9 results on '"Reinhard Staber"'
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2. 100 Stunden virtuell - Eine nachhaltige Weiterentwicklung des Virtuellen Medizinischen Campus Graz
- Author
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Josef Smolle, Reinhard Staber, Andreas Holzinger, Elke Jamer, and Gilbert Reibnegger
- Subjects
E-Learning ,Virtuelle Lehrveranstaltung ,Verbundstudium ,Medizinische Ausbildung ,Education - Abstract
Im Rahmen des Förderprogrammes "Neue Medien in der Lehre an österreichischen Universitäten und Fachhochschulen" wurde an der Medizinischen Universität in Graz der Virtuelle Medizinische Campus (VMC) Graz eingerichtet. Das Projekt "100 Stunden virtuell" stellt eine Anwendung des VMC in Richtung der Abhaltung rein virtueller Stunden im Sinne des "blended learning" dar. Blended Learning ist dabei eine Kombination von Online- und Präsenzelementen in hybriden Lernsettings. Als Meilensteine werden bis zum Jahresende 2004 die ersten 30 Unterrichtseinheiten virtuell erfolgen, bis zum Jahresende 2004 die restlichen 70 Unterrichtseinheiten. Für die Entwicklung der virtuellen Lerneinheiten wird durch ein Projektteam intensive technische und inhaltlich-redaktionelle Unterstützung geboten. Mit dem Projekt soll für die Studierenden ein höherer Anteil frei verfügbaren Zeitbudgets geschaffen werden, für die Lehrenden eine Erleichterung bei der Erstellung der Stundenpläne und mehr Ressourcen für den Präsenz-Kleingruppenunterricht in den klinisch orientierten Modulen. Für den VMC ergibt sich als positiver Aspekt wiederum eine wachsende Zahl von elektronischen Lernobjekten, die einheitlichen qualitativen Vorgaben entsprechen. 08.12.2004 | Josef Smolle, Reinhard Staber, Andreas Holzinger, Elke Jamer & Gilbert Reibnegger (Graz)
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- 2011
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3. Young Academics in E-Learning Research - Editorial.
- Author
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Martin Ebner, Ortrun Gröblinger, Stephan Waba, Kai Erenli, Erwin Bratengeyer, and Reinhard Staber
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- 2012
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4. Technology Use, Technology Views: Anticipating ICT Use for Beginning Physical and Health Education Teachers
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Reinhard Staber, Volkmar H. Haase, Ingomar Wascher, Christian Steinmann, Josef Smolle, and Stefan Vejda
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Technology education ,Medical education ,lcsh:T58.5-58.64 ,lcsh:Information technology ,Information and Communications Technology ,Pedagogy ,Health education ,Sociology - Published
- 2007
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5. Computer-based Training in der Dermatoonkologie - erste Ergebnisse zum Vergleich elektronischer Lernprogramme mit Prasenzlehre. Computer-based training in dermatooncology - a preliminary report comparing electronic learning programs with face-to-face teaching
- Author
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Hei De Neges, Josef Smolle, Reinhard Staber, Gilbert Reibnegger, and Helmut Kerl
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Pedagogy ,Dermatology ,Psychology ,Programmed instruction - Abstract
Zusammenfassung Hintergrund: Elektronische Medien spielen in der medizinischen Ausbildung eine zunehmende Rolle. Es stellt sich die Frage, wie Computerlernprogramme im Vergleich zu innovativen didaktischen Konzepten im Prasenzunterricht abschneiden. Methoden: An der Untersuchung nahmen 26 Studierende teil. In einem speziellen Studienmodul „Dermatoonkologie” im Rahmen eines integrierten medizinischen Curriculums wurde ein Teil des Stoffs in Form von Team-Learning als Prasenzveranstaltung vermittelt, der andere Teil dagegen als Internet-basiertes Computer-based-Training. Die Ergebnisse der nachfolgenden Multiple-Choice-Prufung wurden in dieser Hinsicht statistisch ausgewertet. Ergebnisse: Die Prufungsergebnisse waren bei jenen Fragen, die sich auf Computer-based Trainings-Inhalte bezogen, mit 90,4 ± 12,5 % richtigen Antworten signifikant besser als bei jenen, die sich aus dem Stoff des Team-Learning rekrutiert hatten (80,6 ± 13,1 %; p
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- 2005
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6. Young Academics in E-Learning Research - Editorial
- Author
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Reinhard Staber, Ortrun Gröblinger, Erwin Bratengeyer, Martin Ebner, Stephan Waba, and Kai Erenli
