Democracy for Export: Museums Connect Program as a Vehicle of American Cultural Diplomacy

Sponsored by the U.S. Department of State and facilitated by the American Alliance of Museums (AAM) through the Museums Connect program, Identities: Understanding Islam in a Cross‐cultural Context is an exercise of community development and public inclusion from the perspective of cultural diplomacy. The 2009–10 project was a cooperative endeavor between the Museum of History and Holocaust Education (MHHE) at Kennesaw State University, Georgia, USA and the Ben M'sik Community Museum, Hassan II University, Casablanca, Morocco. Drawing on interviews conducted with the AAM managers and project participants, as well as relevant literature, the discussion considers the more important mechanisms of American museum missions and practices as means of achieving American foreign‐policy objectives.     

Undergraduates' orientations towards student–university relationships: Measurement and associations with student characteristics and engagement

This study explored students' orientations towards student–university relationships and how they differ with regard to student characteristics and engagement. We developed an instrument measuring student orientations and utilised it in a survey of Russian undergraduates. Using latent class analysis, we identified the following types of Russian students' orientations: instructivists, consumerists, constructivists, and students with mixed orientations. As the results showed, the majority of our respondents have consumerist or mixed orientations that mostly mismatch with the actual models of student–university relationships at Russian universities. We also found that students with these orientations are less engaged than instructivists and constructivists. These findings demonstrate the importance of seeking an optimal match between diverse undergraduate orientations and the actual educational model, which fits national and institutional contexts.     

Validity and reliability of a low-cost digital dynamometer for measuring isometric strength of lower limb

Lower limb isometric strength is a key parameter to monitor the training process or recognise muscle weakness and injury risk. However, valid and reliable methods to evaluate it often require high-cost tools. The aim of this study was to analyse the concurrent validity and reliability of a low-cost digital dynamometer for measuring isometric strength in lower limb. Eleven physically active and healthy participants performed maximal isometric strength for: flexion and extension of ankle, flexion and extension of knee, flexion, extension, adduction, abduction, internal and external rotation of hip. Data obtained by the digital dynamometer were compared with the isokinetic dynamometer to examine its concurrent validity. Data obtained by the digital dynamometer from 2 different evaluators and 2 different sessions were compared to examine its inter-rater and intra-rater reliability. Intra-class correlation (ICC) for validity was excellent in every movement (ICC > 0.9). Intra and inter-tester reliability was excellent for all the movements assessed (ICC > 0.75). The low-cost digital dynamometer demonstrated strong concurrent validity and excellent intra and inter-tester reliability for assessing isometric strength in the main lower limb movements.     

Orientations to Enrolment of Part-time Students: A classification system based upon students' perceived lifelong learning needs

This article develops a classification system for the orientations to enrolment of part-time students based upon their practical lifelong learning needs. Orientation to enrolment is seen as a complex construct embodying all the reasons, purposes, expectations and motivations that cause students to pick a particular course and elect to study by the part-time mode. Virtually all of the interviewed students had a vocational orientation so some previously used categorisation schemes were not suitable. Instead seven categories relating to lifelong learning needs provided a scheme which covered the cases and related well to explanations given by interviewees for enrolling in the courses. These were re-training or further development for those who need to make a career shift; education for professionals who need to undertake continuing professional development through their careers; an opportunity for a tertiary education for those who did not previously have the chance; an education at the tertiary level for those who did not do sufficiently well at school to qualify for direct entry to university; an alternative to mainstream education; education for adults; and learning for pleasure throughout the lifetime.     

Students’ understanding of the number line / Estudiantes pensando en la recta numérica

We studied the conceptions of students coming from secondary education and university regarding the number line as a representation of real numbers. In the context of a wider questionnaire, 307 students were presented with a task consisting of two verbal items and one graphic item related to the number line. The students were all at different levels in their study of mathematics (in the third, fourth or fifth year of secondary education, or at the beginning or advanced stage of a university degree in mathematics, biology or physical education). A gradient in the depth of the students’ conceptions, associated with the level of their studies in mathematics, was found. This gradient extends from the estrangement of facing the problem or a conception of a drawn or physical matter line, which was associated with students with a lower level of mathematical studies, passing through a vision centred around potential numeric density or a line containing points (discrete), up to an instrumental conception of the line as supportive of magnitudes in advanced students of biology and focusing on continuity sustained by advanced students of mathematics.     

