Prof. Dr. Stanislaw Schukajlow-Wasjutinski

University of Münster
Institute of Mathematics Education and Computer Science Education
Henriette-Son-Str. 19
48149 Münster

Room 486 II, Henriette-Son-Str. 19
t.: +49 251 83 33802
mail: schukajlow@uni-muenster.de

Office
Stephanie Auffenberg
Anja Hamsen
Room 1, Henriette-Son-Str. 19
t.: +49 251 83 39378
mail: gfidmi@uni-muenster.de

Mitarbeiter:innen/ Doktorand:innen

Dr. Catharina Beckschulte
Office 7, Henriette-Son-Str. 19
t.: +49 251 83 38360
mail: beckschulte@uni-muenster.de

Dr. Jascha Quarder
Office 23, Henriette-Son-Str. 19
t.: +49 251 83 32876
E-Mail: jascha.quarder@uni-muenster.de

Katharina Forster
Office 28, Henriette-Son-Str. 19
t.: +49 251 83 33890
mail: kforster@uni-muenster.de

Pia Gödecke
Office 8, Henriette-Son-Str. 19
t.: +49 251 83 33801
mail: p.goedecke@uni-muenster.de

Annika Rosendahl
Office 26, Henriette-Son-Str. 19
t.: +49 251 83 33801
mail: annika.rosendahl@uni-muenster.de

Gudula Volbers
Office 9, Henriette-Son-Str. 19
t.: +49 251 83 39434
mail: gvolbers@wwu.de

Nils Völlinger
Office 9, Henriette-Son-Str. 19
t.: +49 251 83 33801
E-Mail: nvoellin@uni-muenster.de

News

+++ The research project Open modelling problems in mathematics teaching oriented towards self-regulation – open goal state (OModA-E) has been approved by the German Research Foundation (DFG). It will start in 2025. In OModA-E we will conduct research on matheamatical modelling problems with an open goal state. While solving the problems with an open goal state, different factors (e.g., temporal, and financial) can be considered.

+++ The project Visualization while solving mathematical modelling problems (ViMo 2) has been approved by the German Research Foundation (DFG) and it will begin in 2024. The overarching goal of ViMo 2 is to investigate the procedural strategic knowledge about drawing. This refers to the understanding of how to construct and use a drawing in the modeling process.

+++ Recordings of ZDM-Webinars (e.g., Emotions and Motivation in Mathematics Education)

 

 

 

 

 

 

 

+++ Math-Bridges Calender that was developed in the framework of the international seminar on modelling and Fermi problems

+++ Interview MathEdPodcast (Topic: Effects of Multiple Solutions, July 2015)