Typing Performance and Technique of Higher Education Students with Specific Learning Disorders

Higher education students with specific learning disorders (SLD) often experience difficulties in basic learning skills, including typing on computers, which has become the most common writing mode for academic purposes. This may affect their academic performance. We compared the typing performance, product, and technique (screen gaze, finger use) of 35 SLD and 30 typically developing (TD) students using keylogging software. Compared to TD peers, students with SLD typed more slowly and less accurately, and gazed less at the screen, suggesting a less effective typing technique. They typed slower even after controlling for screen gaze, implying that additional factors may account for their lower typing speed such as language processing. Hence, students with SLD may benefit from typing instruction alongside test accommodations during computer-based exams.     

What examiners do: what thesis students should know

Although many articles have been written about thesis assessment, none provide a comprehensive, general picture of what examiners do as they assess a thesis. To synthesise this diverse literature, we reviewed 30 articles, triangulated their conclusions and identified 11 examiner practices. Thesis examiners tend to be broadly consistent in their practices and recommendations; they expect and want a thesis to pass, but first impressions are also very important. They read with academic expectations and the expectations of a normal reader. Like any reader, thesis examiners get annoyed and distracted by presentation errors, and they want to read a work that is a coherent whole. As academic readers, examiners favour a thesis with a convincing approach that engages with the literature and the findings, but they require a thesis to be publishable research. Finally, examiners give not only a final evaluation of a thesis, but also instruction and advice to improve the thesis and further publications and research. We hope that these generalisations will demystify the often secret process of assessing a thesis, and reassure, guide and encourage students as they write their theses.     

Skills for Instructional Design Professionals

Competent instructional designers must have specific skills to successfully facilitate learning and to improve the performance of individuals and organizations. While some authors and professional organizations have identified the capabilities required for effective instructional designers, only a few have validated these skills by collecting data from actual practitioners. The purpose of this article is to discuss the results of a research study we conducted to identify and empirically validate competencies for instructional design professionals.     

Providing Students with Written Feedback on Their Assessment: A Collaborative Self-Study Exploring the Nexus of Research and Practice

This article is an account of a collaborative self-study of the process of providing written feedback on assessment to our teacher education students. Our five-year study grew out of concerns that written feedback might not always meet the learning needs of our students. The study was informed by on-going analysis of our reading of the relevant literature, our experience conducting a qualitative research study of students' perceptions of written feedback on assessment, and our professional conversations along the way. We became increasingly aware that our personal beliefs about learning and teaching underpin our respective approaches to providing written feedback on assessment. The process of critical reflection enabled us to achieve a congruence of professional practice that resolved our concerns about the nature of written feedback and enhanced our respective pedagogical practices.     

Submaximal Treadmill Exercise Test to Predict VO2max in Fit Adults

This study was designed to develop a single-stage submaximal treadmill jogging (TMJ) test to predict VO₂max in fit adults. Participants (N?=?400; men?=?250 and women?=?150), ages 18 to 40 years, successfully completed a maximal graded exercise test (GXT) at 1 of 3 laboratories to determine VO₂max. The TMJ test was completed during the first 2 stages of the GXT. Following 3 min of walking (Stage 1), participants achieved a steady-state heart rate (HR) while exercising at a comfortable self-selected submaximal jogging speed at level grade (Stage 2). Gender, age, body mass, steady-state HR, and jogging speed (mph) were included as independent variables in the following multiple linear regression model to predict VO₂max (R?=?0.91, standard error of estimate [SEE]?=?2.52 mL?·?kg^?1?·?min^?1): VO₂max (mL?·?kg^?1?·?min^?1)?=?58.687?+?(7.520 × Gender; 0?=?woman and 1?=?man)?+?(4.334 × mph) ? (0.211 × kg) ? (0.148 × HR) ? (0.107 × Age). Based on the predicted residual sum of squares (PRESS) statistics (R_PRESS?=?0.91, SEE _PRESS?=?2.54 mL?·?kg^?1?·?min^?1) and small total error (TE; 2.50 mL?·?kg^?1?·?min^?1; 5.3% of VO₂max) and constant error (CE; ?0.008 mL?·?kg^?1?·?min^?1) terms, this new prediction equation displays minimal shrinkage. It should also demonstrate similar accuracy when it is applied to other samples that include participants of comparable age, body mass, and aerobic fitness level. This simple TMJ test and its corresponding regression model provides a relatively safe, convenient, and accurate way to predict VO₂max in fit adults, ages 18 to 40 years.     

An Exploratory Analysis of the Attitudinal Impact of Awarding Athletic Scholarships to Women

The impact on women athletes of receiving or not receiving scholarships was investigated in this study. The subjects were 61 women participating in 10 intercollegiate sports. Attitudes were assessed by administering a questionnaire prior to, and after, scholarships had been awarded. The questionnaire items were grouped into three subsets which reflected different attitudes about the “impact” of awarding athletic scholarships. A 4 × 2 × 2 repeated measures design was used to test for significant statistical interaction between the three independent variables: (a) wanting a scholarship, (b) receiving a scholarship, and (c) reacting to the awarding of scholarships.     

Validation of the Rockport Fitness Walking Test in Females 65 Years and Older

Abstract

Speed and energy expenditure of the closed and open freestyle swimming turns were determined on six male swimmers. The subjects were tested while in a post-absorptive state. Resting metabolic rates were determined utilizing an open-circuit, Douglas bag method. The test included swimming a distance of 70 ft. and performing either the closed or open turn without taking a breath. Upon completion of the test, the subject breathed into a Douglas bag for 15 min. Each turn was timed with a stopwatch; a turn started 3 ft. 10 in. before touching and ended as the feet left the side of the pool. Statistical treatment of the date revealed no significant difference in energy expenditure. However, the closed turn proved to be significantly faster than the open.