InfoIQ: Targeting Information and Technology Lifelong Needs

SUMMARY

The evolution of information literacy instruction for graduate students at the UCLA Anderson School of Management is described. The emphasis is on the need for instruction that develops student competencies with an eye toward the long view-a lifetime of learning. Key success factors are leveraging partnerships with key stakeholders, and developing just-in-time interventions at significant events in the student life cycle. An Information Literacy Campaign helped define the needs and competencies, and the subsequent pilot program, InfoIQ, has been successful in integrating information literacy instruction into the core MBA experience.     

Conceptions of Connectivity: How Swiss Teachers,Trainers and Apprentices Perceive Vocational Learning and Teaching Across Different Learning Sites

The integration of learning across different learning sites is an important and challenging task for each vocational education and training system. Although various integrative teaching and learning models have been developed and many reforms have been undertaken, their implementation is complicated by several factors. In particular, individual ways of understanding the relationship between the learning sites could be considered filters that may potentially influence the communications and actions of protagonists in this learning context. This study aimed to explore different ways of conceptualising learning and teaching across learning sites in the Swiss vocational education and training system. Semi-structured interviews were conducted with 26 vocational school teachers, company trainers and apprentices in apprenticeship programmes in industry and business and administration in the Canton of Tessin. Data were analysed by combining data-driven (phenomenography) and theory-driven (content analysis) text analysis procedures. By adopting a phenomenographic method, four ways of conceptualising vocational learning across multiple learning sites were found: as separate learning experiences, as complementary learning experiences, as experiences mediated by intercompany training centres and as experiences integrated at the school level. Content analysis showed qualitative differences among the conceptions in relation to what extent they included socio-cultural key claims of school-workplace connectivity. Conclusions regarding potential implications for teachers, trainers and apprentices are drawn, and suggestions for future research are made.     

Examining Arizona’s Policy Response Post Flores v. Arizona in Educating K–12 English Language Learners

This article provides an analysis of Arizona’s policy response in educating English language learners by conducting a narrative review. A critical Latina/o theory approach was used to analyze the data. This study reveals 5 salient policy responses: (a) severely limit bilingual education, (b) develop controversial funding solutions, (c) implement a segregated 4-hr English language development block, (d) mandate structured English immersion–focused teacher preparation, and (e) develop disputed identification and classification instruments. The available data suggest that these policies have negatively impacted the educational experience and academic attainment of English language learners.     

The neo-liberal education policies of epimeleia heautou: caring for the self in school markets

The paper argues that neo-liberal education policy has capitalized on a historical concern to care for the self, or the Greek epimeleia heautou. We discuss epimeleia heautou in relation to education policies that emphasize greater choice in curriculum offerings, and in relation to school choice policies more generally. Thus, a premise of our argument is that school choice policies accommodate a much greater range of selves to be cared for. The analysis examines the neo-liberal subject, homo ?conomicus, in relation to education policy that produces choices of the self and choices for its care. We conclude by discussing conceptions of the self in relation to two aporias of neo-liberal educational equality produced through ethnic-specific schools.     

Personalised virtual learning spaces to support undergraduates in producing research reports: Two case studies

The purpose of this study was to create and evaluate personalised virtual learning spaces (PVLSs) in a course that was previously delivered face-to-face only. The study addressed three related questions: (1) Can a PVLS successfully be introduced into a course where IT has not previously featured? (2) Can the PVLSs be used to enhance the assessment from an extended essay to a higher-level empirical research project? (3) What are the perceptions of the students and the tutor of the PVLSs in terms of access, clarity and usefulness of the supervision of undergraduate research projects? Results showed that the introduction of the PVLSs into the course was trouble-free and that the PVLSs were able to enhance assessment. The vast majority of students and their tutor showed high levels of satisfaction, particularly with (1) the messaging tool, which allowed asynchronous, one-to-one communication with the tutor, and (2) the interactive web-forms, which provided structured guidance of how to conduct a small-scale empirical research project. The study concludes that the interactive web-forms and messaging tool can be beneficial functions of virtual learning spaces.     

Connecting school and community with science learning: Real world problems and school–community partnerships as contextual scaffolds*

A challenge facing many schools, especially those in urban settings that serve culturally and linguistically diverse populations, is a disconnection between schools and students' home communities, which can have both cognitive and affective implications for students. In this article we explore a form of “connected science,” in which real‐world problems and school‐community partnerships are used as contextual scaffolds for bridging students' community‐based knowledge and school‐based knowledge, as a way to provide all students opportunities for meaningful and intellectually challenging science learning. The potential of these scaffolds for connected science is examined through a case study in which a team of fifth‐grade teachers used the student‐identified problem of pollution along a nearby river as an interdisciplinary anchor for teaching science, math, language arts, and civics. Our analysis makes visible how diverse forms of knowledge were able to support project activities, examines the consequences for student learning, and identifies the features of real‐world problems and school–community partnerships that created these bridging opportunities. © 2001 John Wiley & Sons, Inc. J Res Sci Teach 38: 878–898, 2001     

Postwar abandoned children: psychology and pedagogy at the service of the Franco Regime

ABSTRACT

This article explores the political, religious, and ideological backdrop to psychology and pedagogy under Franco’s dictatorship. To this end, it analyses the important research carried out between 1940 and 1944 by the psychologist and pedagogue José J. Jover y Piquer into the intelligence, mentality, and moral judgement of a large number of abandoned and vulnerable postwar children. The article demonstrates how, although the approach adopted by Piquer was a scientific one – with the usual aims, techniques, and methods – the research contents were subordinated to ideological and religious considerations and aimed to determine the extent to which these children could be re-educated and integrated into the new regime. Thus, psychology became the scientific packaging for studies that were eminently ideological and politically subservient, turning pedagogy into a key instrument of the biopolitics aimed at building Franco’s New Spain.     

Communication systems simulator with error correcting codes using MATLAB

In this work, the characteristics of a simulator for channel coding techniques used in communication systems, are described. This software has been designed for engineering students in order to facilitate the understanding of how the error correcting codes work. To help students understand easily the concepts related to these kinds of codes, a user-friendly interface has been developed using the MATLAB environment, since it provides many toolboxes related to communication systems.