Join KUPER's Unfinished Business 2
The Physics Education Research Group at the University of Copenhagen invites you to peek behind the curtain of our ongoing research projects at our interactive poster exhibition š§
Developing an Einsteinian science curriculum from years 3ā10
Two new papers present our Einsteinian science curriculum from Years 3 to 10 and show how we can prepare teachers to confidently teach these topics šŖ
Come work with me - PhD position in science education research
We are looking for a PhD candidate to join us for a research project exploring how primary school science teachers can foster nature connectedness in their students š
Models of gravity - from Newton's law to Einstein's spacetime
Models are at the core of scientific inquiry. In my latest piece for the Norwegian Centre for Science Education, I use the history of gravity as a case study to illustrate how models become crucial tools in advancing scientific knowledge š¤
Languages & literacies in science education
Our ESERA Special Interest Group has just published a position paper on the evolving roles of languages and literacies in science education š
From the cosmos to the classroom
How do science education, science communication, and public outreach intersect and overlap? And how do our evolving education and communication practices affect our understanding of science and its place in society? Together with Urban Eriksson, I wrote a feature for CERN Courier reflecting on these questions š£
Hosting the ESERA SIG6 Meeting
I am proud to have hosted the ESERA SIG6 Meeting 2023 in Copenhagen. With about 30 scholars participating in vibrant discussions on languages and literacies in science education, the event was a great success š„³
Virtual reality in astronomy education
I'm excited to share our latest paper, in which we reflect on design principles for using virtual reality in astronomy education š«
Using embodied cognition to teach abstract coding concepts
This month, my PhD student Fridtjof Gjengset launched his project at his start-up seminar, proposing to leverage embodied cognition principles to enhance computational literacy in STEM š©āš»
Studying the quality of inquiry-based teaching in science classrooms
Hot off the press! Our new research paper on inquiry-based science teaching is out now, shedding light on how this instructional method can enhance teaching quality and student participation š§āš«
Putting the body into science education
How can we energise classrooms and foster science learning by embracing embodied teaching methods? I wrote a piece on embodied cognition in science education for Teacher Plus š
From conceptual change to scientific imagination
How can history & philosophy of science and science education research inform and influence each other? We take conceptual change and scientific imagination as an example to explore this question š¤
Closer to science in the classroom
Our book "Tettere pƄ naturfag i klasserommet" (Closer to science in the classroom) is hitting the shelves today. We are excited to share the results of project LISSI (Linking Instruction in Science and Student Impact).
Embodied cognition in science education
What is the role of the human body in science education? In my new paper, I combine perspectives of cognitive science, philosophy, and psychology to provide a comprehensive overview of embodied cognition in science education.