Master Physics
The consecutive Master's degree programme in Physics at the University of Regensburg is research-oriented and is aimed at two groups:
- Graduates who aspire to work in industry immediately after completing their degree. During the research phase, graduates of the Master's degree programme in Physics not only acquire specialist knowledge, but also a high degree of independence, which makes them sought-after candidates in an extremely wide range of industries. The fields of activity range from traditional technical industries to patent attorneys, management consultants and stock market analysts. In addition to the graduates' basic knowledge of natural sciences, their knowledge of physical modelling methods proves to be extremely versatile and in demand. The non-physics supplementary subjects offered in the Master's programme enable them to expand their studies at an early stage with subject-specific knowledge relevant to their desired professional field.
- Graduates who continue their scientific training with a doctorate and thus form a cornerstone of research, without which university research in Germany would be unthinkable. The aim of the Master's degree course is to optimise the specialist training of these students in their chosen specialisation.
Both groups have the following specific programme objectives:
- The acquisition of in-depth knowledge in selected fields of experimental and theoretical physics as well as knowledge of the principles and methods applied in the chosen specialisations.
- The ability to work on scientific problems from the chosen subject areas under supervision.
- The ability to independently work on a defined sub-problem from current research in the field of experimental or theoretical physics under supervision and to correctly categorise the scientific results in the context of the task.
- Develop problem-solving strategies for scientific questions independently and in a team.
- Correctly write scientific texts and present scientific results.
The Standard Period of Study is four semesters. The Master's programme is divided into a specialisation phase, which builds on the Bachelor's programme and comprises the first two semesters, and a research phase. During the research phase, the Master's thesis is completed in addition to further specialisation.
Please note: The Examination Regulations form the legal framework of a degree programme. Among other things, they specify which modules must be completed to graduate and are therefore compulsory reading for all students. The information on this page refers to the current version of the Examination Regulations and may therefore not apply to all students. In any case, the Examination Regulations applicable to students are legally binding.
Deepening phase
The specialisation phase comprises subject modules, supplementary subjects and other courses for in-depth study of specific topics or for the acquisition of interdisciplinary qualifications totalling at least 60 credit points. At least two specialised modules and one supplementary subject or four specialised modules must be completed.
Specialised modules
Specialised modules serve to acquire in-depth knowledge in selected fields of experimental, theoretical and applied physics.
Supplementary subjects
Supplementary subjects from the Faculty of Physics or other faculties:
| Module ID | Supplementary subject | LPs |
|---|---|---|
| PHY-M-VE-01 (external link, opens in a new window) | Natural sciences computer scientists | 16 |
| PHY-M-VE-02 (external link, opens in a new window) | Physics in medicine | 16 |
| PHY-M-VE-03 (external link, opens in a new window) | Mathematics | 16 |
| PHY-M-VE-05 (external link, opens in a new window) | History of science | 16 |
| PHY-M-VE-07 (external link, opens in a new window) | Bioinformatics | 16 |
| PHY-M-VE-08 (external link, opens in a new window) | Biophysics | 16 |
Other courses
These courses serve to deepen knowledge of certain topics or to acquire interdisciplinary qualifications. Among other things, various special topics lectures are offered each semester, covering as wide a range of topics as possible. Special topics lectures are offered both at an advanced level - where they serve as a supplement to the specialised modules - and at an introductory level. The latter are primarily intended to provide a comprehensive overview of physical and interdisciplinary topics.
| Module ID | Module title | CPs |
|---|---|---|
| PHY-M-VS-01 (external link, opens in a new window) | Special topics lecture | 3-8 |
| PHY-M-VS-03 (external link, opens in a new window) | Short Project Internship | 4 |
| PHY-M-VS-04 (external link, opens in a new window) | IT and Media | 6 |
| PHY-M-VS-05 (external link, opens in a new window) | Linux: basics, concepts, applications | 3 |
| PHY-M-VS-06 (external link, opens in a new window) | Technical data processing | 6 |
| PHY-M-VS-07 (external link, opens in a new window) | Computer and microcontroller technology | 6 |
| PHY-M-VS-08 (external link, opens in a new window) | Databases and the Internet | 6 |
| PHY-M-VS-09 (external link, opens in a new window) | Programming of portable graphical applications | 6 |
| PHY-M-VS-10 (external link, opens in a new window) | Electronics | 6 |
| PHY-M-VS-12 (external link, opens in a new window) | Computer-based measurements with LabView | 6 |
| PHY-M-VS-15 (external link, opens in a new window) | Computer-aided mechanical design | 3 |
| PHY-M-VS-20 (external link, opens in a new window) | Training seminar | 4-6 |
Research phase
The organisation of the research phase is based on the recommendations of the Conference of Physics Departments (KFP) and the German Physicists' Society (DPG), which have been implemented by the vast majority of physics departments in Germany. According to these recommendations, the research phase of the Master's degree programme comprises 60 credit points and is divided into the following two interrelated sections:
- Subject specialisation (PHY-M-F-01, 30 CP):
In this module, students work largely independently on the subject area of their Master's thesis under supervision and acquire the experimental or theoretical methods required to work on the thesis. The specialisation phase is concluded with a seminar presentation. - Master's thesis (PHY-M-F-02, 30 CP):
This is an independent academic work. It should show that the candidate is able to work on a problem from a field of physics using scientific methods and to present the results in an appropriate, factually correct and comprehensible manner.
Authorisation
For admission to the Master's degree programme in Physics, an application is required in all cases, regardless of your previous grades in the Bachelor's degree. Enrolment is not possible without a successful application procedure. The application must be submitted electronically via SPUR (external link, opens in a new window). After registering in the portal, the further application process is explained there.
General information on the topics of application, admission and enrolment, including the dates for enrolment and the required documents, can be found on the Registrar's Office website.
If you have any problems or questions regarding application or admission, please contact Academic Advising.
Application deadlines:
- Start of studies in the winter semester: 15 June
- Start of studies in the summer semester: 15 January