A new curriculum and examination programme for upper secondary school physics was recently introduced in the Netherlands. Models and modelling play an important role herein. But teachers need help in developing their PCK in this area. To this end we developed a modelling guide, which introduces physics teachers to the role of modelling in science and science education, the scientific base of teaching and learning routes of modelling in pre-university education, and curriculum relevant computer models. We discuss the design and contents of this guide, and teachers' first impressions when it was presented to them in workshops
This paper utilizes the Jacques Delors Pillars of Education as the basis of design, a pedagogy model...
Modelling in tertiary education has had a strong tradition within ICTMA conferences and their Procee...
Computer modelling and analysis of measurements with ICT enable secondary students to study situatio...
A learning path on computational modelling, integrated into the Dutch lower secondary physics curric...
Scientific modelling of dynamical systems; towards a pedagogy for secondary education Computer model...
This paper reports on the implementation of an upper secondary physics curriculum with an empirical-...
This study analyses pre-service science teachers’ (PSTs’) experiences of working with models and mod...
Evidence of the role of models in the teaching/learning process in science education is well documen...
One of the purposes of this study was to examine the differences between knowledge of pre-service ph...
The short description of some computer models is provided in article according to the section of mag...
In order to enhance teachers' professional awareness, it is necessary to understand and value their ...
Scientific practice involves the construction, validation and application of scientific models, so s...
A learning path on modelling and experimentation with ICT has been developed for lower secondary phy...
Abstract: In this paper, I discussed different types of models in science education and applications...
How do students create internal models when they learn about physics? This is long since a major top...
This paper utilizes the Jacques Delors Pillars of Education as the basis of design, a pedagogy model...
Modelling in tertiary education has had a strong tradition within ICTMA conferences and their Procee...
Computer modelling and analysis of measurements with ICT enable secondary students to study situatio...
A learning path on computational modelling, integrated into the Dutch lower secondary physics curric...
Scientific modelling of dynamical systems; towards a pedagogy for secondary education Computer model...
This paper reports on the implementation of an upper secondary physics curriculum with an empirical-...
This study analyses pre-service science teachers’ (PSTs’) experiences of working with models and mod...
Evidence of the role of models in the teaching/learning process in science education is well documen...
One of the purposes of this study was to examine the differences between knowledge of pre-service ph...
The short description of some computer models is provided in article according to the section of mag...
In order to enhance teachers' professional awareness, it is necessary to understand and value their ...
Scientific practice involves the construction, validation and application of scientific models, so s...
A learning path on modelling and experimentation with ICT has been developed for lower secondary phy...
Abstract: In this paper, I discussed different types of models in science education and applications...
How do students create internal models when they learn about physics? This is long since a major top...
This paper utilizes the Jacques Delors Pillars of Education as the basis of design, a pedagogy model...
Modelling in tertiary education has had a strong tradition within ICTMA conferences and their Procee...
Computer modelling and analysis of measurements with ICT enable secondary students to study situatio...