The STAD learning model: Cognitive learning and self-regulation effects

The learning approach at MAN Temanggung is predominantly teacher-centered, neglecting the individual learning needs of students. Consequently, the cognitive learning outcomes of students remain subpar. Furthermore, self-regulation, a crucial psychological factor that impacts student learning outcomes, is not adequately addressed. This study aims to determine the effect of the Student Teams Achievement Division (STAD) learning model on students' cognitive learning outcomes and self-regulation on excretion system material at MAN Temanggung. The STAD learning model based on differentiated learning is applied to the experimental class. The applied differentiation learning is product differentiation. Data was collected using a pretest and post-test to measure cognitive learning outcomes and a questionnaire to measure self-regulation abilities. The results showed a significance value of 0.000 <0.005, meaning that the STAD learning model based on differentiation learning affects cognitive learning outcomes and students' self-regulation. Thus, the Student Teams Achievement Division (STAD) learning model based on differentiation learning significantly affects cognitive learning outcomes and students' self-regulation.