Predict Observe Explain Learning Research Articles

Application of POE (Predict, Observe, Explain) Learning Model to Improve Understanding of Concepts

This research aims to determine the POE (Predict, Observe, Explain) learning model in improving students' understanding of concepts in the Chemistry subject at SMA Negeri 1 Gondang. This research method uses a class action research model. The research subjects were 35 students in class X-4. This research has a good impact on students' understanding of concepts, this can be conveyed through the results of cycle I and cycle II research. Cycle I completed 25 students with a completion percentage of 71.4%, while cycle II completed 28 students with a completion percentage of 82.9%. So in cycle I and cycle II there was an increase in students' understanding of concepts in the Chemistry subject. Keywords: POE, Concept Understanding, Chemistry

Minimizing Misconceptions: Designing an Electrical and Magnetic Syllabus for Prospective Elementary School Teachers Using Predict Observe Explain-Conceptual Change Text (POE-CCT)

This study aims to 1) Obtain empirical data on the needs analysis for developing electrical and magnetic learning devices using the Predict-Observe-Explain (POE) approach assisted by Conceptual Change Text (CCT), and 2) Gather comprehensive information on designing a syllabus for electricity and magnetism using POE assisted by CCT. This qualitative research focuses on the define and design stages of the 4D model and involves 30 second-semester students from the Elementary School Teacher Education Study Program, including 6 men and 24 women, enrolled in the Basic Science Concepts course. Data collection methods included interviews to develop and validate a product based on needs analysis, such as graduate learning outcomes related to the course, relevant study materials, learning methods, time allocation, learning resources, references, learning media, and assessment criteria. The data was analyzed using content analysis techniques. The findings of this study confirm that 1) A learning tool using the POE-CCT approach is necessary to reduce misconceptions among prospective elementary school teachers, particularly in understanding the domains of electricity and magnetism, which are conceptually complex. The designed syllabus aims to address these misconceptions by incorporating POE learning tools assisted by CCT. This includes stages where students predict outcomes and reasons, observe and record their findings, and explain their observations followed by class discussions. 2) The syllabus development stage, based on needs analysis, results in POE learning tools with CCT assistance that promote independent prediction, observation, and explanation. This structured approach enhances active engagement, deeper understanding, and conceptual refinement through collaborative discourse, promising improved comprehension and retention of complex scientific concepts in the classroom.

The Impementation of POE Learning Model (Predict Observe Explain) Assisted Magnet KIT to Improve Student Analitycal Thinking Skills

This research aims to measure students' level of analytical thinking in the Natural Sciences learning process about magnetism through the POE (Predict Observe Explain) learning model with the help of a magnetic KIT (Integrated Instrument Box). The research method applied is quantitative through a Quasi Experimental design. Research instruments include interviews, questionnaires, and posttests. The research subjects were control class IX.4 which participated in the conventional learning group and experimental group IX.5 which implemented a POE model with magnetic KIT media at MTs Hasanah Pekanbaru. Data was collected through a posttest of analytical thinking skills and analyzed using descriptive analysis and the Independent Sample T test. The analysis obtained shows a significant variation in average values in the experimental and control groups, in the POE group achieving a higher level of analytical thinking (67.16%) than the conventional class (55.16%). This shows the effectiveness of POE learning with the help of magnetic KIT in improving students' analytical thinking skills regarding the context of magnetic material.

Using Predict-Observe-Explain (POE) Online Learning Systems During the COVID-19 Pandemic

Online learning during the COVID-19 pandemic caused students’ learning activities to be less visible. This study aimed to analyze students’ learning activities through the application of the Predict-Observe-Explain (POE) learning system during classes about electrolyte and nonelectrolyte solution materials. Implementation of online learning was conducted through Zoom Meetings and WhatsApp Groups, as well as using videos. This study used a descriptive method with research subjects, 31 students of grade X, IPA MA Al-Badriyah Sukabumi. Data was collected through observation sheets and student worksheets (LKS). Based on the analysis of the data, the average percentage of student activity during online learning was 97.9%, with a very good criterion. Thus, the application of POE learning online can show students learning activities very well.
 Keywords: application, online learning, electrolyte, nonelectrolyte

The Students’ Critical Thinking Skills with The Implementation of Sustainability Learning to Energy Conservation and Transformation Material Based on The POE (Predict-Observe-Explain) Model

