88,355 research outputs found

    Python for Archivists: Breaking Down Barriers Between Systems

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    [Excerpt] Working with a multitude of digital tools is now a core part of an archivist’s skillset. We work with collection management systems, digital asset management systems, public access systems, ticketing or request systems, local databases, general web applications, and systems built on smaller systems linked through application programming interfaces (APIs). Over the past years, more and more of these applications have evolved to meet a variety of archival processes. We no longer expect a single tool to solve all our needs and embraced the “separation of concerns” design principle that smaller, problem-specific and modular systems are more effective than large monolithic tools that try to do everything. All of this has made the lives of archivists easier and empowered us to make our collections more accessible to our users. Yet, this landscape can be difficult to manage. How do we get all of these systems that rely on different software and use data in different ways to talk to one another in ways that help, rather than hinder, our day to day tasks? How do we develop workflows that span these different tools while performing complex processes that are still compliant with archival theory and standards? How costly is it to maintain these relationships over time as our workflows evolve and grow? How do we make all these new methods simple and easy to learn for new professionals and keep archives from being even more esoteric

    Write Free or Die: Vol. 03, No. 02

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    Writing & Reading, Page 1-2 Upcoming Events, Page 1 Writing Committee Members, Page 2 Dangling Modifier, Page 3-4 Ask Matt, Page 5 Student Profile, Page 6 Grammar Box, Page 7 Past Perfect, Page

    'They don't use their brains what a pity': school mathematics through the eyes of the older generation

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    The paper considers issues in the teaching of mathematics from the viewpoint of a group of people aged 75 and over. Drawing on written accounts of their use of and attitude to mathematics, extracts are identified in which they reflect on their own experiences of learning mathematics at school or give their views on more recent mathematics education. Common themes are mental arithmetic and the use of calculators. Most respondents report positive assessments of their own mathematics education and reservations about more recent systems. Some accounts display inaccurate views of current practices in mathematics teaching and possible reasons for this are considered

    Service Learning in Undergraduate Nursing Education: Strategies to Facilitate Meaningful Reflection

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    Service learning is recognized as a valuable pedagogy involving experiential learning, reflection, and reciprocal learning. Students develop critical thinking and social awareness by using the crucial activity of reflecting upon their experiential learning with community partners. The purpose of this paper is to demystify the process of reflection by identifying best practices to enhance reflection and offering suggestions for grading. By understanding “the what” and “the how” of reflection, educators can implement service learning experiences designed to include the essential component of reflection. Strategies for facilitating meaningful reflection are described including descriptions of what students should reflect upon and how to initiate reflection through writing, reading, doing, and telling. Grading rubrics are suggested to facilitate evaluation of student reflection. When properly implemented, service learning encourages students to be good citizens of the world. By using best practices associated with reflection, students can be challenged to think critically about the world and how their service can achieve community goals

    Contemporary database topics:learning by teaching

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    Passive learning is generally believed to be ineffectual in that it leads to a generally impoverished student experience manifested by poor attendance, engagement and motivation alike. A shift towards a more pro-active learning experience was therefore the main motivator for the proposed method outlined in this paper. The method adopted was applied to a single module for a cohort of postgraduate, mainly international students. In our method, each student is charged with delivering a specialist database topic as part of an allocated group. They self-organise their group into two sub-groups for lecture and tutorial delivery respectively. Staff support the process by delivering the teaching in the first half of the module. The second, student-led phase is staff-supported using preparatory meetings to discuss content and presentation issues prior to delivery. Feedback overall indicates that the method is effective, particularly in confidence building. We believe that the latter more than compensates for the one or two concerns raised about the quality of information being received. We conclude by discussing a number of changes based on two years’ experience and student feedback
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