Writing difficulties in Alzheimer’s disease and mild cognitive impairment

The present study addresses the scope of the writing difficulties observed in patients with Alzheimer’s disease (AD) and mild cognitive impairment (MCI). Patients with AD, patients with MCI and healthy controls performed a written picture-naming task and a direct copy transcoding task in which phonology-to-orthography (P–O) consistency was manipulated. Written latencies, inter-letter durations, mean word pen pressure and number of errors were measured. Results revealed that there was a significant difference between the control group and both groups of patients in written latencies and number of errors. However, in inter-letter interval or mean pen pressure there were significant differences only between the group with AD and the other groups. P–O consistency and the type of task produced similar effects in the three groups of participants, suggesting a general deficit affecting the ability to access/generate orthographic representations. The relevance of these results for understanding the spelling impairment in AD and MCI are discussed.

     

Choosing letter grade evaluations: The interaction of students’ achievement goals and self-efficacy

We examined how achievement (learning and performance) goals and academic self-efficacy predicted three achievement-related outcomes in a college sample. Self-efficacy tended to moderate the effects of (learning and performance) goals on number of courses taken for a letter grade as well as achievement in letter graded and pass/fail courses. Thus, learning goals better predicted choosing letter grades when self-efficacy was high than when it was low. In contrast, performance goals better predicted choosing letter grades when self-efficacy was low than when it was high. Through their prediction of the choice to receive letter grades these interactions predicted achievement in pass/fail courses. In addition, achievement goals and self-efficacy directly predicted achievement in letter graded courses.     

Participants’ views of the use of video in lesson study in higher education in Spain: An exploratory multiple case study

Abstract

Lesson study (LS) is a process through which teachers design, teach and discuss a lesson collaborating with colleagues. Sometimes, it includes video recording the lesson so teachers can use videos to later discuss the lesson and its improvement, however, there is little research addressing the consequences of doing it. This article investigates participants’ perceptions and use of video within LS. Results show that participants perceived video in LS as viable and with potential to stimulate reflection and to improve lessons, but also evince that video affects the outcomes, management and sustainability of LS. We analyze and discuss its potential and the challenges it poses, suggesting ideas for its implementation.     

Portuguese spelling in primary grades: complexity,length and lexicality effects

Reading and Writing - This study investigates spelling abilities of 189 second, third, and fourth graders using a word and pseudoword dictation task in European Portuguese. We analyzed the effect...     

Development of educational software for the teaching of telecommunication engineering by using MATLAB

The characteristics of a set of software tools developed for teaching are exposed in this work. This package is designed for telecommunication engineering students in order to facilitate the study of applied electromagnetism and communication theory concepts: theoretical guided propagation, practical training in radiation and radiocommunication laboratory. The programs are made under a MATLAB environment which provides great capabilities for graphical purposes. The programs are designed as user-friendly and interactive tutorials and they can be used as a powerful tool for improving the teaching process.     

The interactive effect of pro-environmental disciplinary concentration under cooperation versus competition contexts

This research explores the relevance of cooperation and students’ environmental disciplinary concentration on decision-making with respect to environmental issues – specifically the use of water, a limited common-pool resource. For this purpose, 61 environmental sciences students and 46 educational sciences students played the role of farmers and made decisions about irrigating their fields in the simulation ‘Irrigania.’ Prior to the simulation exercise, participants were randomly assigned to an experimental condition (competition or cooperation). Results demonstrated that both a cooperation situation and students’ environmental disciplinary concentration are related to the use of more pro-environmental and less selfish irrigation strategies in the simulation. Moreover, high levels of cooperation were able to counteract the lack of students’ disciplinary concentration on environmental problems; inversely, high levels of disciplinary concentration on environmental problems were able to counteract the competitive situations. This study highlights the relevance of programs that provide learning of (1) cooperative contexts that may reinforce cooperative frameworks on which students could base their behaviors, and (2) broader disciplinary concentration related to environmental problems that could lead to students feeling powerful in respect of knowing how to act against those problems and, thus, behaving in less selfish ways, with positive implications for the planet.     

Supporting Blended-Learning: tool requirements and solutions with OWLish

Currently, most of the educational approaches applied to higher education combine face-to-face (F2F) and computer-mediated instruction in a Blended-Learning (B-Learning) approach. One of the main challenges of these approaches is fully integrating the traditional brick-and-mortar classes with online learning environments in an efficient and flexible way. In this paper, we present a set of requirements to be met by a computer system in order to adequately support both students and teachers in a B-Learning context. Then, it defines a suitable conceptual architecture to meet the requirements, and the multi-agent implementation of the architecture. Next, it presents the evaluation of the functionality implemented. Finally some conclusions are drawn.