Why I want to teach and how I feel about teaching—formation of teacher identity from pre-service to the beginning teacher phase

The aim of this study is to investigate the formation of student teachers’ teacher identity from pre-service to the end of the initial year in teaching. We explored why student teachers in Singapore have chosen to enter teaching and tracked changes in their attitudes and beliefs towards teaching at three time points: entry and exit of the initial teacher preparation programme and after 1 year of teaching. The findings showed that, in agreement with previous research, those who are attracted to the teaching profession were mainly motivated by altruistic or intrinsic factors. They also entered the initial training programme with a positive perception of the profession. However, at the point of exit, perceptions towards teaching showed a significant dip. After the first year of teaching, attitudes remained the same as they were at the point of exit. These factors influence the emerging sense of teaching identity.     

Which tier? Effects of linear assessment and student characteristics on GCSE entry decisions

In England, students obtain General Certificate of Secondary Education (GCSE) qualifications, typically at age 16. Certain GCSEs are tiered; students take either higher‐level (higher tier) or lower‐level (foundation tier) exams, which may have different educational, career and psychological consequences. In particular, foundation tier entry, if inappropriate, risks capping students' achievement because of the restricted range of attainable grades and reduced learning that may occur. Tiering decisions may be affected by other aspects of the education system in which they take place, such as by the timing of assessment. The move to linear assessment in 2012 provided a unique opportunity to compare tiering decisions for the same GCSE specifications when taken in a linear system, where students are exclusively assessed at the end of the course, with tiering decisions in a modular system, where students are assessed at different time points. Multilevel logistic regression was used to examine students' likelihood of being entered for the foundation tiers of GCSEs in science, language and mathematics in two exam sessions: June 2013, which allowed modular assessment, and June 2014, which required linear assessment. The analyses also investigated whether these effects depended on student characteristics. Results showed that foundation tier entry was less likely in the linear than modular system for GCSEs in science and languages, but more likely for one mathematics GCSE. This pattern contrasts with concerns that linear assessment may encourage general risk‐aversion, and instead indicates that effects on tiering decisions are more complicated, varying by subject and student factors.     

Individual Education Plans Revisited: A Review of the Literature

Considerable attention and debate has surrounded the implementation of individual education plans (IEPs) for students with special needs during the past two decades. It is, therefore, timely to revisit the IEP process and examine the nature of the debate. In this paper, literature is reviewed to identify what has been learned from implementation of the IEP process and to highlight remaining questions about IEP efficacy and utility. The phases of evolution of the IEP process described by Smith (1990b) provide a framework for reviewing the literature. Issues requiring attention are highlighted and directions for further research are identified.     

The Sources of Error in Spanish Writing (Research Note)

The main aim of this study was to determine the pattern of errors in Spanish spelling. Specifically, we were interested in discovering if all Spanish words have similar levels of spelling difficulty or whether there are types of words that cause a high percentage of spelling errors. 972 children aged between 8 to 10 years were requested to write a short spontaneous story. Our objective was to analyse and to propose a classification system for the errors made by children in the initial stages of the acquisition of spelling skills. The results indicate (a) that the diverse forms of only 20 Spanish words produce 36 per cent of the spelling errors in Spanish, and (b) that substitution is the most frequent type of error (68 per cent of total errors), which occurs as a consequence of an inadequate knowledge of the rules of phoneme-grapheme correspondence. These findings have relevance for the teaching of writing in Spanish.     

Developing reading comprehension through collaborative learning

The present study explores the development and promotion of reading comprehension in primary school students, in the context of the implementation of an educational programme called ‘Learning Together’ (LT). The programme, which centred on collaborative learning activities, was designed to promote oral and written communication in primary school Mexican children. Analyses revealed that children who participated in the LT programme, in comparison with students in a control condition, produced higher‐quality written summaries of texts they had read, both when working in teams and when working individually. This suggests that the LT participants appropriated and transferred the text comprehension strategies promoted, so that they could apply these strategies effectively not only in collaborative contexts but also independently, that is, in a self‐regulated and autonomous fashion. The theoretical and practical implications of the work are discussed in relation to understanding and promoting oracy and literacy processes in primary school students.     

An interdisciplinary collaboration between computer engineering and mathematics/bilingual education to develop a curriculum for underrepresented middle school students

There is a strong need in the United States to increase the number of students from underrepresented groups who pursue careers in Science, Technology, Engineering, and Mathematics. Drawing from sociocultural theory, we present approaches to establishing collaborations between computer engineering and mathematics/bilingual education faculty to address this need. We describe our work through the Advancing Out-of-School Learning in Mathematics and Engineering project by illustrating how an integrated curriculum that is based on mathematics with applications in image and video processing can be designed and how it can be implemented with middle school students from underrepresented groups.