77,830 research outputs found

    Identifying effective practice: small scale evaluations

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    Cross‐campus Collaboration: A Scientometric and Network Case Study of Publication Activity Across Two Campuses of a Single Institution

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    Team science and collaboration have become crucial to addressing key research questions confronting society. Institutions that are spread across multiple geographic locations face additional challenges. To better understand the nature of cross‐campus collaboration within a single institution and the effects of institutional efforts to spark collaboration, we conducted a case study of collaboration at Cornell University using scientometric and network analyses. Results suggest that cross‐campus collaboration is increasingly common, but is accounted for primarily by a relatively small number of departments and individual researchers. Specific researchers involved in many collaborative projects are identified, and their unique characteristics are described. Institutional efforts, such as seed grants and topical retreats, have some effect for researchers who are central in the collaboration network, but were less clearly effective for others

    10. The Academic Departments

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    Includes: Collective Bargaining, Labor Law, and Labor History: The Department of Economic and Social Statistics; Labor Economics and Income Security Department: A Parent Department: Human Resources and Administration; The Organizational Behavior Department; Evolution of the Human Resources and Administration Department

    Establishing a support service for educational technology within a university

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    This paper covers some of the issues associated with the support of learning technology within an institution. It describes the activities of a working support service, and highlights approaches to some of the academic, technological, political and management issues that have helped it perform effectively over a four‐year period

    Driving departmental change through evaluation: Some outcomes and problems

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    This paper identifies the ways in which a three‐year technology‐based learning and teaching project has addressed the issue of catalysing departmental change. In order to promote change at this level, it is necessary to relate the accepted learning and teaching parameters of specific disciplines to meaningful evaluation data of student and staff perceptions, in an attempt to broaden the understanding of academic staff. Thus, a number of factors become important to the process of change including: supportive role models within departments; forging feasible departmental implementation plans; utilizing support staff with a technical and pedagogical awareness; and fully involving students in curriculum development and design. Inhibitors to change also need to be noted, for instance: time‐management; resource and training allocation; and a lack of managerial support. However, the creation of a supportive structure which highlights good practice is fundamental in gaining uptake of materials and in changing perceptions. An acceptance of staff development needs in the light of the objectives of both the student and the curriculum is required This holistic approach provides a suitable environment for the symbiosis between learning and teaching to develop

    Key Factors for Effective Organisation of e-Assessment

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    The benefits of e-assessment are widely documented (Bull and McKenna 2004). However, instances of good practice have not been systematically reported. Recognising and acknowledging this gap in the research, the JISC Organisational Committee has funded a number of projects on e-assessment practice: 'E-Assessment Glossary?, 'The Roadmap to E-Assessment? together with a set of case studies of innovative and effective practice. This paper is based on the findings of the JISC Case Study Project 'The innovative and effective use of E-Assessment'. Members of the project team conducted over 90 interviews with teaching staff, senior management, developers and students to showcase all aspects of e-assessment. The project offered a unique opportunity to observe different organisational structures and gain inside-information about the effectiveness of a number of different applications. The 17 case studies and their follow-up surveys have been studied to identify the facilitating factors for the introduction of e-assessment and the organisational structures supporting e-assessment have also been investigated. The focus of this analysis was to study the different organisational structures and to identify patterns herein. We suggest that the key characteristics for the typology are the position of the e-assessment within the organisational structure and the support from the senior management. Three types of organisational structures are identified by the study, which support innovative practice. These are the Central Team, the Faculty based Team and the Departmental Champion. The Central Team offers e-assessment support and, in some cases, production services to all academics on a university-wide basis whilst the Faculty Based Team provides a more limited discipline-related service. The Departmental Champion usually implements e-assessment within his/her specific discipline and may be an early adopter or have a special interest in this area

    Access to Core Course Materials Project: report of the needs analysis interviews

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    This report outlines the findings of the Access to Core Course Materials needs analysis interviews. Interviews were conducted with academics in thirteen departments (including one pilot interview). Individuals were asked to identify core materials in their subject, the specific needs of their department, their use of and attitudes towards the current teaching support services and their requirements for a future electronic service

    Integrating BOINC with Microsoft Excel: A case study

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    The convergence of conventional Grid computing with public resource computing (PRC) offers potential benefits in the enterprise setting. For this work we took the popular PRC toolkit BOINC and used it to execute a previously monolithic Microsoft Excel financial model across several commodity computers. Our experience indicates that speedup approaching linear may be realised for certain scenarios, and that this approach offers a viable route to leveraging idle desktop PCs in the enterprise
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