Teaching ‘community engagement’ in engineering education for international development: Integration of an interdisciplinary social work curriculum

This article reviews the literature on challenges faced by engineering faculty in educating their students on community-engaged, sustainable technical solutions in developing countries. We review a number of approaches to increasing teaching modules on social and community components of international development education, from adding capstone courses and educational track seminars to integrating content from other disciplines, particularly the social sciences. After summarising recent pedagogical strategies to increase content on community-focused development, we present a case study of how one engineering programme incorporates social work students and faculty to infuse strategies for community engagement in designing and implementing student-led global engineering development projects. We outline how this interdisciplinary pedagogical approach teaches students from the two disciplines to work together in addressing power balances, economic and social issues and overall sustainability of international development projects.     

Evaluating Corrective Feedback Self‐Efficacy Changes Among Counselor Educators and Site Supervisors

Analysis of pretest–posttest scores on the Corrective Feedback Self‐Efficacy Instrument (Page & Hulse‐Killacky, 1999 ) following a supervision workshop indicated a significant positive relationship between workshop training and supervisors' feedback self‐efficacy in giving corrective feedback. Furthermore, the association between prior supervision training, supervision experience, and feedback self‐efficacy was measured. Practical and research implications are discussed.     

It's not all about school: Ways of disrupting pre-service teachers' perceptions of pedagogy and communication

Many pre-service teachers enter teacher education with problematic or unexamined assumptions about learners and teaching. This article reports on an authentic learning opportunity offered to 22 pre-service teachers in their first year at university, which attempts to disrupt these perceptions about learning and pedagogy. Using a new application of Butin's conceptual framework we show that during the project these participants developed more complex notions of learners and ways of making meaning. We argue that these ‘real-world’ experiences, when offered before pre-service teachers begin practicum in schools, provide more ‘resources’ to problematise the practices and institutional discourses encountered in schools.     

The Effect of Test Translation on the Performance of Second Grade English Learners on the KeyMath‐3

This study was conducted to determine whether Spanish‐enhanced administration of a standardized math assessment would result in improved scores for English Learners who used Spanish as a heritage language. Twenty‐one typically developing second‐graders (English Learners) were administered the traditional KeyMath‐3. If the child made an error on an item, a Spanish version of the item was presented. Difference scores were calculated to determine whether the Spanish‐enhanced version resulted in improved scores. Data were analyzed using paired t‐tests and simple regression. The data results showed that all children significantly benefited from the Spanish‐enhanced administration of items answered incorrectly in English. The amount of benefit was predicted by a child's degree of Spanish dominance. It was concluded that standardized math tests that do not accommodate second‐language learners may be inadvertently testing language skills in addition to math skills. Implications for assessment and interpretations of assessments are discussed.     

Silicon Valley versus Silicon Glen: the impact of computers upon teaching and learning: a comparative study

Drawing on data from a major survey on the impact of information technology initiatives on Scottish schools, we assess the extent to which the outcomes resemble those that have already been reported by Larry Cuban in his study of schools in Silicon Valley. We find a large measure of agreement. Scottish teachers and school students mostly have access to computers in their homes and classrooms. The home computers appear to be frequently used. The classroom computers, however, are encountered by students only seldom and when students do use computers in the classroom the activity is often peripheral to the learning process, such as word processing of essays. We discuss some possible explanations for this state of affairs and suggest some implications for policy-making.     

Close to you? Bias and precision in patent-based measures of technological proximity

Patent data have been widely used in research to characterize firms’ locations in technological or knowledge space, as well as the proximities among firms. Researchers have measured firms’ technological or knowledge proximities with a variety of measures based on patent data, including Euclidean distances (using the technological classifications listed on patents), and overlap in cited patents. Often research has employed only the first listed patent classification in measures of proximities. We explore the effects of using the first listed patent class as well as other methods to measure proximities. We point out that measures of proximity based on small numbers of patents are imprecisely measured random variables. Measures computed on samples with few patents or a single patent class generate both biased and imprecise measures of proximity. We discuss the implications of this for typical research questions employing measures of proximity, and explore the effects of larger sample sizes and coarser patent class breakdowns in mitigating these problems. Where possible, we suggest that researchers increase their sample sizes by aggregating years or using all of the listed patent classes on a patent, rather than just the first.     

Mathematics in narratives of Geodetic expeditions

In eighteenth-century France, geodesy (the measure of the earth's shape) became an arena where mathematics and narrative intersected productively. Mathematics played a crucial role not only in the measurements and analysis necessary to geodesy but also in the narrative accounts that presented the results of elaborate and expensive expeditions to the reading public. When they returned to France to write these accounts after their travels, mathematician-observers developed a variety of ways to display numbers and mathematical arguments and techniques. The numbers, equations, and diagrams they produced could not be separated from the story of their acquisition. Reading these accounts for the interplay of these two aspects--the mathematical and the narrative--shows how travelers articulated the intellectual and physical difficulties of their work to enhance the value of their results for specialist and lay readers alike.     

Waiting to inhale: how to unhurry the moment of birth

A doula and expectant mother's view of birth is forever changed when she sees a midwife simply place a newly born child below her mother at the moment of birth. The pause that the mother experiences in this moment as she studies, touches, and claims her child prompts the author to reflect in this guest editorial on ways we might be disturbing the natural sequence of birth as we deliver babies directly to their mothers' chests.