Atypical predictive processing during visual statistical learning in children with developmental dyslexia: an event-related potential study

Previous research suggests that individuals with developmental dyslexia perform below typical readers on non-linguistic cognitive tasks involving the learning and encoding of statistical-sequential patterns. However, the neural mechanisms underlying such a deficit have not been well examined. The aim of the present study was to investigate the event-related potential (ERP) correlates of sequence processing in a sample of children diagnosed with dyslexia using a non-linguistic visual statistical learning paradigm. Whereas the response time data suggested that both typical and atypical readers learned the statistical patterns embedded in the task, the ERP data suggested otherwise. Specifically, ERPs of the typically developing children (n?=?12) showed a P300-like response indicative of learning, whereas the children diagnosed with a reading disorder (n?=?8) showed no such ERP effects. These results may be due to intact implicit motor learning in the children with dyslexia but delayed attention-dependent predictive processing. These findings are consistent with other evidence suggesting that differences in statistical learning ability might underlie some of the reading deficits observed in developmental dyslexia.     

Search behavior in cats and dogs: Interspecific differences in working memory and spatial cognition

Cats’ and dogs’ search behavior was compared in different problems where an object was visibly moved behind a screen that was then visibly moved to a new position. In Experiments 1 (cats) and 2 (dogs), one group was tested with identical screens and the other group was tested with dissimilar screens. Results showed that in both species, search behavior was based on processing of spatial information rather than on recognition of the visual features of the target screen. Cats and dogs were unable to find the object by inferring its invisible movement. They reached a high level of success only if there was direct perceptual evidence that the object could not be at its initial position. When the position change was indicated by an indirect cue, cats searched more at the object’s initial than final position, whereas dogs searched equally at both positions. Interspecific similarities and differences are interpreted in terms of the requirements for resetting working memory.     

Academic boredom,approaches to learning and the final-year degree outcomes of undergraduate students

Academic boredom is a largely negative and disabling achievement-related emotion. In this mixed-methods exploration of 224 students attending a single university in England, academic boredom was found to arise at the point of course delivery, while studying at other times and during the completion of assignments for assessment. Quantitative data from the recently adapted Boredom Proneness Scale for use across the UK higher education sector (the BPS-UKHE) and the Approaches and Study Skills Inventory for Students (ASSIST), enriched with qualitative data from 10 semi-structured research interviews, indicate that those with a higher propensity towards academic boredom than others displayed the deep, strategic and surface profiles of ‘less effective learners’. This was reflected in their interest in ideas, their ability to organise resources and manage time, what they had to memorise or do to ‘get by’, their achievement motivation and their sense of purpose. As part of a greater evolving network of other contributing factors, this translated into lower final degree marks and fewer ‘good’ degree awards. Recommendations surrounding boredom mitigation and approaches to learning are suggested which warrant serious consideration. The work presented here makes an important contribution to a surprisingly neglected field of UK higher education research and the student engagement agenda.     

Deriving individual student marks from a tutor’s assessment of group work

The use of group work, in which three or more students jointly produce a piece of work for summative assessment, is an established aspect of teaching and learning in higher education. Opinions vary however about whether their marks should vary according to the respective contributions they made to the work. This paper is based on the assumption that if adjustments are to be made, they should be made on sound statistical grounds. Current methods for adjusting student marks do not allow the size of the adjustments to be controlled and empirical data are presented which show that very large adjustments can occur. This paper presents a method for deriving final student marks from a single tutor mark and ratings which students make of each other’s contributions. The method incorporates a mechanism for directly controlling the size of the adjustments made. It is demonstrated using data from students following a degree programme in computing. A spreadsheet has been written which undertakes the calculations necessary to apply the method.     

Assessment of aerobic endurance: a comparison between CD-ROM and laboratory-based instruction

Traditional approaches to teaching exercise physiology are costly in terms of staff time and consumable expenses. Ethical considerations, large student numbers and availability of technical expertise magnify the delivery problems. In an attempt to overcome these problems, a CD-ROM version of a basic course in exercise physiology was designed and delivered to a group of undergraduate sport and exercise science students. It simulated five tests of aerobic endurance which are traditionally taught using laboratory methods. A controlled experiment was conducted to compare the two delivery methods, as part of an independent, formative evaluation. Although there were equal knowledge gains and the CD-ROM design and content were well rated by students who used it, this approach has engendered less student interaction, commitment to wider reading and in-depth understanding. Tutorials and other approaches designed to promote more active learning are now being introduced to accompany the use of the CD-ROM.     

