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  • × theme_ss:"Ausbildung"
  1. Bundesregierung: Digitale Bildung voranbringen (2016) 0.02 
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    Abstract
    Webseite zum Nationalen IT-Bildungsgipfel am 16./17.11.2016 in Saarbrücken: ""Lernen und Handeln in der digitalen Welt prägen unseren Alltag", so Bundeskanzlerin Merkel auf dem IT-Gipfel in Saarbrücken. Deshalb müsse digitale Bildung auch allen zugänglich sein. Sie appellierte an Schüler und Lehrer, neuen Entwicklungen offen und neugierig gegenüber zu stehen."
    Content
    Tablets und soziale Netzwerke verwenden zu können, heißt noch lange nicht, den digitalen Wandel zu meistern. Vollständig digital kompetent ist und bleibt auf lange Sicht nur, wer die theoretischen Grundlagen versteht. Diese Grundlagen entstehen nicht als Nebeneffekt beim Lernen mit digitalen Medien, sondern müssen separat und fokussiert im Unterricht vermittelt werden. Digitale Medien können und sollten hierzu nur ergänzend eingesetzt werden. Nach Erfahrung der überwältigenden Mehrheit der Mathematikerinnen und Mathematiker weltweit sind Tafel, Papier und das direkte Unterrichtsgespräch meist viel besser geeignet. Auch dürfen diese Grundlagen nicht allein Hochbegabten oder digital Affinen vorbehalten bleiben, sondern müssen Teil der Allgemeinbildung werden. Ohne die vorherige Vermittlung dieser Grundlagen ist die Belieferung von Bildungseinrichtungen mit Soft- und Hardware hingegen eine Scheinlösung. Bleiben die richtigen Lerninhalte aus, hemmt sie sogar den Anstieg der Digitalisierungskompetenz in Deutschland. Stattdessen wird die Lernzeit der Lernenden überfrachtet, und oberflächlich sinnvolle Inhalte verdrängen den Erwerb von Grundlagen.
    Wir halten es daher für fehlgeleitet, an erster Stelle in digitale Medien zu investieren. Reduziert man Digitalisierungskompetenz auf den Umgang mit digitalen Medien, so glaubt man irrig, Digitalisierungskompetenz entstehe erschöpfend im Lernen mithilfe digitaler Medien. Das Gegenteil ist aber richtig: Erst die auf Grundlagen sorgfältig aufbauende Digitalkompetenz kann das enorme Potenzial moderner Hard- und Software voll nutzen! Digitale Medien sollten nicht um ihrer selbst willen und auf Kosten der Zukunft Lernender gefördert werden. Wir fordern über die föderalen Hemmnisse hinweg, die allgemeinen Rahmenbedingungen für die Bildung zu verbessern. Wir fordern den Unterricht in den Fächern Mathematik und Informatik zu stärken und nicht weiter auszudünnen, damit hier die grundlegende und langfristige Digitalisierungskompetenz vermittelt werden kann. Wir fordern, die Lehrerbildung in diesen Bereichen substanziell zu verbessern. Wir fordern, analytisches Denken gezielt zu lehren und diesem Anliegen Priorität zu geben." (https://dmv.mathematik.de/index.php/aktuell-presse/presseinformationen)
    Date
    22. 2.2017 17:14:47
  2. Soergel, D.: Knowledge organization for learning (2014) 0.02 
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    Abstract
    This paper discusses and illustrates through examples how meaningful or deep learning can be supported through well-structured presentation of material, through giving learners schemas they can use to organize knowledge in their minds, and through helping learners to understand knowledge organization principles they can use to construct their own schemas. It is a call to all authors, educators and information designers to pay attention to meaningful presentation that expresses the internal structure of the domain and facilitates the learner's assimilation of concepts and their relationships.
