Module catalogue for the M.Sc. Program Experimental and Clinical Neuroscience
The students enroll for “advanced modules” to get 66 credit points all in all. They may select their modules from the offered courses (see the table below) arbitrarily. Obligatory courses are the “supplementary modules” respectively the projects (24 credit points) and the Master thesis (30 credit points). For the Master thesis application form, click here.
Abbreviations: E = Essay | W = Written exam | CP = Credit points | O = Oral exam | o.= or | P = Presentation | J=Journal/protocoll | CO=Colloquium
| Module Type | Module description | CP | Exam type | Weighting of exam mark for module mark | Weighting of module mark for overall mark |
|---|---|---|---|---|---|
| M-Neuro-AM1 a-c | Computational Neuroscience | 12 | W, P, J | W 50% P 25% J 25% | 12% |
| M-Neuro-AM2 a-c | Experimental and Translational Neuroimaging | 12 | P, W | W 60%, P 40% | 12% |
| M-Neuro-AM2 a-c | Neural Function I: Neural Basis of Motor Behavior in Animals | 12 | P, J | P 50% J 50% | 12% |
| M-Neuro-AM4 a-c | Neural Function II: Analysing the Neural Underpinning of Behaviour - from Structure to Function to Behaviour | 12 | P, J | P 50% J 50% | 12% |
| M-Neuro-AM4 a-c | Neurobiology in Drosophila | 12 | P, J | P 50% J 50% | 12% |
| M-Neuro-AM4 a-c | Cellular and Molecular Neurophysiology | 12 | P, J | P 50% J 50% | 12% |
| M-Neuro-AM6 a-b | Neuroimaging | 9 | P, E | P 50% E 50% | 9% |
| M-Neuro-AM6 a-b | Cellular Signal Transmission and Repair Mechanisms | 9 | P, E | P 50% | 9% |
| M-Neuro-AM7 a-d | Medical Imaging in Stereotactic Neurosurgery | 6 | W | W 100% | 6% |
| M-Neuro-AM7 a-d | Retinal Immunology | 6 | O | O 100% | 6% |
| M-Neuro-AM7 a-d | Data Analysis in Life sciences | 6 | E | E 100% | 6% |
| M-Neuro-AM8 a-e | Sensory Systems | 6 | E | E 100% | 6% |
| M-Neuro-AM8 a-e | Neuroethics | 6 | E | E 100% | 6% |
| M-Neuro-M10 a-b | Animal Models in Neuroscientific Research | 9 | E, E | E 50% | 9% |
| M-Neuro-AM11 a-d | Clinical Neuroscience I | 6 | P | P 100% | 6% |
| M-Neuro-AM11 a-d | Sleep and Clinical Neuroscience | 6 | P | P 100% | 6% |
| M-Neuro-AM11 a-d | Clinical Neuroscience II | 6 | W | W 100% | 6% |
| M-Neuro-AM11 a-d | Synaptic Physiology | 6 | O | O 100% | 6% |
| M-Neuro-AM12 | Molecular Neuroimmunology | 6 | P | P 100% | 6% |
| M-Neuro-AM13 | Neurological and Psychiatric Diseases | 6 | J | J 100% | 6% |
| M-Neuro-AM15 a-b | Quantitative Microscopy | 6 | O | O 100% | 6% |
| M-Neuro-AM15 a-b | Basic Research Techniques applied in Metabolic Neuroscience | 6 | O | O 100% | 6% |
| M-Neuro-AM15 a-b | Seminar Neurobiology: Genes, Circuits and Behavior | 6 | O | O 100% | 6% |
| M-Neuro-AM16 a-b | Lecture Neurobiology: Genes, Circuits and Behavior | 6 | W | W 100% | 6% |
| M-Neuro-AM16 a-b | Neurosurgical aspects in neuroscientific systems | 6 | P | P 100% | 6% |
| M-Neuro-EM1 &2 | Project work (Supplementary Modules) | 24 | E | 0% | |
| How to apply for your Master thesis registration For the Master thesis application, click here. | 30 | E, CO | E 75% CO 25% | 34% |