Teaching practices in Grade 5 mathematics classrooms with high-achieving English learner students

Teachers need more clarity about effective teaching practices as they strive to help their low-achieving students understand mathematics. Our study describes the instructional practices used by two teachers who, by value-added metrics, would be considered “highly effective teachers” in classrooms with a majority of students who were English learners. We used quantitative data to select two fifth-grade classrooms where students, on average, made large gains on a mathematics achievement test, and then examined teaching practices and contextual factors present in each classroom. Participants included two teachers from a mid-Atlantic district and their students who were 67% English learners and 68% economically disadvantaged. We found that the use of multiple representations of mathematics concepts, attention to vocabulary building, individual and group checks for understanding and error analysis were prevalent practices in both high gains classrooms. Also, class sizes ranged from 12–19 students. Discussion focuses on whether observed practices are aligned with recommended teaching practices for English learner students.     

Infrastructuring Distributed Studio Networks: A Case Study and Design Principles

Design educators have long used studio-based learning environments to create communities of learners to support authentic learning in design. Online social media platforms have enabled the creation of distributed studio networks (DSNs) that link studio-based learning environments into expanded communities of practice and potential networked improvement communities. As learning scientists, we do not adequately understand how to infrastructure learning and resource sharing across distributed studios. In this ethnography of the infrastructure of Design for America, a DSN, we analyzed data from interviews, online communication, and field observations as the organization grew its network of university design studios. We found that Design for America managers faced challenges of providing support and resources to address wide variation in needs across studios. Lacking an existing comprehensive network collaboration platform, managers created a proto-infrastructure to distribute support across studios. By studying their iterative adoption of communication and collaboration tools and organizational routines, we define a unique set of design principles to infrastructure DSNs: (a) surfacing local progress and problems, (b) affective crowding, (c) solution mapping, and (d) help routing. Assembling constellations of tools and designing platforms based on these principles could support learning in and the improvement of DSNs across domains.     

A walk on the wild side: ‘Predatory’ journals and information asymmetries in scientific evaluations

In recent years the academic world has witnessed the mushrooming of journals that falsely pretend to be legitimate academic outlets. We study this phenomenon using information from 46,000 researchers seeking promotion in Italian academia. About 5% of them have published in journals included in the blacklist of ‘potential, possible, or probable predatory journals’ elaborated by the scholarly librarian Jeffrey Beall. Data from a survey that we conducted among these researchers confirms that at least one third of these journals do not provide peer review or they engage in some other type of irregular editorial practice. We identify two factors that may have spurred publications in dubious journals. First, some of these journals have managed to be included in citation indexes such as Scopus that many institutions consider as a guarantee of quality. Second, we show that authors who publish in these journals are more likely to receive positive assessments when they are evaluated by (randomly selected) committee members who lack research expertise. Overall, our analysis suggests that the proliferation of ‘predatory’ journals reflects the existence of severe information asymmetries in scientific evaluations.     

Automatic testing and assessment of neuroanatomy using a digital brain atlas: Method and development of computer‐ and mobile‐based applications

Preparation of tests and student's assessment by the instructor are time consuming. We address these two tasks in neuroanatomy education by employing a digital media application with a three‐dimensional (3D), interactive, fully segmented, and labeled brain atlas. The anatomical and vascular models in the atlas are linked to Terminologia Anatomica. Because the cerebral models are fully segmented and labeled, our approach enables automatic and random atlas‐derived generation of questions to test location and naming of cerebral structures. This is done in four steps: test individualization by the instructor, test taking by the students at their convenience, automatic student assessment by the application, and communication of the individual assessment to the instructor. A computer‐based application with an interactive 3D atlas and a preliminary mobile‐based application were developed to realize this approach. The application works in two test modes: instructor and student. In the instructor mode, the instructor customizes the test by setting the scope of testing and student performance criteria, which takes a few seconds. In the student mode, the student is tested and automatically assessed. Self‐testing is also feasible at any time and pace. Our approach is automatic both with respect to test generation and student assessment. It is also objective, rapid, and customizable. We believe that this approach is novel from computer‐based, mobile‐based, and atlas‐assisted standpoints. Anat Sci Educ 2:244–252, 2009. © 2009 American Association of Anatomists.