Academic Services Office
Welcome to the website of the Academic Office Mathematics!
The Academic office is the central point of contact for all organisational and formal questions about studying at the Department of Mathematics.
Please use the support form in your STiNE portal for questions regarding STiNE, course and exam registrations.
This will help us to process your enquiries as quickly as possible.
For many questions, it is also worth taking a look at our FAQ or forms.
Please direct other enquiries to: studium.math@uni-hamburg.de. For data protection reasons, please use
- a uni-hamburg.de e-mail address,
- or a studium.uni-hamburg.de email address.
Opening hours
consultation | morning | afternoon | comment |
Monday | 09:45 – 11:45 | ||
Tuesday | 13:00 – 15:00 * | * study programme coordination only from 14:00 - 15:00 | |
Wednesday | 09:45 – 11:45 | 13:00 – 15:00 * | * study programme coordination only (no Teacher Education Programs) |
Thursday | 09:45 – 11:45 |
and by appointment.
The Academic Services Office will be closed from 23.12.2024 to 03.01.2025. We wish you a peaceful and happy holiday season.
On the afternoon of 18 December 2024, the Academic Services Office will be closed due to absences.
Absences:
Jan Kühne: 13.12.2024 - 01.01.2025
Steffi Voß: 17.12.2024 - 03.01.2025
Jean-Pierre Adloff: 17.12.2024 - 03.01.2025
Josephine Großgoerge: 18.12.2024; 20.12.2024 - 02.01.2025
Diana Meier zu Verl: 23.12.2024 - 03.01.2025
Bärbel Beuth-Lippert: 23.12.2024 - 03.01.2025
Matthias Rogaczewski: 23.12.2024 - 01.01.2025
Here you can find the presentation for orientation in the master's degree programs from Winter 24/25 (prep course):
Presentation by Mrs. Meier zu Verl (coordinator M.Sc. Mathematical Physics, M.Sc. Technomathematics, M.Sc. Business Mathematics) and Mr. Rogaczewski (coordinator M.Sc. Mathematics) (pdf)
Invitation to thesis defense
Wednesday, 18.12.2024
at 12:00, Bu 55, H3
partially digital
Mr Jonathan Osinski
topic: Interactions between Large Cardinals and Strong Logics
Wednesday, 10.07.2024
at 14:00, Bu 55, H3
partially digital
Mr Han Xiao
topic: Modal logics and intermediate logics motivated by an open problem on c.c.c. forcing