Objective:The challenges of the 21st century with massive technological developments and the energy crisis that is currently plaguing various countries around the world, including Indonesia, are a big task for the world of education to make all elements including students aware and care about the energy crisis that has hit so it is necessary to integrate in the learning process the application of sustainable learning with the POE (Predict-Observe-Explain) learning model to train students' critical thinking skills. Methode: The study employs descriptive quantitative methods. The data were processed quantitatively and then interpreted qualitatively. Result: The analysis of the data obtained a significant value on students' critical thinking skills with a fairly good category with a percentage of 52.46%, the average value of students' critical thinking skills was in the poor category with a percentage of 32%. Novelty: This study is expected to be taken into consideration in further developing the application of sustainable learning with the POE model, because this learning has novelty in developing other innovative learning. Another novelty can be found in the material taken in this study is very appropriate with the application of continuous learning POE model to train students' critical thinking skills.

PENGARUH MODEL PEMBELAJARAN POE (PREDICT-OBSERVE-EXPLAIN) TERHADAP HASIL BELAJAR IPA SISWA KELAS V SD

ABSTRACT
 This study aims to determine the effect of the POE (Predict-Observe-Explain) learning model on science learning outcomes in grade V elementary school students. The formulation of the problem in this study is whether there is an influence on the use of the POE (Predict-Observe-Explain) learning model on science learning outcomes in grade V students of SD Negeri 17 Palembang for the 2023/2024 school year. This study used an experimental method with a True Experimental Design research design in the form of Posttest-Only Control Group. The population in this study is all grade V students of SD Negeri 17 Palembang for the 2023/2024 school year while the sample in this study is class V.A and V.B students, where class V.A students as a control class totaled 24 students and class V.B as an experimental class totaled 24 students. The research instrument used is a test question in the form of an essay question of 10 questions with the material of Animal Motion Organs. Based on data from posttest research results in both classes, it was found that the average value of the experimental class was greater than the control class, which was 80,946 > 63,437, besides that through hypothesis testing using the Mann Whitney U test obtained asymp. sig values. (2-tailed) in the posttest results of both classes is 0.003 with α = 0.05, so 0.003 < 0.05, it can be concluded that Ho was rejected and Ha was accepted, it can be concluded that there is an influence of the POE (Predict-Observe-Explain) learning model on science learning outcomes in grade V students of SD Negeri 17 Palembang. 
 Keywords: POE Learning Model, Science Learning Outcomes

Effectiveness of POE Learning Model on Science Process Skills in Temperature and Heat of Elementary Students

This research aims to explain the effectiveness of the Predict-Observe-Explain (POE) learning model on elementary students' science process skills on temperature and heat material. This research was conducted on fifth-grade students at SDN Kalirungkut I/264. This research method is a quasi-experiment with a non-equivalent control group research design. The data was collected through test and non-test (observation) techniques. Based on the N-Gains score test, the score in the experimental group was 58.12697%, which is quite effective. Based on the analysis using effect size on experimental and control class students, it is known that the effect size value is 1.131611, which means that learning with the POE model on temperature and heat material has a high influence on students' science process skills. Based on the results of the research conducted, it can be concluded that the POE learning model is more effective than conventional learning of scientific process skills. This research will help students improve their fundamental scientific process skills using the POE model. In prior research, no one has tried to examine the topic of temperature and heat and no one has calculated the effectiveness of the POE model on science process skills using effect size.

The Use of The Lectora Inspire Assisted Poe Learning Model on Body Defense System Material

The POE (Predict-Observe-Explain) model is a constructivism-based learning model that allows students to build their own knowledge. The purpose of this study was to assess the effect of the Lectora Inspire-assisted POE learning model on students' critical thinking skills. The research sample was 32 students of class XI MIPA 1 as the control class and 32 students of XI MIPA 3 as the experimental class. This type of research is a quasi-experimental research design with nonequivalent control group design where in this study one group was given learning treatment using the Predict-Observe-Explain (POE) model assisted by Lectora Inspire and the other group was not given any treatment. The data was obtained through a description test. Based on the results of hypothesis testing using T-test analysis, the value of Tcount is 4.309. The value of Tcount is 4.309 mote than Ttable 1.999 at a significance level of 0.05 then Ho is rejected, meaning that there is an influence of the Lectora Inspire-assisted POE learning model on students thinking skills on the bodys defense system material.

