Schedule for the 4th semester

Bachelor of Science (B. Sc.) in Physics, double bachelor’s (2FB) with Physics

An example schedule for the “usual progress” in the fourth semester of the Bachelor of Science program in Physics is shown below. The entries for the tutorials/seminars are example entries, i. e. other times are also offered and can be viewed in the course overview or on the respective course websites.

The schedule is equally valid for people in a double bachelor’s (2FB) program; however, they only have to take the module Atomic and Quantum Physics (with tutorials) and the Laboratory Course I (although in a different form than in the B. Sc. program), see notes. Unfortunately, we don’t have schedules for all possible subject combinations in store ;-)

The course overview as well as the respective official versions of the exam regulations and the curriculum can be found here.

Time Monday Tuesday Wednesday Thursday Friday
08–10 Atomic and Quantum Physics
Tutorial
misc. seminar rooms		 Physical Fundamentals of Signal Processing
Tutorial [3]
misc. seminar rooms
10–12 Atomic and Quantum Physics
Lecture
HS 2		 Physical Fundamentals of Signal Processing
Lecture [3]
HS AP		 Atomic and Quantum Physics
Lecture
HS 2		 Atomic and Quantum Physics
Lecture
HS 2		 Physical Fundamentals of Signal Processing
Lecture [3]
HS AP
12–13
13–14 Laboratory Course I
(“Grund­praktikum”)
Lab course [2]
misc. lab rooms		 Introduction to Scientific Programming
Lecture [1]
HS 2
14–16 Introduction to Scientific Programming
Tutorial [1]
misc. ComputerLabs
16–18
18–20 Student council meeting

Notes

  • [1] not for double bachelor’s (2FB)
  • [2] Possible dates for the experiments in the Laboratory Course I are Monday, Tuesday and Wednesday. Double bachelor’s students have their experiments separately from B. Sc. students. Another significant difference is that double bachelor’s students only have to complete six experiments (instead of twelve as in the B. Sc. program) per semester.
  • [3] Double bachelor’s students also have to complete the lecture Physical Fundamentals of Signal Processing (with tutorials) as part of the module Applications of Physics, but this is designated for the 6th semester.