| Defines and explains the basic concepts of electroneurophysiology and the physiological foundations of EEG generators. |
| Explains the mechanisms underlying the generation of rhythmic EEG activities and their clinical significance. |
| Applies principles of EEG equipment use, electrode types, and electrode placement to obtain accurate recordings. |
| Relates principles of polarity and field localization in EEG to clinical EEG recordings. |
| Defines and differentiates normal EEG characteristics in accordance with clinical EEG recording and technical standards. |
| Interprets EEG activation methods and the basic features of neonatal EEG. |
| Analyzes abnormal EEG patterns by relating them to neurological disorders and seizure types. |
| Evaluates and interprets ictal–interictal EEG analyses and video EEG monitoring data within a clinical context. |