Abstract

Problem-solving skills are very important in ensuring effective participation in public life regard and schools play an important role in helping students develop problem-solving skills. The purpose of this study is to determine the student and school level variables that effect students’ problem solving skills using a two-level Hierarchical Linear Modeling (HLM). The data in this study is belongs to 4848 students in 170 schools who participated PISA 2012. Gender, school attendance, openness to problem-solving and perseverance to reach solution variables constituted the student level variables whereas school type, educational resources, dropout rates and student/math teacher ratio variables constituted the school level variables. The findings indicated that all the variables but openness and perseverance have statistically significant effect on students’ PISA 2012 problem-solving achievement scores. The results of the analysis indicate that 54 percent of the variability in the problem-solving achievement scores is attributed to the differences between the mean achievement of the schools. Keywords: PISA; Problem solving; School effect; Two-level Hierarchical Linear Model (HLM)

Highlights

  • Problem-solving competence, the individuals in the event of a problem me with no obvious solution is to understand the situation and capacity to solve with the help of cognitive processes according to Programme for International Student Assessment (PISA) 2012

  • The findings indicated that all the variables but openness and perseverance have statistically significant effect on students’ PISA 2012 problem-solving achievement scores

  • The results of the analysis indicate that 54 percent of the variability in the problem-solving achievement scores is attributed to the differences between the mean achievement of the schools

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Summary

Introduction

Problem-solving competence, the individuals in the event of a problem me with no obvious solution is to understand the situation and capacity to solve with the help of cognitive processes according to PISA 2012. Problem-solving competence requires already acquired basic cognitive and practical skills, abilities and other psychosocial resources is used reuse (MoNE, Ministery of National Education, 2011). Schools play an important role in helping students develop problem-solving skills. The student/math teacher ratio (Demir, 2009; Kim, 2006; Teodorovic, 2011), the quality of educational resources (Hanushek & Luque, 2003; Savascı, 2010) and types of schools (Cunnington, 2012; D’agostıno, 1997; Kim, 2006; Yang, 2000) affect in fulfilling the functions of the schools

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