The effect of cross-curricular integration on pupils’ knowledge gained through experiential learning

Abstract

This study examined the effects of the cross-curricular model of integrating mathematics and science with experiential learning on the knowledge of 3rd grade primary school pupils in Slovenia. The purpose of this research was to design and implement school lessons rooted in integrating maths with science and concrete experience, and handling real objects. In the experimental group (N=149), maths and science lessons implemented a cross-curricular model which integrated experiential learning. In the control group (N=155), maths and science were taught as separate subjects without experiential learning. The data was collected with pre- and post-tests to establish pupils’ knowledge. Differences between groups were analysed through Mann-Whitney U test and Wilcoxon signed-rank test and showed that pupils from the experimental group performed better at the 2nd and 3rd TIMSS cognitive domain. Findings indicate that the cross-curricular learning model has a positive effect on pupil’s achievement in science and mathematics.
 
 Keywords: Cross-curricular integration, mathematics, science, experiential learning, TIMSS, cognitive domains

The Role of Integrative Content Tasks in the Implementation of the Continuity Principle in Teaching Mathematics Using Ict

“…During the research, the following theoretical methods were used: analysis of school mathematics curricula and educational programs for training future mathematics teachers, search, and analysis of relevant problems with further formation of problems with integrative content based on them; generalization of own and advanced pedagogical experience regarding the application of computer mathematics systems in the educational process of під назвою "Автентична інтеграція". Cotič N., Cotič M., Felda D., & Krmac N. [4] надали розробки шкільних уроків, в основі яких лежить інтеграція математики з природничими науками та конкретним досвідом. Кушнір В.А., Ріжняк Р.Я.…”