lingkungan Sekitar pada Mata Pelajaran IPAS di SD Negeri Tulangampiang Denpasar

Learning success can be seen through the learning process obtained by students. Choosing the right learning model greatly influences students' learning success. Based on the results of observations, teachers as educators at Tulangampiang State Elementary School still predominantly use conventional learning models. Choosing a group investigation learning model based on the surrounding environment can be used as an alternative to achieve learning success. This research aims to describe the application of the group investigation learning model based on the surrounding environment at Tulangampiang State Elementary School, Denpasar. This type of research is qualitative with a descriptive approach. The research took place for approximately six months in the even semester of the 2022/2023 academic year at Tulangampiang State Elementary School, Denpasar. The research subjects were educators and 41 students in the VA class who were determined using a purposive sampling technique. This research uses human instruments, or researchers as key instruments which are also equipped with interview, observation and documentation techniques. The research procedure follows the flow of qualitative research procedures with data analysis techniques using the Miles and Huberman Model, as well as testing the validity of the data through credibility, transferability, dependability and conformability tests. The research results show that the application of the environment-based group investigation learning model can be described through the implementation of syntax during learning, which consists of; selecting topics, cooperative planning, implementation, analysis and synthesis, presenting final results and evaluation. Even though the observation results vary in percentage, they have shown the phenomenon of teacher and student activity in each syntax. The science learning undertaken by students has been provided in a real and concrete way through a group investigation model based on the surrounding environment so that it is in accordance with the role of teachers in teaching science in elementary schools. The group investigation learning model based on the surrounding environment can be used by teachers to ensure the quality of the learning process is better and meets expectations.

10.47435/jtmt.v4i02.2282 The Effect Of The Geogebra-Assisted Group Investigation Model On Student Learning Outcomes In Low Algebra COURSES

This research was conducted with the aim of finding out the effect of the Group Investigation learning model with Geogebra tools on the learning outcomes of elementary algebra students in the Bachelor of Mathematics Education study program at Bengkulu University. The type of research carried out was quasi experimental research with a pre-test post-test control group design. The research sample was students from the Bachelor of Mathematics Education study program at Bengkulu University, semester 1A with a total of 29 students and semester 1B with a total of 29 students. Semester 1A students applied the Group Investigation model assisted by Geogebra and semester 1B students applied the conventional method. The data was analyzed statistically descriptively and inferentially using t-test and obtained a value of ????−???????????????????? or ????????????<0.05, namely 0.00<0.05, so it can be concluded that the use of the Group Investigation learning model assisted by Geogebra has affected student learning outcomes. Bengkulu University's Bachelor of Mathematics Education study program is effectively applied to elementary algebra learning in class and has an influence in improving student learning outcomes

The Effect of Student Learning Outcomes Using A Tutorial Model With A Group Investigation (GI) Type Cooperative Model On The Ecosystem Concept In State High School

Success in the learning system is determined by several factors including teachers, students, learning models, media, and learning facilities. One of the learning models that is considered appropriate and can create new learning conditions is the tutorial model and the cooperative group investigation (GI) model. In general, this study aims to determine the influence of the two models above on student learning outcomes on the concept of ecosystem. Respondents in this study were students of grades X 5 and 6, which were determined randomly. The type of research used is with a quantitative approach, the method used is an experimental approach. The instrument used as a data collection tool in the form of learning outcomes tests as many as 25 questions out of 30 questions after being tested for validity through validity, reliability, difficulty index, and differentiating power. The test was conducted twice with pre-test and post-test in experimental class 1 and experimental class 2. Based on the results of the study showed that; 1) there is an influence of the tutorial learning model on the ecosystem concept of student learning outcomes, 2) there is an influence of the group investigation (GI) cooperative learning model on the ecosystem concept of student learning outcomes, 3) there are differences in learning activities through the tutorial model and cooperative group investigation (GI). Overall, the tutorial learning model is better and more effective for overcoming student learning activity problems on the ecosystem concept than the group investigation (GI) cooperative learning model

Pengaruh Model Pembelajaran Kooperatif Tipe Group Investigation (GI) Terhadap Hasil Belajar Siswa Pada Mata Pelajaran Matematika Kelas IV SDN 0306 Sosopan T.A 2022-2023

