EEGmaster provides a structured pathway for learning EEG interpretation, from normal EEG fundamentals to advanced seizure and ICU EEG analysis.
Understand background rhythms, normal variants, symmetry, and sleep patterns.
Recognize eye movement, muscle, electrode, and ECG artifacts.
Identify slowing, asymmetry, epileptiform abnormalities, and focal findings.
Learn focal seizures, generalized seizures, and status epilepticus patterns.
Develop competency in ICU EEG, localization, and rhythmic/periodic patterns.
Assess frequency, symmetry, organization, and posterior dominant rhythm.
Determine whether slowing is focal or generalized and correlate clinically.
Identify spikes, sharp waves, and seizure patterns.
Differentiate physiologic and technical artifacts from cerebral activity.
Switch between bipolar and referential montages to better localize findings.
Adjust low-frequency, high-frequency, and notch filters appropriately.
Modify sensitivity to optimize waveform visualization.
Save user-specific montage and display preferences for future review.
Pattern recognition improves significantly through repeated exposure.
Understanding normal EEG is essential before interpreting pathology.
Always interpret EEG findings within clinical context.
Master background rhythms and artifacts before advanced ICU EEG patterns.
| Week | Focus Area |
|---|---|
| 1 | Normal awake EEG |
| 2 | Sleep EEG & normal variants |
| 3 | Artifacts & technical factors |
| 4 | Focal & generalized slowing |
| 5 | Epileptiform discharges |
| 6 | Seizure patterns |
| 7 | ICU EEG basics |
EEG interpretation develops progressively over months to years through repeated exposure and structured practice.
No. Strong understanding of normal EEG and artifacts is essential first.
High-volume exposure substantially improves EEG pattern recognition skills. By some estimates, reviewing 500-1000 EEGs is needed to achieve basic competency.
Consistent longitudinal review combined with structured assessments and feedback is the most effective approach.