    Pages
    S.22-32
    Source
    Knowledge organization in the 21st century: between historical patterns and future prospects. Proceedings of the Thirteenth International ISKO Conference 19-22 May 2014, Kraków, Poland. Ed.: Wieslaw Babik
  3. Mandl, H.; Reinmann-Rothmeier, G.: Lernen mit neuen Medien (2001) 0.02 
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    Content
    Enthält die Abschnitte: Pädagogische Grundlegung - Potenziale neuer Medien für die Aus- und Weiterbildung - Eigenverantwortliches Lernen mit neuen Medien - Problemorientiertes Lernen mit neuen Medien - Kooperatives Lernen mit neuen Medien - Instruktionale Unterstützung mit neuen Medien - Veränderte Rollenverteilung und strukturelle Veränderungen durch neue Medien
  4. Müller-Böling, D.: "Uni-www.ersity.de": Lehren und Lernen im Cyberspace (2001) 0.02 
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  5. Kaminska, A.; Pulak, I.: Knowledge organization in a digital learning environment in the experiences of pedagogy students (2014) 0.02 
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    Abstract
    The results of diagnostic survey showing the way in which the students of pedagogy create and organize their digital personal environment, used in individual learning process were presented in the paper. 272 students of Cracow schools were covered by the survey. It has been analyzed the sources of information they mostly used, ways of storage, organizing and aggregating of information and the tools used for this purpose. The ability to design and build a digital personal learning environment (PLE) is in today's world a very important element of lifelong learning and enables efficient functioning in the information society.
    Source
    Knowledge organization in the 21st century: between historical patterns and future prospects. Proceedings of the Thirteenth International ISKO Conference 19-22 May 2014, Kraków, Poland. Ed.: Wieslaw Babik
  6. Philipp, J.: ¬Das WWW : Marktplatz und technologische Plattform für virtuelles Lehren und Lernen (2000) 0.02 
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  7. Snow, K.; Hoffman, G.L.: What makes an effective cataloging course? : a study of the factors that promote learning (2015) 0.02 
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    Abstract
    This paper presents the results of a research study, a survey of library and information science master's degree holders who have taken a beginning cataloging course, to identify the elements of a beginning cataloging course that help students to learn cataloging concepts and skills. The results suggest that cataloging practice (the hands-on creation of bibliographic records or catalog cards), the effectiveness of the instructor, a balance of theory and practice, and placing cataloging in a real-world context contribute to effective learning. However, more research is needed to determine how, and to what the extent, each element should be incorporated into beginning cataloging courses.
    Date
    10. 9.2000 17:38:22
  8. Hudon, M.: KO and classification education in the light of Benjamin Bloom's Taxonomy of learning objectives (2014) 0.01 
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    Abstract
    In a research project focusing on knowledge organization and classification education, 407 learning objectives proposed in courses entirely or partially dedicated to these subjects in North American Library and Information Science programs were categorized with the help of the Benjamin Bloom's Taxonomy of cognitive objectives. The analysis reveals that the vast majority of course objectives remain at the lower levels of the Taxonomy. These results tend to reinforce observations made over the past 30 years in relation to KO and classification education. While KO and classification educators recognize the necessity for students to develop high-level analytic and evaluative skills, there are few references to those skills in current course objectives.
    Source
    Knowledge organization in the 21st century: between historical patterns and future prospects. Proceedings of the Thirteenth International ISKO Conference 19-22 May 2014, Kraków, Poland. Ed.: Wieslaw Babik
  9. Sporer, T.; Meyer, P.; Steinle, M.: Begleitstudium als Modell zur Einbettung informellen Lernens in das Universitätsstudium (2013) 0.01 
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    Abstract
    Dieser Beitrag stellt ein Modell zur Einbettung informellen .Lernens in das Universitätsstudium vor. Es handelt sich dabei nicht um informelle Lernen im Sinne der Nutzung des Internets durch die Studierenden, sondern um. Lernen in selbstorganisierten Projekten, das außerhalb des normalen Fachstudiums stattfindet. Es wird gezeigt, wie die Mitarbeit der Studierenden in extra-curricularen Projektgruppen in das Studienangebot "Begleitstudium Problemlöse-kompetenz" (kurz: Begleitstudium) eingebunden wird. Im Fokus des Beitrags steht dabei die Erläuterung technischer und organisatorischer Aspekte des Begleitstudiums. Nach einer kurzen Beschreibung des Studienangebots werden die Organisation, die IT-Unterstützung bei der Projekt- und Portfolioarbeit sowie die curriculare Einbettung des Begleitstudiums in den Studiengang "Medien und Kommunikation" (MuK) der Universität Augsburg erläutert.
