This post really resonated with me, and I am glad to share it on my own Physics Education blog along with a few comments of mine. I started following a similar approach back when I was a teaching assistant for various physics, mathematics and computer science courses during my undergraduate and graduate studies, and to this day I am strongly convinced that this is a great way to enhance the students' learning experience. Personally, I think that this approach is applicable both for large enrollment courses (such as Dr. Toggerson's 600-student lecture) and smaller classes.
This blog is a platform for discussions on physics teaching in higher education. What are effective teaching strategies and creative ways to arouse students' enthusiasm for physics? A special focus lies on condensed matter physics and materials science. Most of the content is based on my personal experience, but I also try to offer a broader perspective of physics teaching.
Wednesday, November 22, 2023
Post-lecture emails to students
Thursday, April 20, 2023
Transforming an advanced physics lab course
Over the course of this semester, I am taking over the advanced physics lab course at our Institute of Physics at Goethe University Frankfurt. This task comes with certain responsibilities such as holding the introductory session, doing some paperwork and communicating with students as well as the supervisors of the individual experiments, but it also offers me the chance to renew and transform the overall structure of the course as well as selected experiments.
I believe that the advanced lab course, which is typically taken by B.Sc. students (Bachelor of Science) in their fifth semester as well as M.Sc. (Master of Science) students, is of paramount importance for all future physicists because of the following three reasons:
Rethinking career advice: beyond "follow your passion" for physics students
I started reading a new book a few days ago: "So Good They Can't Ignore You: Why Skills Trump Passion in the Quest for Work You Lov...