In the first two semesters, in addition to the introduction to classical physics - topics here are mechanics and heat (first semester) and electromagnetism and optics (second semester) - you can expect extensive basic training in mathematics. From the third semester on, you will continue with quantum physics, followed by molecular and solid-state physics, thermodynamics and statistics, and modern atomic physics. You will also receive training in numerical physics (computational physics) and physical metrology. Basically, the study program is structured in such a way that the topics of physics are treated in a combination of experimental physics and theoretical physics. Practical courses on all topics support your education. The bachelor thesis concludes the study program.