  10. Library instruction revisited : bibliographic instruction comes of age (1995) 0.01 
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    Abstract
    Thematic issues devoted to bibliographic instruction in libraries. Deals with a broad range of topics including learning theories and pedagocy, collaboration and cooperation, technology and instruction, diversity and multiculturalism and a number of case studies
    Content
    Enthält u.a. die Beiträge: MARTIN, L.M. u. T.E. JACOBSON: Reflections on maturity: introduction to 'Library instruction revisited: bibliographic instruction comes of age'; BOBER, C., S. POULIN u. L. VILENO: Evaluating library instruction in academic libraries: a critical review of the literature, 1980-1993; SALONY, M.F.: The history of bibliographic instruction: changing trends from books to the electronic world; ALLEN, E.E.: Active learning and teaching: improving postsecondary library instruction; KLAVANO, A.M. u. E.R. KULLESEID: Bibliographic instruction: renewal and transformation in one academic library; HANSON, M.G.: Joining the conversation: collaborative learning and bibliographic instruction; OSBORNE, N.S. u. C. POON: Serving diverse library populations through the specialized instructional services concept; Whitehead, A. u. M.M. LONG: Providing off campus bibliographic instruction: when off campus means someone else's campus; MOECKEL, N. u. J. PRESNELL: Recognizing, understanding and responding: a program model of library instruction services for international students; HELMS, C.M.: Reaching out to the international students through bibliographic instruction; HULTS, P.: Noodling down the Internet: or, one foot in the last lane, the other stuck in the trenches; HUGHES, G.J.F., P.V. HOFFMANN u. C. DEMETRACOPOULOS: Cartobibliographic instruction: another path in the library instruction program; PIETTE, M.I.: Library instruction: principles, theories, connections and challenges; DOTY, P.: How index learning turns no student pale: an essay on rhetoric and bibliographic instruction; BLANDY, S.G.: Keeping library instruction alive; TURNER, D.J. u. M.E. GROTZKY: They teach too: a role for paraprofessionals in library instruction; RIELLY, L.J. u. G.A. BROWNING: Point of use instruction: the evolving role of stacks support staff and student assistants in an academic library; STRIFE, M.L.: Special libraries and instruction: one to one public relations
    Footnote
    Rez. in: Journal of education for library and information science 37(1996) no.3, S.300-301 (C. Peterson); Journal of academic librarianship 22(1996) no.5, S.399-400 (P.S. Thomas)
  11. Schindler, W.; Bader, R.; Eckmann, B.: Bildung in virtuellen Welten : Praxis und Theorie außerschulischer Arbeit mit Internet und Computer (2001) 0.01 
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    Content
    In T.1. werden Erfahrungen aus der konkreten Projektarbeit mit Jugendlichen gebündelt, z.B. "Lernen durch Produzieren" von E-Mail Planspielen, CD-ROMs & Co, etc. T.2 enthält Theorieelemente, die den Einfluss des Umgangs mit digitalen Medien auf die Lebenswirklichkeit klären. In T.3 klären konzeptionelle Bausteine den Konnex von Theorie und Praxis. T.4 rundet das Buch durch praktische Bausteine aus der Computer-Medienpädagogik ab
  12. Ekstrand, M.D.; Wright, K.L.; Pera, M.S.: Enhancing classroom instruction with online news (2020) 0.01 
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    Abstract
    Purpose This paper investigates how school teachers look for informational texts for their classrooms. Access to current, varied and authentic informational texts improves learning outcomes for K-12 students, but many teachers lack resources to expand and update readings. The Web offers freely available resources, but finding suitable ones is time-consuming. This research lays the groundwork for building tools to ease that burden. Design/methodology/approach This paper reports qualitative findings from a study in two stages: (1) a set of semistructured interviews, based on the critical incident technique, eliciting teachers' information-seeking practices and challenges; and (2) observations of teachers using a prototype teaching-oriented news search tool under a think-aloud protocol. Findings Teachers articulated different objectives and ways of using readings in their classrooms, goals and self-reported practices varied by experience level. Teachers struggled to formulate queries that are likely to return readings on specific course topics, instead searching directly for abstract topics. Experience differences did not translate into observable differences in search skill or success in the lab study. Originality/value There is limited work on teachers' information-seeking practices, particularly on how teachers look for texts for classroom use. This paper describes how teachers look for information in this context, setting the stage for future development and research on how to support this use case. Understanding and supporting teachers looking for information is a rich area for future research, due to the complexity of the information need and the fact that teachers are not looking for information for themselves.
