| 1st Year | 2nd Year | 3rd Year | 4th Year |
|---|---|---|---|
| Functions | Atomic Physics | Light and Matter | General Relativity * |
| Complex Analysis | Electromagnetism | Computational Physics * | Information Theory * |
| Linear Algebra | Mathematical Methods * | Astrophysics * | Cosmology * |
| Vector Calculus | Differential Equations | Advanced Classical Physics * | Space Physics * |
| Mechanics | Fourier | Physics of the Universe | Atmospheric Physics * |
| Vibrations and Waves | Nuclear and Particle Physics | Fluid Dynamics | Advanced Hydrodynamics * |
| (Special) Relativity | Optics | Plasma Physics * | Research Interfaces |
| Quantum Physics | Qauntum Mechanics | Laboratory III * | Master's Research Project |
| Structure of Matter | Solid State Physics | Comprehensive I (see below) | German Level 3 Horizons ** |
| Electricity and Magnetism | Statistical Physics | Comprehensive II (see below) | - |
| Laboratory and Computing I | Statistics of Measurement | Professional Skills III | - |
| Basic Electronics | Thermodynamics | German Level 2 Horizons ** | - |
| Advanced Electronics * | Laboratory and Computing II | - | - |
| (Summer) Project I | Professional Skills II | - | - |
| Professional Skills I | German Level 1 Horizons ** | - | - |
Comprehensive Exams: "[They are] taken in Year 3, [and] present problems which test knowledge gained across all the core (compulsory) courses over the first two years."
The two comprehensive exams together account for 26.7% of the third year
* These were elective courses
** Courses taken for extra credit