Predict-Observe-Explain Learning Model Assisted by “Educandy” Games to Improve Students’ Conceptual Understanding

A good understanding of concepts is needed to prevent students from misunderstanding. One effort that can be done is to apply the POE (Predict-Observe-Explain) learning model with the help of the Educandy educational game. This study aims to measure the effect of applying the POE learning model with the help of Educandy educational game application to increase students’ conceptual understanding of temperature and heat subjects. This study was quasi-experimental design research, using the nonequivalent control group design. The population of this study was 128 junior high schools students of SMPN 25 Pekanbaru (Class VII.I-Class VII.4). The first class, VII.1, was used as the experimental class, the third class, VII.3, was used as the control class, while the other class was the generalization classes. Research instrument of pretest and post-test containing 28 questions was used. The result was processed by descriptive and interferential techniques using T-test. The data processing technique used was descriptive and inferential, using the t-test for N-gain as an evaluation method. The results of this study indicated that conceptual understanding in both classes had increased, but the average value of students’ conceptual understanding in the experimental class was higher than that in the control class. It was described on the data N-gain as 0.7 in the experiment and 0.3 in the control class. The results of the t-test show that the POE learning model assisted by educational games based on the Educandy application can significantly improve students’ understanding of concepts.

Pengaruh POE (Predict, Observe, Explain) terhadap Kemampuan Kolaborasi Siswa


 The purpose of this study was to determine the effect of applying the Predict Observe Explain (POE) learning model on the collaborative abilities of fourth grade students at SD Negeri 060858 Medan Tembung in the 2022/2023 academic year. The research methodology is quasi-experimental. The population of this study were all students of class IV-A and IV-B of SD Negeri 060858 which were the control class and the experimental class. The experimental class in this study was Class IV-A which was treated with the application of the Predict Observe Explain (POE) learning model, while the control class in this study was Class IV-B which was treated with the use of a traditional learning model (directed learning). .Based on the research findings, it can be concluded that the POE learning paradigm that encourages students to participate more actively has an effect on increasing students' capacity to collaborate. 
 Keywords: Predict Observe Explain (POE) Learning Model, Collaboration Ability.

Design of Science Process Skill-Based Intertextual Learning on Reaction Kinetics Concept

The study aims to design an intertextual learning strategy with Predict-observe-explain (POE) to develop students' science process skills. The research method is Research and Development (R&D) consist of material analysis, developing indicators of science process skills, and developing learning designs. The learning design was validated by five experts. Based on experts’ suggestion, intertextual-based learning activities involving three levels of chemical representation with POE learning steps to build the concept of the effect of the nature of the reactant and catalyst on reaction rates and develop students' science process skills. The strategy consists of five phenomena which are followed by three experiments and two videos as observation tools for the student. The explanation stages are guided by sets of guiding questions that involve multi-representation levels in that explanation. The product of this research is expected to be used as an alternative learning strategy that can be used by teachers to minimize the possibility of misconceptions that occur, increase mastery of concepts, and students' science process skills.

Ethnobioconservation with a Predict, Observe, Explain (POE) Strategy Against Student Cooperative Skills

Student cooperative skills are an internal representation of the conceptual understanding of Maluku's natural resource conservation biology. Currently, students still have difficulty explaining the relationship between biological conservation and biological, physical and chemical conditions of a natural resource phenomenon, at a concrete level. These difficulties require research, through Predict, Observe, Explain (POE) Strategy, Ethnobioconservation Development of Maluku Natural Resources. This study aimed to reveal the development and differences in students' cooperative skills after learning Bioconservation with POE and conventional learning. Indicators of students' cooperative skills were adapted from Johnson, & Holubec, (2002). The topic of Maluku Natural Resources Ethnobioconservation combined with the POE Strategy consists of five topics, namely 1) Burning rocks in Maluku Tenggara Barat Indonesia; 2) Sasi Lompa Opening Ceremony in Haruku Village, Maluku Indonesia; 3) Timba Laor, Latuhalat Village, Ambon Maluku Indonesia; 4) Meti Kei Ceremony in Southeast Maluku Indonesia; and 5) The Opening Ceremony of Sasi Teripang in Noloth Village, Saparua Island, Maluku Indonesia. The findings indicated that the POE strategy resulted in better student cooperative skills. The N-Gain scores of students in the class using the POE and conventional strategies were found to be 71.43 and 47.73, respectively. Meanwhile, the value of coopetarif skills was higher (36.67%) compared to conventional learning. Thus, it can be concluded that POE Strategy learning is effective in increasing the cooperative skills of students. This research recommends that POE is very important and useful for use in biology learning. because the POE strategy facilitates student concept change

