| Sem | Mathematics (at least 120 credits) |
Profession-oriented skills (20 credits) |
Other subjects (up to 40 credits) |
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6 |
Advanced lecture | Bachelor thesis | Seminar | Courses at Centre for Key Qualifi- cations (ZfS) or Language Teaching Centre (SLI) |
Electives | |
5 |
Advanced lectures / seminars | Undergraduate seminar | ||||
4 |
Advanced lectures | Numerics II - Numerics - Numerics I |
Computer exercises in numerics | Subsidiary subject e.g., Physics, Computer Science, Economics, Philosophy fixed curriculum per subject |
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3 |
Analysis III | Introduction Probability I | ||||
2 |
Analysis II ——— Analysis ——— Analysis I |
Linear Algebra II ——– Linear Algebra –—— Linear Algebra I |
Programming course | |||
1 |
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| Legend: | |||||
| Credits | = | credit points (according to the estimated effort) | Sem | = | semester |
| = | required course in mathematics | = | Bachelor thesis | ||
| = | elective course in mathematics | = | elective course in any subject | ||
| = | profession-oriented skills in mathematics | = | subsidiary subject (minor) | ||
| = | "external" profession-oriented skills | ||||
For more information, have a look on the various sections of the degree programme information page!