1) Introduction to functional neuroanatomy: the central and peripheral nervous system
2) Brain imaging techniques and electrophysiology
3) Clinical neurostimulation: noninvasive and invasive approaches
4) The autonomic nervous system and the role of the vagus nerve
5) Pain: mechanisms and treatments
6) Epilepsy: diagnostic and treatment methods
7) Sleep
8) Psychiatric and affective disorders and their bioelectrical treatment
9) Neurodegenerative disorders and modern treatment methods
10) Learning, memory, cognition
11) Visual and auditory disorders and treatment with neuroprosthetic devices
12) Computational neuroscience: brain activity modelling

1-2) Neural recording in insect models
3-4) Noninvasive brain stimulation laboratory: TMS, motor threshold and EMG response
5-6) Electroencephalography laboratory: Event related (de)synchronization, oscillatory power
7-8) Noninvasive electrical stimulation of peripheral nerves
9-10) MRI laboratory: measurement of structural and functional brain imaging data
11-12) Functional MRI data processing and analysis

Students are provided with prepared study materials for each laboratory. They are expected to study these materials independently in advance and, if necessary, look for additional information in lecture presentations or use other sources.