Technological applications, especially the use of multimedia courseware have become more common in today's education, stimulating innovative approaches in teaching and learning. With the growing interest of integrating information and communication technologies (ICTs) into learning and teaching, the use of multimedia technology and digital games…

In this paper, we investigate the mathematical, social and affective nature of children's engagement with "TouchCounts," a multitouch application for counting and doing arithmetic. In order to study these dimensions of engagement in a way that recognizes their fundamental intertwinement, we use rhythm as a primary unit of analysis.…

This study validated the semantic items of three related scales aimed at characterising the perceived worth of mathematics-education-related mobile applications (apps). The technological pedagogical content knowledge (TPACK) model was used as the conceptual framework for the analysis. Three hundred and seventy-three preservice students studying…

Drill-and-practice mathematics software offers teachers a relatively simple way to use technology in the classroom. One of the reasons to use the software may be that it motivates children, working on the computer being more "fun" than doing regular school work. However, students' own perceptions of such software are seldom studied. This…

This case study examined the educational software evaluation processes of pre-service teachers who attended either expertise-based training (XBT) or traditional training in conjunction with a Software-Evaluation checklist. Forty-three mathematics teacher candidates and three experts participated in the study. All participants evaluated educational…

A review of current elementary mathematics software found that 41.7% of the programs had main characters that were gender identifiable; of these, 12.5% were female. The female characters all represented traditional female roles. Recommends further research to determine the effects of gender bias on attitudes and achievement in instructional…

The performance of two groups of 24 third-grade students practicing division problems was used to assess the effect of microcomputer drill programs on learning. An experimental group that used computer drill programs from the Milliken Math Sequences package was compared with a similar group that learned division using the traditional print drill…

The purpose of this research was to determine whether a computer assisted instruction (CAI) program increased the reading and math standardized test scores for selected sixth grade high risk students in a rural school district. Fifty-four randomly selected students' scores on the Stanford Achievement Test (SAT) Series were compared before and…

This document is intended to describe several software learning environments in an order that parallels a reasonable sequence of use by students. It also describes a planned an designed, but not yet implemented, extension of these environments from the discrete to the continuous case. Each of the implemented environments was developed in…

Seven research conclusions concerning computers in elementary schools are presented. A summary conclusion suggests that researchers have been unable to detect improvement in mathematical skills, although some evidence suggests that students using computers acquire attributes related to success in mathematics. (PK)

A comparison of the performance of two groups of third grade students practicing division problems is used to assess the effect of a commercial computer-assisted instruction drill program on learning. The progress of the experimental group (using computers) is compared with that of a group using conventional print drill practice. (20 references)…

Examines the effects of systematic use of computers for the management of mathematics instruction upon mathematics performance in the elementary school. A model system for using computers to manage instruction within a student-paced, mastery-learning format is described, and treatments for the experimental and control groups are explained.…

This case study of three primary grade teachers investigated how access to computers and math teaching software influenced mathematics education reform. Discusses technology as a strategy for reducing barriers to implementation and reports results that showed technology's impact on helping teachers expand the scope of their programs and promoting…

Describes the Instructional Software Design Project conducted in a LOGO-based learning environment in a Boston inner-city public school with fourth graders engaged in the design and production of educational software to teach fractions. Constructionist views of computers in education are discussed, and learning processes are examined. (Contains 58…

Presents findings of a study designed to identify the background and process factors that influence the success of groupwork with computers. The multisite case study involved mixed-sex mixed-ability pupils, aged 9-12, who undertook mathematics tasks using LOGO or a database. The discussion includes the impact of organizational styles and patterns…