Instructional technologies in developing countries: A contextual analysis approach

Conclusion This paper proposes an expanded context-based analysis approach for implementing instructional technology in developing countries by calling for the front-end analysis phase of the design process to include an analysis of the socio-cultural, environmental and institutional factors surrounding the instructional problem. Given that there is an increased application of instructional technology in developing countries and limited human capacity to appropriately design instructional technology interventions, it is imperative that instructional designers working in developing countries take into account the contextual factors outlined in the adapted Tessmer and Richey (1997) model. This adapted context-based analysis model for instructional design, if appropriately applied, may increase the probability of successful instructional technology initiatives in developing countries. Although this context-based model was expanded to include factors related to developing countries, the factors described in this paper exist in developed country settings as well. The authors would, therefore, encourage the use of this expanded model in settings that can include, but are not limited to, certain rural and urban areas in industrialized countries as well.     

Academic boredom and the perceived course experiences of final year Education Studies students at university

This work explores the relationships between academic boredom and the perceived course experiences of 179 final-year Education Studies students attending a single university in England. Adopting a mixed-methods design, with data collection employing a combination of questionnaires and individual research interviews, findings suggest that all participants exhibited some measurable disposition towards academic boredom, with traditional lectures and work leading to the completion of assignments the main sites and triggers for the actual onset of academic boredom itself. Amid overwhelmingly encouraging responses from course expectations to course demands, reflecting the successful promotion of deep ways of working, as well as a clear sense of satisfaction with their teaching and learning environment overall, cluster analysis reveals the presence of five structurally related groups of students with profiles which help identify those typically more engaged and effective learners from others. Path analysis reveals a series of complex inter-connections, with academic boredom emerging as a strong predictor of surface approaches and organised effort as well as contributing indirectly towards degree outcome as a whole. The implications for boredom mitigation are considered.     

Academic boredom among students in higher education: A mixed-methods exploration of characteristics,contributors and consequences

Academic boredom usually contributes adversely towards student engagement and performance across a diverse range of settings including universities. The formal study of academic boredom in higher education remains, however, a relatively underdeveloped field and one surprisingly neglected in the UK. Rooted in Control-Value Theory, details of a mixed-methods exploration of academic boredom among 235 final year undergraduates attending a single university in England are presented. Quantitative data included measurement using the BPS-UKHE, a revised boredom proneness scale developed for use across the sector. Qualitative data arose primarily from 10 research interviews. Findings indicate that about half of all respondents experienced the most common precursors of academic boredom at least occasionally; traditional lectures with a perceived excess and inappropriate use of PowerPoint stimulating the actual onset of boredom more than other interactive forms of delivery. Coping strategies included daydreaming, texting and turning to social media. Academic boredom also occurred during the completion of assignments used to assess modules. Differences between those more prone to academic boredom than others extended to self-study (fewer hours), attendance (good rather than excellent) and degree outcome (lower marks). Findings are considered valuable empirically and theoretically, leading to recommendations surrounding boredom mitigation which challenge cultural traditions and pedagogical norms.     

Contract cheating in Australian higher education: a comparison of non-university higher education providers and universities

Abstract

This article reports on one aspect of a nationally funded research project on contract cheating in Australian higher education. The project explored students' and educators’ experiences of contract cheating, and the contextual factors that may influence it. This article reports the key findings from non-university higher education providers (NUHEPs). It compares survey responses from 961 students and 91 educators at four NUHEPs with previously reported findings from eight universities (14,086 students and 1,147 staff). NUHEP and university students report engaging in contract cheating in similar ways. However, while NUHEP educators spend more time teaching academic literacies and discussing contract cheating, NUHEP students are 12 times more likely than university students to report use of a professional academic writing service. Both NUHEP and university educators require systematic professional development regarding the relationship between the teaching and learning environment and students’ contract cheating behaviour. NUHEPs need to be cognisant of students’ vulnerability to commercial contract cheating services, and ensure they have access to timely academic and social support.