This research was conducted with the aim of determining the Influence of the Cooperative Learning Model of Group Investigation (GI) on student learning outcomes in mathematics for fourth-grade students at SDN 0306 Sosopan. The population in this study consisted of 48 students, divided into Class IV A with 24 students and Class IV B with 24 students. The research sample consisted of 24 students selected using the Total Sampling technique. The research type employed was an experiment with a Quasi-Experimental Design of the Pretest-Posttest Control Group Design. The research procedure included preparation, implementation, and conclusion stages. Before conducting the research, an instrument validation test, reliability test, difficulty level test, and discriminant power test were conducted. Subsequently, a pretest was administered to both classes, with the experimental class receiving treatment by implementing the Group Investigation (GI) learning model, while the control class used a conventional model. Finally, a posttest was administered to both classes. Data were analyzed using SPSS 24, including tests for normality, homogeneity, and hypothesis testing. Based on the students' learning outcomes, the experimental class obtained an average score of 41.04 in the pretest, which increased to 77.08 in the posttest. Based on the research results, it can be concluded that there is an influence of the Group Investigation (GI) learning model on student learning outcomes in mathematics for fourth-grade students at SDN 0306 Sosopan.

Improving Students’ Social Studies Learning Outcomes Using the Group Investigation Model

This study aims to explore how the group investigation model could be used to improve student learning results in social studies courses. This study was a two-cycle classroom action research study. Six students of class IV from SDN Inti Sungai Miai 11 Banjarmasin participated in this study for the 2020/2021 academic year. Data were collected using observation techniques on implementing lesson plans and student activities and testing on student learning outcomes. The student standard score was ≥ 70, and the expected classical success indicator was 81%-99%. According to the research findings, teacher activity received a score of 90.625 on very good criteria. With practically all active criteria, student activity improved to 85.7%. Individual learning outcomes showed that five students with a classical completeness of 83.33% were nearly entirely complete. Based on these findings, it was possible to conclude that using the Group Investigation model could increase student learning outcomes in social studies courses.

The Effect of the Group Investigation Learning Model Assisted by Digital Mind Map (GI-DMM) on the Learning Outcomes Students in the Affective Domain

The learning process carried out by teachers does not actively involve students, this is because the learning models and media applied by teachers have not been implemented optimally. Based on these problems, the right solution is needed by applying a learning model that can activate students. One of them is by applying the Group Investigation learning model assisted by Digital Mind Map (GI-DMM). The aim of the research was to find out the effect the Group Investigation model learning assisted by Digital Mind Map (GI-DMM) to the learning outcomes of students' affective domains. This research method is a true experiment with a Randomized Control Group Posttest Only Design research design. The population in this study were all of class X IPA. Sampling was carried out by purposive sampling technique by means of a lot system, experimental class and control class. The research instrument for the affective domain was in the form of observation sheets for students' attitudes during the learning process. Data analysis techniques used hypothesis testing (t-test). The results of the study in the affective domain of the experimental class obtained an average value of 93.00 and that of the control class was 88.53. Thus it can be concluded that through the application of the Digital Mind Map-assisted Group Investigation Model (GI-DMM) it can improve learning outcomes in the affective domain of students.

The Effect of Group Investigation Learning Model Assisted by Digital Mind Map (GI-DMM) on Student Learning Oucomes in the Cognitive Domain

The progress of a nation depends on the quality of education, One way to improve the quality of education is to carry out an effective learning process so as to improve student learning outcomes. learning process the teacher uses a scientific approach, but in learning the scientific approach is implemented not optimally so learning does not involve students actively and learning outcomes are low. Teachers are required to design an innovative learning model that leads to an increase in learning outcomes achieved by students. This research aims to determine the effect of the Group Investigation learning model assisted by Digital Mind Map (GI-DMM) on student learning outcomes in the cognitive domain. This type of research is an experiment with this research design, namely in the experimental class using the application of the Group Investigation learning model assisted by the Digital Mind Map while in the control class it is carried out using a scientific approach, then a final test is carried out on both sample classes. The determination of the sample was carried out using the Total Sampling technique. The cognitive domain instrument is a test sheet in the form of multiple choice of 39 questions. Data analysis techniques using t-test. The results of this research are based on the t test, the average value of the experimental class is greater than the control class. Thus it can be concluded that through the application of the Group Investigation model it influences learning outcomes in the cognitive domain.