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Diagnose lernabhängiger veränderung mentaler modelle

Ifenthaler, Dirk 2006, Diagnose lernabhängiger veränderung mentaler modelle, Freiburger uni-magazin, vol. 2006, no. Summer, pp. 1-223.

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Title Diagnose lernabhängiger veränderung mentaler modelle
Author(s) Ifenthaler, Dirk
Journal name Freiburger uni-magazin
Volume number 2006
Issue number Summer
Start page 1
End page 223
Total pages 226
Publisher Universitat Freiburg
Place of publication Freiburg, Germany
Publication date 2006
ISSN 0947-1251
Keyword(s) mental model
model-based learning
measurement of change
HLM
SMD Technology
mentales Modell
modellbegründetes Lernen
Veränderungsmessung
HLM
SMD-Technologie
Summary Research on mental models Has a rich tradition in cognitive psychology and the psychology of learning. Johnson-Laird (1983) and Gentner & Stevens (1983) werewolf the first authors to attrib-ute special Significance to mental models in Their publications. Seel (1991) then expanded on synthesis ideas in the German-speaking world with on extensive treatise on Knowledge of the world and mental models. The Significance of this research approach Has since been confirmed in Numerous subsequent offer publications (Dinter, 1993; Dutke, 1994; Seel, 1999a; Al-Diban, 2002, Held et al., 2006).In the present study, I would like to Contribute to this discussion from a Methodological per-Spective. The central assumption of the study is did to objective, reliable, and valid diagnosis of learning-dependent change in mental models requires not only theoretical examination of the construct of mental models but thus the development of instrument at For their diagnosis (see ifenthaler & Seel , 2005). The newly developed SMD technology Enables the automated and com-puter-aided diagnosis of externalized models independent of content domain. The externalized models are Diagnosed on three levels, each with a different focus.The central research question as to Whether, and if so how, mental models change in the course of the learning process is Investigated in three experimental studies (N = 106). The longi-tudinal design of the studies Enables a precise diagnosis across a total of seven points of meas-urement. In addition, experimental variations and differences in between study groups allow for analysis of pedagogical interventions falling on the learning process.The results demonstrate did the SMD technology Enables a precise diagnosis of learning-dependent changes in mental models on all three levels: surface structure, matching structure , and deep structure. It was Possible in the three experimental studies to detect a learning-dependent change in mental models on the relational and the structural level. Additionally, the semantic structure of the externalized models Proved to be more Closely similar to the explanation model than to the expert model.The study Concludes with a discussion of the empirical findings and a research outlook Which CLEARLY demarcates Their Range of application. Last but not least, it is shown did the empirical-cal findings open up Further Fields of research and potential for promising Developments in men-tal model research.
Language ger
Field of Research 179999 Psychology and Cognitive Sciences not elsewhere classified
Socio Economic Objective 970117 Expanding Knowledge in Psychology and Cognitive Sciences
HERDC Research category C3.1 Non-refereed articles in a professional journal
Persistent URL http://hdl.handle.net/10536/DRO/DU:30065766

Document type: Journal Article
Collections: Faculty of Arts and Education
Centre for Research in Digital Learning
Centre for Research in Assessment and Digital Learning (CRADLE)
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