Short Vita
- 1976:
- Born in Lüdenscheid (Germany).
- 1995-2002:
- Study of Psychology at the University of Münster (Germany).
- 2002:
- Graduation in Psychology at the University of Münster (Germany). Thesis:
"Typisieren oder Verbalisieren: Sind Lernprozesse beim Erstellen von
Hypertexten eine Konsequenz der Typisierung von Links oder der Verbalisierung
kognitiver Prozesse?".
- Since June 2003:
- PhD student of the VGK.
Contact
Phone: ++49 (0)761 / 682-910
FAX: --49 (0)761 / 682-922
email: florax@ph-freiburg.de
WWW: My
homepage
University of Education
Institute of Educations Science I
Learning Technology
Kunzenweg 21
D-79117 Freiburg (Germany)
Topic: The Effect of the Active Integration of Texts and
Visualisations on Learning
Supervisor: Prof. Dr. R. Ploetzner
Start of the Ph.D. project: June 2003
Summary
Learning with new media often means to be confronted with material that
contains not only texts but also visualisations. If learners want to process
the presented material successfully they need to integrate the different
sources of information into a coherent mental model (Mayer, 2001).
Basically, there are two ways to organize information on the screen: 1.
Visualisations and texts can be separated spatially, e.g. the visualisations
can be placed under the text or on the other side of the screen. This way of
organisation is named split-source format. 2. The text can be segmented and
then integrated into the visualisation which results in a so called integrated
format.
When working with complementary material, it is a well estabished effect
that learning with integrated material leads to better learning outcomes
than working with material that is separated spatially (split attention effect,
e.g. Mayer, 2001; Chandler and Sweller, 1991).
Making students integrate texts and visualisations on their own could be
another and even more successful strategy to initiate the crucial cognitive
processes that lead to deeper understanding. Bodemer, Plötzner, Feuerlein
and Spada (in press) investigated the effect of the integration of texts and
visualisations on learning. They compared the knowledge of students, who
actively constructed an integrated format with the knowledge of students who
learned with material that was presented in an integrated form. The results
showed that the "active integration" groups outperformed the other
group and therefore supported the hypothesis that the activity of integrating
texts and visualisations has the potential to improve learning.
The current set of studies is concerned with the specification of conditions
under which the active integration of texts and visualisations promotes
meaningful learning. The first study will analyse the effects of systematically
varying the complexity of the learning material. The second experiment will
deal with the influence of pre-knowledge on learning. The third study is
designed to answer the question whether the split attention effect also
occurs when the learning material consists of realistic pictures.
References
Bodemer, D., Plötzner, P., Feuerlein, I. & Spada, H. (in press).
The Active Integration of Information During Learning with Dynamic and
Interactive Visualisations. Learning and Instruction.
Chandler, P. & Sweller, J. (1991). Cognitive load theory and the format
of instruction. Cognition and Instruction, 8(4), 293-332
Mayer, R. E. (2001). Multimedia Learning. New York, NY: Cambridge University
Press.