Building a fair and objective mathematics learning evaluation system

Abstract

Evaluation of mathematics learning is a fundamental process in assessing educational success and instructional effectiveness. A fair and objective evaluation system plays a crucial role in accurately reflecting students' abilities, preventing subjective bias, and enhancing learning motivation. This study aims to examine the core principles, dominant factors, instrument methods, and technological integration that support the creation of a fair and objective mathematics learning evaluation system. This study employed a qualitative approach through a literature review and secondary data analysis of relevant scholarly publications. The results indicate that building an effective mathematics evaluation system requires synergy among the principles of continuity, comprehensiveness (covering cognitive, affective, and psychomotor domains), and fairness; consideration of students' psychological factors, learning interest, study time, and conceptual mastery; varied test and non-test instrument designs supported by standardized assessment rubrics; as well as educational technology integration and constructive feedback provision.