| Defines and explains the history of EEG, its physiological basis, and the mechanisms underlying the generation of electrocortical activity. |
| Distinguishes between different types of EEG electrodes, placement systems, and recording techniques, and selects the appropriate method. |
| Explains and illustrates the basic characteristics of amplifiers and filter types and their effects on EEG signals. |
| Interprets the importance of electrical safety, grounding, and technical device specifications in EEG recordings. |
| Identifies, classifies, and differentiates physiological and technical artifacts that may occur during EEG recordings. |
| Evaluates and analyzes EEG recordings according to terminology, polarity, and montage principles. |
| Applies and manages infection control measures and electrode–device maintenance procedures in EEG studies. |
| Plans and implements appropriate first aid approaches in the event of seizures occurring in the electroneurophysiology laboratory. |