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Editorial, Technology Enhanced Learning, Young Academics, E-Learning ,lcsh:T58.5-58.64 ,lcsh:Information technology ,Field (Bourdieu) ,E-learning (theory) ,Pedagogy ,General Engineering ,Sociology ,Space (commercial competition) ,lcsh:L ,Education ,lcsh:Education - Abstract
The special track â??Young Academics in E-Learning Researchâ?, shortly YAER2012, took place within the â??International Conference on Interactive Collaborative Learningâ? (ICL 2012) in Villach, Austria. The conference slot aims to invite young researchers in the field of Technology Enhanced Learning (TEL) to present their thesis or ongoing work. We asked for contributions, which address the interdisciplinary research field. YAER 2012 provided an excellent space for discussions in order to improve learning and teaching of tomorrow. Education without technology seems to be nearly impossible and this issue helps to increase the impact of technology for learning.
- Published
- 2012
7. Virtual Medical Campus (VMC) Graz: Innovative Curriculum meets Innovative Learning Objects Technology
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Stefan Vejda, Josef Smolle, Ingomar Wascher, Reinhard Staber, Volkmar H. Haase, and Christian Steinmann
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German ,Computer science ,Pedagogy ,language ,Mathematics education ,Information system ,Table of contents ,Curriculum ,Lecture hall ,Project team ,Competence (human resources) ,language.human_language ,New media - Abstract
The Story The Federal Republic of Germany executes a strict "numerus clausus" scheme for students of Medicine. Austria did not in the recent years, but: foreign (i.e. German) students were not allowed to enter unless they were eligible for studies in their home country. Because of this there was no chance for German numerus-clausus-victims in Austria. In July 2005 the European Court of Justice stopped this practice. Now German students are able to inscribe medical studies at Austrian (German speaking) universities. The size of a typical class for beginners will rise from approximately 250 to 2500. The Medical University of Graz (MUG) can handle this situation by using virtual teaching in the first semester. Everybody is free to start medical studies, and we select the "best" students in examinations after the first semester. In autumn 2005, more than 3000 students started Medicine at MUG--our largest lecture hall has 375 seats but VMC can handle almost unlimited numbers by means of electronic multimedia teleteaching. In 2002 MUG had introduced a new curriculum for Medicine, concentrating on thematic issues crossing classical borderlines of medical disciplines (Glasgow, 1997; Maerz, 1998). The new contents had to be backed by a university-wide information system as a guidebook for students and an orientation system for lecturers. The project VMC ("Virtual Medical Campus") started in 2002: all relevant learning contents of the new curriculum had to be mapped into an electronic system and should be accessible for all MUG students without charge and without technical problems. Contents were (and are still) provided by MUG, the technology was (and is continuously) developed by HM&S IT-Consulting and partner companies, the overall design was a task of the whole team. (Smolle, 2004) At present VMC is "the" learning system for students of the first semester. They get all the necessary information from there, while later in the curriculum VMC has rather a tutorial function complementary to lectures, seminars and bedside experience. Educational Background Two decisions mark the beginning of the project: the design of a new curriculum coping with the requirements of the 21st century (Stuko, 2002), and the idea that this curriculum had to be "available" in electronic form for everybody. (Ecker, 2000) Two project groups working closely together developed the table of contents of the curriculum and the e-learning system, respectively. The new courses had to be "implemented" in electronic form. In parallel with that, the MUG lecturers were educated and supported in the use of the new medium. In our VMC competence centre four persons are responsible for this process. The means were planning workshops, now support is provided individually on demand. There are approx.600 lecturers at MUG. 50 of them were members of the development process of the curriculum, and 10 cooperated in new media issues. At present 180 active authors are providing contents (learning objects) for VMC. Personal contacts of members of the project team with potential authors have proved to be the best way to success. Students receive a one-hour introduction and a consultation hour is held once a month. Our experience is that there are no problems from this side: they mainly work at home using internet connection. The whole curriculum is divided into four levels: Modules, Topics, Learning Units and Learning Objects. The Study of Human Medicine on the Medicine University of Graz is divided into 29 Modules, about 10 Tracks and about 20 "Special Study Modules". Each of these modules has its own topics. The Learning Units on the next level hold the Learning Objects for up to four lessons (45 minutes each). This arrangement is working well because there is a hundred percent compatibility to the study "in real life" and so the students don't get confused because of more than 4000 Learning Objects and find the important ones for their term very fast. …
- Published
- 2006
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8. [Computer-based training in dermatooncology--a preliminary report comparing electronic learning programs with face-to-face teaching]
- Author
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Josef, Smolle, Reinhard, Staber, Heide, Neges, Gilbert, Reibnegger, and Helmut, Kerl
- Subjects
Internet ,User-Computer Interface ,Austria ,Teaching ,Humans ,Dermatology ,Educational Measurement ,Medical Oncology ,Software ,Computer-Assisted Instruction ,Education, Medical, Undergraduate - Abstract
Electronic media are increasingly used in medical education. The question arises whether tutorial programs are as effective as innovative face-to-face didactic formats.26 students underwent a special dermatooncology course in an integrated undergraduate medical curriculum. One part of the content was acquired face-to-face with emphasis on team learning and mini-lectures; the other part was presented as web-based electronic computer-based training objects. The performance of the students in a subsequent multiple choice test was evaluated.In total, questions referring to computer-based training contents were answered correctly in 90.4 +/- 12.5 %, which was significantly superior to the questions referring to team learning in the face-to-face teaching format (80.6 +/- 13.1 %; p0.001). There was, however, a significant correlation between both results for each individual student (r = 0.52; p0.01), but there was no correlation between the results obtained for computer-based training or team learning on the one hand, and the overall performance of the individual student on the other.Though different contents were concerned, our study provides evidence that computer-based training may be more efficient than face-to-face teaching using team learning to communicate dermatooncology contents in an undergraduate medical curriculum.
- Published
- 2005
9. 100 Stunden virtuell - Eine nachhaltige Weiterentwicklung des Virtuellen Medizinischen Campus Graz
- Author
-
Josef Smolle, Reinhard Staber, Andreas Holzinger, Elke Jamer, and Gilbert Reibnegger
- Abstract
Im Rahmen des Forderprogrammes "Neue Medien in der Lehre an osterreichischen Universitaten und Fachhochschulen" wurde an der Medizinischen Universitat in Graz der Virtuelle Medizinische Campus (VMC) Graz eingerichtet. Das Projekt "100 Stunden virtuell" stellt eine Anwendung des VMC in Richtung der Abhaltung rein virtueller Stunden im Sinne des "blended learning" dar. Blended Learning ist dabei eine Kombination von Online- und Prasenzelementen in hybriden Lernsettings. Als Meilensteine werden bis zum Jahresende 2004 die ersten 30 Unterrichtseinheiten virtuell erfolgen, bis zum Jahresende 2004 die restlichen 70 Unterrichtseinheiten. Fur die Entwicklung der virtuellen Lerneinheiten wird durch ein Projektteam intensive technische und inhaltlich-redaktionelle Unterstutzung geboten. Mit dem Projekt soll fur die Studierenden ein hoherer Anteil frei verfugbaren Zeitbudgets geschaffen werden, fur die Lehrenden eine Erleichterung bei der Erstellung der Stundenplane und mehr Ressourcen fur den Prasenz-Kleingruppenunterricht in den klinisch orientierten Modulen. Fur den VMC ergibt sich als positiver Aspekt wiederum eine wachsende Zahl von elektronischen Lernobjekten, die einheitlichen qualitativen Vorgaben entsprechen. 08.12.2004 | Josef Smolle, Reinhard Staber, Andreas Holzinger, Elke Jamer & Gilbert Reibnegger (Graz)
- Published
- 2004
- Full Text
- View/download PDF
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