    Date
    20. 1.2015 18:30:22
  13. Jörs, B.: ¬Die Dringlichkeit von Reformen in der Aus- und Weiterbildung hat sich noch einmal beschleunigt : Was die Studierenden der Informationswissenschaft an Zukunftsfähigem lernen. Und was in der Informationswissenschaft alles nicht geht (2018) 0.01 
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  14. Halttunen, K.; Sormunen, E.: Learning information retrieval through an educational game : is gaming sufficient for learning? (2000) 0.01 
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  15. Tell, B.V.: Cataloging rules and database production : implications for manpower training in a developing country (1989) 0.01 
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    Source
    International forum on information and documentation. 14(1989), S.22-27
  16. Visser, A.: Case based learning : towards a computer tool for learning with cases (1997) 0.01 
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    Abstract
    In the last 15 years social work teaching in the Netherlands has made a significant shift from concentrating on learning social, political and economic theories, towards more field practice and more learning from client cases. Describes work so far on a project to develop a model for working more systematically with client cases, to build a database with client cases and to use information and communication technology in the learning process for direct communication with field practice
  17. Corcoran, C.K.: Educom '97 embraces the changing learning environment : Part 2 (1998) 0.01 
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    Abstract
    Topics covered include: teaching and learning on the Net; Web based computing competence education; how the network is changing universities and redefining distance learning; creating and managing interactive Web based learning; teaching assistant Web projects; standards for networked information; publishing on the Web; leadership challenges; power browsing on the Web; evaluating Web tools for course management; assisting faculty with IT; and laptop computing for faculty
    Footnote
    Part 2 of a comprehensive report on the Educom '97 conference 'Embracing the changing learning environment', which took place in Minneapolis, Minnesota, and was hosted by Minnesota University
  18. Corbly, D.: Educom '97 embraces the changing learning environment : Part 1 (1998) 0.01 
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    Abstract
    Topics covered include: the current and the emerging learning environments; Web based cource development and delivery; censorship and security; networking initiatives; managing multimedia; and distance education
    Footnote
    Part 1 of a comprehensive report on the Educom '97 conference 'Embracing the changing learning environment', which took place in Minneapolis, Minnesota, and was hosted by Minnesota University
  19. Jacobson, T.E.; Mark, B.L.: Teaching in the information age : active learning techniques to empower students (1995) 0.01 
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    Abstract
    Considers student apprehension when encountering new information technologies and proposess a variety of active learning exercises within the framework of 4 questions that it is suggested researchers in the virtual library should be taught when learning how to search electronic sources: where am I? How do I do it? What am I trying to do? and What do I do with it?. Also details the use of student journals as an effective tool for gauging student learning and encouraging critical thinking
  20. Romero, L.: ¬The cataloging laboratory : the active learning theory applied to the education of catalogers (1995) 0.01 
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    Abstract
    The active learning theory provides a balance between theory and practice and requires that students be inquirers, creators and receivers of knowledge. Within library education, cataloguing, where knowledge is based around techniques and skills, would benefit greatly from the active learning concept. Shows how a laboratory environment based on the active learning theory, can be successful in teaching cataloguing and thereby better prepare students to enter the work environment

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