Abstract

The Trends in International Mathematics and Science Study (TIMSS) aims to provide a broad perspective for evaluating and improving education. This assessment also ranks the participant countries based on their performance and makes inferences about factors affecting achievement and learning. However, the study may not function as it was expected because of differences in curricular, cultural, or language settings among countries. Consequently, this challenges assumptions about measurement equivalency. The present study aims to assess the equivalency of mathematics items on the TIMSS (2007) study across Australian and Indonesia. Students’ responses were subjected to Rasch analysis to determine DIF items. The results revealed that many items of mathematics tests are problematic because they showed significant bias. The study also found that Australian students performed better and found mathematics items on the test easier than their Indonesian counterparts did. Several factors such as curricular differences, methods used to solve mathematics problems, availability of textbooks and teachers’ quality might explain the existence of DIF between the countries. These findings indicate that serious limitations of using TIMSS results in comparing the performance of students across countries. Thus, further empirical evidence is needed before TIMSS 2007 results can be meaningfully used in research.

Highlights

  • One of the major developments in mathematics education is the growing interest in international comparisons of student achievement

  • The results indicate that Australian students performed significantly better than the Indonesian students did in Booklet 8

  • The score distribution for the Indonesian students was found more slightly skewed (1.404) and (1.054) than that of the Australian students (0.472) and (0.232) in both booklets, respectively. These results are in line with the Trends in International Mathematics and Science Study (TIMSS) (2007) international mathematics report, which showed similar statistical data (Mullis, Martin, & Foy, 2008)

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Summary

Introduction

One of the major developments in mathematics education is the growing interest in international comparisons of student achievement. International comparative studies, such as the Trend in International Mathematics and Science Study (TIMSS) and the Programme for International Students Assessment (PISA) were implemented decades ago. Analysis within and across countries may determine the link among students’ achievement, teachers’ instructional practice, and curriculum content. This information can be used to guide educational decision- making and practice in the area of mathematics (IEA, 2008)

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