Increasing Inequality in Higher Education: The role of term-time working

As the costs of higher education in the UK have moved increasingly from the state to students (and their parents), more university students have term-time jobs. Based on a survey of students in four universities, this paper identifies the pattern of term-time working, its effects on studying and its implications for equity and for the higher education system. The study found term-time employment affected the quality of education. Both cultural and financial factors affected who worked during term-time. Students whose father did not have a degree and female students (especially those from ethnic minorities) were more likely to work during term-time and, hence, benefit less educationally from university. The extent of term-time working varied across the four universities. The research suggested that the financial system might lead to an increasingly polarised university system: those that facilitate term-time working and those that do not, with the more prestigious universities tending to be in the latter category. This would distort the university choice of those who needed to work during term-time, inhibiting their access to prestigious universities, and lead to greater disadvantage amongst those who worked despite being at universities which made fewer concessions for term-time working.     

Exploring the feasibility of a classroom‐based vocabulary intervention for mainstream secondary school students with language disorder

Vocabulary knowledge has been shown to be a predictor of academic success, posing a challenge for children and young people with language disorder. Language disorder can persist into adolescence and yet there is limited evidence on how to support the vocabulary skills of adolescents with language disorder in a mainstream setting. This article describes an experimental study aimed at investigating the feasibility of a whole‐class approach to increase the understanding and use of curriculum vocabulary in adolescents with language disorder. Ten curriculum words were taught by the science teacher using a phonological‐semantic approach, and 10 matched same‐topic words were taught using routine teaching practice. Progress was made post‐intervention in word knowledge of both low‐frequency experimental and control words, with significantly greater change in knowledge of the experimental words. Most students, and the teacher, viewed the phonological‐semantic word‐learning approach favourably.     

Problematising pupil voice using visual methods: Findings from a study of engaged and disaffected pupils in an urban secondary school

This article explores how pupils and teachers in an 11–16 mixed secondary school in an area of urban disadvantage in the UK experience pupil voice. It used visual methods to unpick some of the ways in which official and unofficial discourses of pupil voice, engagement, discipline and inclusion were played out in this school. A typology of pupils, based on analysis of school policy documentation was produced. Whilst these ‘types’ were expressed through pupil scrapbooks and interviews, they were not found to be related to individual pupils in the way that the school policy documentation suggests. Adults respond to pupil voice differently depending on how it is framed—the ‘types’ create discursive practices that determine the things that can be said, by whom and in what way. The visual methods used are reviewed here in the light of findings and are found to be useful in eliciting a range of pupil voices.     

Structured approaches to participatory design for children: can targeting the needs of children with autism provide benefits for a broader child population?

In the past technology products created to overcome accessibility and usability issues experienced by individuals with special needs have also resulted in greater usability for the wider population. Technology is increasingly being seen as a key component within the education of children with special needs and recently researchers have developed tailored approaches to involving this population in designing the technology. However, it is not known if these approaches could also benefit participation in a wider population. This paper investigates the potential benefits of using a new structured and supportive participatory design (PD) approach IDEAS, tailored to the specific needs of children with autism spectrum disorders (ASD), for mainstream schoolchildren. The development of this new approach is guided by the TEACCH program and additionally draws on ideas from existing PD approaches for children. A study has been undertaken to trial this approach with four design teams, two teams including children with ASD and two teams including mainstream schoolchildren. Their design task was to develop a mathematics game over a series of six design sessions following the IDEAS approach. The findings reveal that a structured and supportive PD approach can benefit both children with ASD and mainstream children. However, these benefits varied between and within different groups, with some children requiring the additional structure/support more than others. Future work intends to build upon these findings to develop a PD toolbox for a broader child population, enabling researchers to provide appropriate tailored support based on children’s individual characteristics and needs.     

Student failure: Disintegrated patterns of study strategies and perceptions of the learning environment

Data describing students' study orientations, in relation to their evaluations of courses and their preferences for different kinds of learning environment, are reanalysed in the light of recent suggestions that failing students perceive their learning context in atypical ways. Factor analysis and unfolding analysis demonstrate that failing students show inter-relationships between study orientations and preferences for learning environments which point to a disintegration of the coherent patterns previously reported in the full achievement range. The implications of such a disintegration of coherent patterns of perceptions are discussed in the light of case studies of individual students.     

Comparison of computer-assisted instruction and print drill performance: A research note

A comparison of the performance of two groups of third-grade students practicing division problems is used to assess the effect of a commercial computer-assisted instruction (CAI) drill program on learning. The progress of the experimental group, who used the computer drill program, is compared with a similar group of students using a conventional print drill method. The data demonstrate that after five weeks of practice, no significant differences existed in the achievement level of either the experimental group or the control group. The findings further suggest that use of computer drill materials may be no more effective than print drill materials for assisting third-grade students to achieve proficiency level in learning division of whole numbers.