The Influence of Nested Type of Integrated Science Learning Model on Students’ Critical Thinking and Cooperation Skills

Abstract

The research aims to know the influence of the nested type of integrated science learning model on junior high school students’ (1) critical thinking skills, (2) collaboration skills, and (3) the critical thinking skills and collaboration skills simultaneously. This research is a quasi-experimental study with a nonequivalent control group design. The population of this research is the whole class VII of SMPN 2 Godean. The sampling technique was cluster random sampling, so that class VII A was obtained as an experimental class, and class VII C as a control class. The learning in experiment class was conducted by using a nested type science integration model with a scientific approach, while the learning in control class with the scientific approach that teachers normally use in learning. The instruments used in this research are (1) pretest and posttest critical thinking skills, (2) collaboration skills observation sheets, and (3) learning achievement sheets. The analysis technique used is the independent sample t-test, manova test, and effect size. The result showed that there was a significant effect of learning the integration of nested science types on junior high school students’ (1) critical thinking skills in the medium category, (2) collaboration skills in the medium category, and (3) critical thinking skills and collaboration skills simultaneously.

Problem-solving Abilities Through Integrated Learning Nested Models in Terms of the Initial Abilities of the Pre-service Elementary School Teacher

“…This means that mathematics learning that applies Integrated Learning can provide results in the form of student problem solving abilities that are better than separate mathematics learning (Fragmented Learning). This result is also in line with the research conducted by Habibah & Maryanto [26] which shows that there is a significant difference between integrated learning with nested models and separate learning (Fragmented Learning).…”