Development of POE (Predict-Observe-Explain) Oriented Learning Device to Improve Students' Problem-Solving Ability on Environmental Change Material

This study aims to describe the validity, practicality, and effectiveness of POE (Predict-Observe-Explain) oriented learning devices in the form of Lesson Plans (RPP), Student Worksheets (LKPD), Pre-Test & Post-Test Questions. This research uses (R&D), which consists of material analysis, literature study, design of learning devices, validation of learning devices, revision of learning devices, limited scale trials, and producing learning devices that meet the criteria of validity, practicality, and effectiveness. This study involved 15 students at SMAN 1 Gorontalo. The results show that the POE-oriented learning devices (Lesson Plan, Student Worksheet, Questions) obtained the percentage of validation results from 2 expert validators, namely 91.6% Lesson Plan, 93.3% Student Worksheet, and 91.6% Questions & from the practitioner validators obtained a percentage of 97.2% Lesson Plan, 96.6% Student Worksheet and 100% Questions with very valid criteria. The practicality of learning devices from the results of the implementation of learning is 98.16% in the very good category, the student activity is 89.2%, and the student response questionnaire reaches 87.29% in the very good category. The effectiveness of POE learning devices from the results of pre-test & post-test data analysis conducted during learning using the N-Gain test with an average score of 0,85 is in high criteria. Based on the result, it can be concluded that the development of POE-oriented learning devices on environmental change material is appropriate for classroom learning

Promote collaboration skills during the COVID-19 pandemic through Predict-Observe-Explain-based Project (POEP) learning

It was previously found that students have low in learning collaboration, which is the learning process has not facilitated them to develop their skills. Therefore, this study aims to investigate the effects of project-based learning (PjBL), Predict-Observe-Explain (POE), and Predict-Observe-Explain based Project (POEP) on student collaboration skills in Biology education. The pretest-posttest non-equivalent control design was used and it involved 144 tenth grade students from Tarakan, Indonesia. This research was conducted from August to December 2020, while observation sheets was used to assess the student collaborations skills. The instrument used is the student collaboration skill observation sheet refers to Greenstein, 2012. The collaboration skills observation sheet has a score of 1-4 from each aspect. The aspects used are working productively, showing respect, compromise, and responsibility. Data collection in this study was carried out using WhatsApp, and Google Classroom as learning platform. The results of the analysis of covariance (ANCOVA) showed that PjBL, POE, and POEP affected their collaboration skills (p < 0.005). The LSD test result showed that PjBL, POEP, POE, and conventional learning models were significantly different in improving the skills. The POEP class had the highest posttest score, hence it can be used to improve student collaboration skills. This research contributes to providing a learning experience that empowers students' online collaboration skills.

Design and Trial of Electronic Smart Worksheets Based on POE (Predict, Observe, Explain) on Acid-Base Topic

This research aims to produce and determine the feasibility of Predict, Observe, Explain (POE) based student electronic smart worksheet. The method used is research and development design. The development stages of this model consist of three stages: defining, designing, and developing. The research respondences were media design experts, learning material experts, chemistry teachers, and ten students. Instruments that used to validate and practical tests are questionnaires. Electronic smart worksheets are created using the articulate storyline application to develop the stages of POE learning. The validity of the worksheet in terms of media, material, practical, and student response results are 80% (valid), 97.14% (very valid), 96.81% (very practical), 89.61% (very practical), respectively. Based on these results, it could be concluded that POE based student electronic smart worksheet is suitable for use as an acid-base learning media.

THE EFFECT OF POE (PREDICT-OBSERVE-EXPLAIN) LEARNING MODEL ON LEARNING OUTCOMES AND STUDENT RETENTION ON PLANT TISSUE

This study aims to determine the effect of the POE learning model on student learning outcomes and retention. This study uses a quantitative approach with a pre-test, posttest, and retest design. The type of research used is a quasi-experimental research with a research sample of class XI students at SMA Negeri 1 Aek Natas in the 2020/2021 learning year. The sampling technique used simple random sampling. The data analysis technique used is to test the hypothesis using the T-test at a significant level of α = 5%. If the price of the F-count is greater than Ftable, then H0 is rejected, and Ha is accepted. Learning outcomes are measured by giving a posttest to students, while retention is measured by providing a retest for 14 days two times. The mean of learning outcomes in the experimental class was 83.88, while the mean learning outcomes in the control class were 78 so that there was a difference in learning outcomes between the control class and the experimental class by 5.88 points. The average retention 1 in the experimental class was 97.07%, while the average retention 1 in the control class was 88.06%, so that there was a point difference of 9.01%. The second retention means results in the experimental class obtained 95.77%, while in the control class, it was 79.53% so that there was a point differential of 16.24%. The experimental class decreased retention points 1 to 2 by 1.3% and for the control class by 8.53%. This study indicates that there is an effect of the POE (Predict-Observe-Explain) learning model on student learning outcomes and retention of plant tissue material.

