The development of reading interest and its relation to reading ability

The development of interest in reading and its relationship to reading ability was examined longitudinally in 117 children in Grades 1–3. Interest in reading was measured by eight items from the Elementary Reading Attitude Survey. Less able readers had lower interest in reading, but their development was parallel to that of more able readers. Interest in reading in Grade 1 was weakly correlated with Grade 3 reading ability, but correlations were lower for interest measured in Grades 2 and 3. Hierarchical regression analyses indicated weak and inconsistent effects of reading interest on reading ability after controlling general cognitive ability, SES, phonological awareness and naming speed. It is concluded that interest in reading has only a weak relationship to reading ability in the early elementary years, and that much of that relationship overlaps with the effects of other more powerful predictors.     

A process for the critical analysis of instructional theory

Some have argued for a common language in the field of instructional design in an effort to reduce misunderstandings and simplify a multitude of synonymous terms and concepts. Others feel that this goal is undesirable in that it precludes development and flexibility. In this article we propose an ontology-building process as a way for readers to compare and analyze terms and concepts across theories. This process entails the development of categories that emerge from the literature, and the comparison of theories across categories. Such a process can reveal broader concepts that exist beyond specific theoretical terminology, differences in meanings behind common terms used by theorists, a greater understanding of the theorists’ intent, and discontinuities and gaps within the theoretical literature.     

The Development and Validation of a Survey for Evaluating Primary Students’ Self-efficacy in STEM Activities

STEM integration has become a popular concept not only in the context of education practices but also as a way of learning. The integration of the STEM domains is evident in students’ learning experiences when engaging in STEM activities. However, there is a lack of instruments for evaluating students’ levels of self-efficacy in these activities. Therefore, the aims of this study were to develop a survey for evaluating upper primary students’ self-efficacy in STEM activities and to explore whether a student’s gender, grade, and participation in STEM activities predict his or her self-efficacy in STEM activities. A total of 844 fourth- to sixth-grade primary students participated in this study. After pilot testing, exploratory factor analysis and confirmatory factor analysis were conducted, the survey was found to have a single-factor structure with high reliability (Cronbach’s alpha = .90). Linear regression analysis showed that school and out-of-school participation in STEM activities significantly predicted the students’ self-efficacy in STEM activities, while grade and gender did not. The survey developed in this study provides a reliable and valid way to measure students’ self-efficacy in STEM activities. These findings also highlight the importance of encouraging students’ participation in both formal and informal STEM activities.

     

Theoretical Value Belief, Cognitive Ability, and Personality as Predictors of Student Performance in Object-Oriented Programming Environments

The research described in this article reports the results of a study designed to evaluate the relationship among object‐oriented (OO) computer programming task performance and a student's (1) theoretical value belief, (2) cognitive ability, and (3) personality. The results of this study do not support the assertion that cognitive ability is a main determinant of performance. Rather, the findings suggest that characteristics of an individual nature have more effect on a student's performance. This supports our belief advanced herein that theoretical value belief and personality are significant predictors of computer programming performance in OO environments. From the findings of this study, we assert that academicians who must teach OO computer programming consider these factors when developing course materials or student assistance programs.     

Moving from a Personal to a Social Constructivist View of Learning: Implications for Support in the Student Teaching Experience 1

Recently, the school and co‐operating teachers have an increasingly important role, by offering stronger support during the teaching practice. Being congruent with similar developments in teacher education programmes in other countries, this development in Hong Kong is strengthened by research studies examining the process of learning to teach. By arguing that the process of learning to teach can be examined from a personal constructivist view of learning, this paper examines the experience from the student‐teachers’ perspective. The finding reports on the problems perceived by the student‐teachers during the student teaching practice and the support provided by the co‐operating teachers. The problems encountered and the support obtained were compared and contrasted to reveal the possible roles of the co‐operating teachers. The process of learning to teach is extended from a personal view to include support from the social milieu. This paper proposes to consider the process from a social constructivist view of learning. Drawing on the findings, it concludes with implications on how the school and the teacher education institute can collaborate and support the student‐teachers from a social constructivist view of learning.

     

Modeling undergraduate STEM students’ satisfaction with their programs in China: an empirical study

Asia Pacific Education Review - Several major reform areas attempted by ‘New Engineering Education’ (NEE), China’s most recent engineering education reform initiative at...