Contents
Mathematics I and II for all Bachelor's degree programs and Selected Topics in Mathematics, Statistics and Numerics for all Master's degree programs at the FB
- 2+1 semester standard course - develops the basic mathematical and statistical skills of a UAS engineer
- covers roughly the content of the 3 volumes "Mathematics for Engineers and Scientists" by L. Papula
- as well as in-depth topics of statistics, especially in the Master's program
- is supplemented by basic chapters and computer applications (Matlab/Octave, R and Wolframcloud)
Note: Enrollment in the Moodle courses can only take place in the first week of the lecture period. This is for technical reasons.
Revision courses as a bridge course
- In the winter semester, tutorials are offered regularly to review the course material
Exam preparation revision courses
- asynchronous to the course, i.e. in the summer semester for Math I and in the winter semester for Math II
If required, please contact Ms. Vivien Altwasser at the beginning of the semester, enroll and attend regularly!
Project and final theses as well as Hiwi activities
- Biological topics: Hormone dynamics, infection epidemiology
- Technical topics in cooperation with colleagues
- E-learning: WeBWorK, wiki creation, lecture recording
Teaching methods
Lectures, seminar-based practical courses, revision and exam preparation (in cooperation with Ms. Vivien Altwasser) are complemented by ...
WeBWorK - an interactive e-learning system (technically supervised by Mr. Frank Engelmann)
- Open source software - operated on a server of the Department with encrypted data transmission
- Development of individual tasks for mathematics and other subject areas (in collaboration with Ms. Altwasser and student assistants)
- Localization together with Prof. Dr. Uta Seewald-Heeg from FB 5
Wiki project - linking the various subject areas of the Department (technically supervised by Mr. Michael Bieniek)
- with regard to similarities in content
- with the possibility of checking what has been learned
- using the example of concrete process chains
