After successful completion of the course, students are able to ...

... carry out experimental research on biomedical components (eg cell chips) under guidance
... to understand selected production methods for cell chips with microelectrodes and to apply them experimentally.
... to understand selected cell culture methods for cell chips and to evaluate experimental data.
... combine the applied methods and develop them independently.
... to understand requirements for diploma theses in the field of Biomedical Interfaces
... to make a qualified decision to continue working on the research topic underway as part of a Master's thesis





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Project related to actual research topics in microelectronic devices for electrophysiology of cell cultures

personal 1: 1 conversations, independent study of literature, 1: 1 device training, independent experimental work, writing a scientific report

verbal interim reports on practical work, written final report

max. 3 participants per group
Lab dates will be scheduled individually