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Language, tools and representations
This research area focusses on these tools and representations and what opportunities for learning science they present. We also examine how new types of tools change learning in the natural sciences in and of itself.
Technology and Science Education Research - TESER
Technology and Science Education Research – TESER – is a research unit in science and technology education research that was initiated in 2011.
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The flipped NO classroom
This project studies the “flipped classroom” as a method of working and
as a pedagogical current. The focus is on understanding this movement in
a Swedish school context.
Experience-based learning in natural sciences instruction
This research is based on embodied cognition and – more specifically – on the theory of conceptual metaphors.
The significance of affective factors in learning in the natural sciences and mathematics
This project studies the impact of affective factors in students’ learning in the natural sciences and mathematics.
The extended NO-classroom – Outdoor education and alternative learning environments
The classroom is not the only place where pupils can learn about the natural sciences. Our research into alternative learning environments focusses on instruction and learning in natural environments
Subject-based approaches in natural sciences instruction
Research in this area is focussed partly on further developing
subject-based approaches in the natural sciences and partly on
investigating and critically examining their contemporary historical and cultural expression.
Forum for Outdoor Education
Forum for Outdoor Education is a joint research forum for the faculties and departments at Linköping University, where researchers and teachers meet and discuss current issues within outdoor education and outdoor didactics.
Significance of the forms of representation for learning in thenatural sciences
In this project we study how multi-media tools can be used in instruction in the natural sciences.
Visualisation of complex processes as a tool for pupils’ learning of the natural sciences
How interactive visualisations can help students understand and express their knowledge of complex processes, primarily the intake of nutrients