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University of Graz Future Education - Research Network of the University of Graz Research Cluster Forschungscluster MINT+ PhyMeSup
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These YouTube videos make physics mentors fit for their job

Three physics didacticians from the University of Graz working on the whiteboard ©Uni Graz/Tzivanopoulos
©Uni Graz/Tzivanopoulos

Under the title "Physics Mentor Support" (PhyMeSup), the Department of Physics Education at the University of Graz has recorded a series of videos and published them on YouTube to support mentors in their work. The latest two videos have recently gone online. Let them inspire you!

Video 8: Teaching physics in the digital age

In this video you will learn how the University of Graz supports prospective physics teachers in preparing their students for the digitalized world. Two models are presented in the video: the Frankfurt Triangle and the SAMR model.

PhyMeSup Video 8

PhyMeSup Video 8

PhyMeSup Video 7

PhyMeSup Video 7

Video 7: Interest and motivation

Are boys more interested in physics than girls? This video is about how to help students motivate their students and develop and take into account their interests.

Video 6: Heterogeneity in physics lessons

How students and teachers are confronted with heterogeneity in the classroom and how they can create the conditions to do justice to heterogeneity in the classroom through successful lesson planning.

PhyMeSup Video 6

PhyMeSup Video 6

PhyMeSup Video 5

PhyMeSup Video 5

Video 5: Dealing with student ideas

How we support students to deal with student performance in lesson planning and teaching. This video presents proven strategies that work well in the classroom.

Video 4: Students' ideas

In physics lessons, the aim is to lead students from stubborn everyday ideas to physically appropriate ideas. And these ideas vary greatly depending on the students' previous experience. However, learning can only be successful and sustainable if the learning opportunities are geared towards the students' ideas.

PhyMeSup Video 4

PhyMeSup Video 4

PhyMeSup Video 3

PhyMeSup Video 3

Video 3: Lesson planning and lesson planning grid

Learning is an individual construction process that requires suitable framework conditions. If students are to learn to teach, both you as mentors and we at the university can provide them with constructive support.

Video 2: Experimenting in physics lessons

Experiments are part of physics and physics lessons. But is a physics lesson only successful if you have carried out an experiment? The answer is given in this video.

PhyMeSup Video 2

PhyMeSup Video 2

PhyMeSup Video 1

PhyMeSup Video 1

 

Video 1: Planning lessons with the LESS grid

We teachers accompany students on their individual learning paths. However, these learning paths can be very different and a large number of processes take place simultaneously. Therefore, a sophisticated lesson plan is needed so that teachers can recognize and evaluate these processes within seconds and react to them. Our first video looks at how this can be achieved.

Click here for the Youtube channel

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