Learning science by rote can lead to misunderstandings or misconceptions. Misunderstanding of concept understanding must be avoided by students, so that the knowledge process in obtaining conceptual information is meaningful for students. This study aims to determine the role of the PODE Hands on Activity model in understanding science concepts for fourth grade elementary school students. This research uses a quantitative approach with a quasi experimental design type of research in the form of nonequivalent control group design. The sample of this study amounted to 60 fourth grade students of SD 1 Gulang and SD 1 Payaman. Data collection techniques are multiple choice and hands on activity observation sheets. The analysis in this research is simple regression test, multiple regression test and percentage description. The results showed that the R2 coefficient of the simple regression test in the Hands on Activity experimental class (X1) and the PODE Model (X2) were 55.7% and 64.6%, respectively, and 47.8% in the control class. Multiple linear test results. The results of the joint research have a value of Sig. the value of 0.000 0.005 and the value of Fcount 25.339 Ftable 3.33, it can be concluded that there is an effect of Hands on Activity (X1) and the PODE model (X2) simultaneously there is an effect of understanding the concept (Y1). Analysis of the percentage of class concept understanding there is an increase between the experimental class and the control class. 33 it can be concluded that there is an effect of hands on activity (X1) and the PODE model (X2) simultaneously there is an effect of understanding the concept (Y1). Analysis of the percentage of class concept understanding there is an increase between the experimental class and the control class. 33 it can be concluded that there is an effect of Hands on Activity (X1) and the PODE model (X2) simultaneously there is an effect of understanding the concept (Y1). Analysis of the percentage of class concept understanding there was an increase between the experimental class and the control class

Students have characteristics in understanding the ability to understand and obtain different information. The purpose of this study was to find out the results of the description of the learning style profile of fifth-grade students at SD Negeri Pandeanlamper 01 Semarang City. This method uses a qualitative descriptive approach. The research strategy used was observation sheets by distributing questionnaires based on learning styles, visual, auditory, and kinesthetic. Based on the results of the study, it was shown that fifth-grade students at SD Negeri Pandeanlamper 01 were more dominant with a visual learning style, obtaining a percentage of 46.63%. This indicates that most students better understand information with their sense of sight, such as seeing pictures and learning video animations. Next is the kinesthetic learning style of 28.67% by processing physical and mental information to move, and the auditory learning style of 25.00% by gaining understanding by listening. This learning style facilitates the needs of diverse students in differentiated learning. Learning style profiles in differentiated learning provide learning readiness, interests, and things each student likes. With differentiated learning, all the needs of students can be accommodated according to each student's interests and learning profile.

The low learning outcomes of science in grade IV elementary school. The learning process still uses conventional methods which can cause students to be less directly involved in direct practical activities and active discussion during learning. It is necessary to apply the Hands On Activity approach in the application of the PODE model to improve students' science process skills. The purpose of this study was to analyze the science process skills in Hands On Activity in the application of the PODE learning model in elementary schools. This type of research is a Quasi Experimental Design in the form of Nonequivalent Control Group Design. The sample in this study amounted to 60 fourth grade students. Data collection techniques using observation sheets, indicators of science process skills consist of observing, classifying, experimenting, communicating and concluding. Data analysis used simple and multiple linear regression test. The results showed that the science process skills of the experimental class applying Hands on Activity and the PODE model were 76.4% and 61.2%, while the PODE model control class had an effect of 50.7%. The results of multiple linear tests obtained results of 76.5%, the results of Sig. Simultaneous effect test is 0.000 < 0.05 and Fcount 43.897 > Ftable 3.33, and it can be concluded that there is an effect of Hands on Activity (X1) and PODE model (X2) simultaneously on science process skills.

The low learning outcomes of science in grade IV elementary school. The learning process still uses conventional methods which can cause students to be less directly involved in direct practical activities and active discussion during learning. It is necessary to apply the Hands On Activity approach in the application of the PODE model to improve students' science process skills. The purpose of this study was to analyze the science process skills in Hands On Activity in the application of the PODE learning model in elementary schools. This type of research is a Quasi Experimental Design in the form of Nonequivalent Control Group Design. The sample in this study amounted to 60 fourth grade students. Data collection techniques using observation sheets, indicators of science process skills consist of observing, classifying, experimenting, communicating and concluding. Data analysis used simple and multiple linear regression test. The results showed that the science process skills of the experimental class applying Hands on Activity and the PODE model were 76.4% and 61.2%, while the PODE model control class had an effect of 50.7%. The results of multiple linear tests obtained results of 76.5%, the results of Sig. Simultaneous effect test is 0.000 < 0.05 and Fcount 43.897 > Ftable 3.33, and it can be concluded that there is an effect of Hands on Activity (X1) and PODE model (X2) simultaneously on science process skills.