Application of blended learning with Edmodo based on POE learning model to increase students understanding of science concepts

The process of science teaching in Junior High School in Jakarta is still using conventional method, so that students are passive. Utilization of technology and the internet is less effective, whereas facilities and infrastructure in school completed. This study aims to determine the application of blended learning with edmodo based on POE (Predict-Observe-Explain) learning model. The method used in this research is the quasi-experimental method with the research design of The Randomized Post-Test Only Control Group Design, which involved 202 students as samples. Sample determination used the random sampling cluster technique. The subject in this study were lesson plan, edmodo platform, and student’s worksheet. The instrument test consists of understanding of students concept. The data analysis technique is Paired Sample T-test. Based on the results of research, application of blended learning with edmodo based on POE (Predict-Observe-Explain) learning model can improve understanding of students concept. The students were more active and highly motivated in learning science.

The Effectiveness of POE (Predict-Observe-Explain) Learning Model for Improving Student Analytical Skills

This study aims to determine (1) differences in students' analytical skills in learning physics with the POE (Predict-Observe-Explain) learning model and direct instruction learning, (2) improve students' analytical skills by learning physics POE learning models. This study uses a quasi-experimental method and control-group pre-test post-test design. The research subjects were Grade VIII students of a junior high school in a District of Wonosobo Regency, Central Java. The data instruments is test. Data analysis techniques using different test and gain test. The results showed: (1) there were differences in analysis skills between students who used the POE learning model and did not use the POE model seen from the results of the t-test with dk 47 and 5% significance level where tcount> ttable was 5.49> 2.012, (2) improvement of students' analytical skills using the POE model is greater than the students who do not use the POE model with a gain test of 0.60 (medium criteria)> 0.32 (medium criteria).

The Implementation of POE (Predict, Observe, Explain) Learning Model to Improve Students’ Achievement at Class XI Students of SMA Negeri 10 Makassar

This study aimed to determine the implementation of POE (predict, observe, explain) learning model to improve students’ achievement at class XI students of SMA Negeri 10 Makassar. This type of research was classroom action research consisting of two cycles. Each cycle of classroom action research was carried out in four (4) stages, namely: planning, implementing,observing, and reflecting. The subjects in this study were 35 class XI students in SMA Negeri 10 Makassar. The result of research indicated that there were 6 students (68.85%) in cycle I and 33 students (94.28%) in cycle II that achieved minimum completeness criteria. This research can be concluded that POE learning model can develop students ideas by relating experiences or stories that have been obtained previously. Besides, students' creativity in using diction is very good when presenting the prediction results using the POE method. Thus it is necessary to develop a learning model in the teaching and learning process so that students know very well the meaning of the assessment process of various learning activities.

Application of POE (Predict-Observe-Explain) Learning Strategies to Reduce Students' Misconceptions in Science Subjects in Elementary School

Concept is a very important part in the process of acquiring knowledge in various studies including science. The reality, students have not mastered the concept of science properly or have a different initial conception with the correct concept so that it has difficulty in using the concepts possessed to explain various kinds of natural phenomena in daily life. The purpose of this study is to describe that the Predict-Observe-Explain strategy can reduce student's misconceptions in elementary school. This research includes a Pre-Experiment research with One Group Pretest-Posttest Design. The subjects in this study were students of class V SDN Krembangan Selatan I Surabaya with a total of 12 children in a limited test. Data analysis techniques using quantitative descriptive analysis. The results showed that (1) the conception profile before learning with the POE strategy obtained an average of 67% of all research subjects had misconceptions for each concept item. (2) the conception profile after learning with the POE strategy obtained an average of 7.4% of all research subjects have misconceptions for each concept item (3) learning to use POE strategies can reduce student's misconceptions on science subjects material force and motion, characteristics of living things, and objects or materials