SOME IDEAS FOR DIGITAL SUPPORT OF STUDENTS’ ACTIONS IN PRESCHOOL AND FIRST-GRADE COUNTING

Abstract

The use of digital support for preschool and fi rst-grade education is an urgent and disputable question. It is thus even more important to analyse the content of actions, which we expect students to acquire. In this case it is possible to assign the appropriate functions to the software. In our study we used Davydov’s analysis of the action of counting as a prerequisite for the wholesome Maths curriculum design. Our research aim is to study the psychological conditions for preschool and fi rst grade students to acquire and appropriately perform a possible procedure of counting, required for the number-concept formation. We exploit the context of adding or removing some tokens to the “hidden” amount, signed with the corresponding number - so that the students cannot count each object directly. We have devised the general comprehensive view of the necessary support for mediated “counting up” and “counting down” and the series of tasks, varied according to modifi - cations suggested in Galperin’s theory of planned step-by-step formation. We have conducted two cycles of experimental teaching (over  hours each,  participants in total,  years of age). The data collected (video-taped classroom discussions, students’ drawings, pre- and post-tests) showed signifi - cant progress and allowed us to consider our hypothesis on the content of students’ actions as a feasible perspective for future research. Moreover, the analysis of the action content, which will presumably provide children with a solid basis for number-concept development, defi nes particular requirements for the digital support design. The computer is to provide the place to work with suitable tokens and special modelling means, as well as the “unbiased” feedback on whether the calculated answers suffi ce, and the opportunity for teachers to vary task conditions as planned.