Bachelor Nanoscience
The Bachelor's degree programme in Nanoscience offers a solid scientific education. The Standard Period of Study is six semesters.
The curriculum of the Bachelor's degree programme in Nanoscience is divided into a standardised compulsory section, including the preparation of a Bachelor's thesis, and elective courses in which students can choose their own 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.
Curriculum of the compulsory area
A broad foundation is laid in the first semesters in the compulsory area. In addition, the necessary mathematical knowledge is taught in cooperation with the Faculty of Mathematics.
Note: For the theoretical physics B (external link, opens in a new window) module (NS-B-06) (external link, opens in a new window), either electrodynamics or quantum statistics and thermodynamics must be completed.
Curriculum of the elective courses in
The elective area comprises a module from the constrained elective courses and other courses to deepen certain topics or to acquire interdisciplinary qualifications from the elective courses in the elective area. The 30 credit points (CP) required for the elective courses in the elective area can be freely selected from the courses offered at the University of Regensburg.
Constrained elective modules
The modules in this area serve to deepen the basic knowledge of physics. One module must be completed. Further modules can be assigned to elective courses in this area.
| Module ID | Module title | CPs |
|---|---|---|
| PHY-M-VF-01 (external link, opens in a new window) | Surface science | 8 |
| PHY-M-VF-02 (external link, opens in a new window) | Infrared/Terahertz physics | 8 |
| PHY-M-VF-03 (external link, opens in a new window) | Laser physics | 8 |
| PHY-M-VF-04 (external link, opens in a new window) | Semiconductor physics | 8 |
| PHY-M-VF-05 (external link, opens in a new window) | Low temperature physics | 8 |
| PHY-M-VF-06 (external link, opens in a new window) | Magnetism | 8 |
| PHY-M-VF-12 (external link, opens in a new window) | Quantum theory of condensed matter I: Fundamentals, methods and phenomena | 8 |
| PHY-M-VF-13 (external link, opens in a new window) | Quantum theory of condensed matter II: Mesoscopic physics (quantum transport) | 8 |
Authorisation
Requirements for admission to the Bachelor's degree programme in Nanoscience are a general higher education entrance qualification, a subject-specific higher education entrance qualification or a professional qualification. An application is not necessary for domestic students, as the degree programme is not admission-restricted. International students should refer to the application information provided by the International Office (external link, opens in a new window).
General information on the topics of application, admission and enrolment, including the dates for enrolment and the required documents, can be found on the pages of the Registrar's Office.
If you have any problems or questions regarding application or admission, please contact Academic Advising.