Abstract

This study compares the effect of frontal teaching methods on achievement levels in math to those of alternative teaching methods in elementary schools where classroom teaching is reinforced with computer sessions. The study was conducted in two urban, elementary schools in underprivileged areas and involved 479 students in grades 4, 5 and 6 and 18 teachers 9 who used the frontal method and 9 who used the alternative method. Progress was checked while accounting for students’ age and level. Significant differences between the two methods were found: Students in the alternative method progressed more during the year than those in the frontal method. Furthermore, the lead of alternative students mostly increased with age and grade level, while most frontal students remained at their level. District tests conducted two years after data collection for the study further corroborated the study findings. The results indicate that the teaching method is a decisive factor in student achievement in math and that full coordination of classroom teaching with computer practice is of prime importance. This requires a change from the traditional teaching methods, incorporating attention to the differing needs and achievements of students.

Highlights

  • Introduction and Theoretical BackgroundThe rationale for this study was the low level of achievement in mathematics found to be prevalent in the elementary school system in Israel

  • This study compares the effect of frontal teaching methods on achievement levels in math to those of alternative teaching methods in elementary schools where classroom teaching is reinforced with computer sessions

  • The findings indicate that the teaching method that combines computer-assisted learning and alternative classroom teaching methods has a significant effect on student achievement in mathematics

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Summary

Introduction

The rationale for this study was the low level of achievement in mathematics found to be prevalent in the elementary school system in Israel. A small percentage of high school students graduate with an understanding of science and math, despite recent technological developments in education (Harari, 1992). International data show a decline in math and science studies. According to Schon (1983), teachers should accept responsibility for their students’ achievements. A large proportion of teachers do not have proper training in teaching these subjects (Raloff, 1988; Shamos, 1988), especially in remote and underprivileged neighborhoods (Harari, 1992; Raloff, 1988)

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