EEG from zero
Short lessons that take you from what EEG is to a working pattern-recognition pipeline. Read a lesson, take its quiz, and use the interactive pages to see the ideas move.
Lessons
Start here
Beginner
- 01 What EEG is, and what it isn't
- 02 Neurons and electricity: where the signal comes from
- 03 From brain to file: the signal path
- 04 Brain waves: delta, theta, alpha, beta, gamma
- 05 The brain's regions and what they do
- 06 Electrodes and the 10–20 system
Intermediate
- 07 Noise and artifacts: blinks, muscle, heart, mains hum
- 08 How noise is cancelled: references and montages
- 09 Recording: sampling, Nyquist, impedance and devices
- 10 EEG data formats and BIDS: a data engineer's view
- 11 Event-related potentials: P300, N170, MMN
- 12 Reading a spectrum: PSD, band power, spectrogram
Advanced
- 13 Epilepsy: spikes, spike-and-wave, seizure detection
- 14 Sleep: stages, spindles, K-complexes and apnea
- 15 Dementia and Parkinson's: slowing and beta
- 16 Brain injury, coma, stroke and brain death
- 17 ADHD, depression, schizophrenia, autism: promising and debated markers
- 18 Where does it come from? Topomaps and source localization
Expert
- 19 The EEG data pipeline end to end
- 20 The EEG toolbox: libraries and open datasets
- 21 Preprocessing in practice
- 22 Features: from band power to Riemannian covariance
- 23 Models: from LDA and CSP to EEG foundation models
- 24 Evaluating honestly: splits, leakage and small data
- 25 Scaling EEG data: storage, streaming, privacy, versioning
- 26 Open problems and where data engineers can help
- 27 Hands-on: your first EEG classifier with MNE-Python
Wrap-up
- 28 Cheat sheet and learning roadmap
Sign in with Google, Microsoft or LinkedIn to save your quiz scores and see them here.
Interactive pages
Posts can't run scripts, so the pictures you can click and change live here.
Brain regions and electrodes
Tap a part of the brain to see what it does, the electrodes over it and the rhythms recorded there
Band mixer
Mix delta, theta, alpha, beta and gamma into one trace and watch its spectrum change
The signal chain
Send a brain signal through the skull, noise, amplifier, filter and digitiser, one stage at a time
Montage switcher
See one recording in bipolar, average and linked-ear montages and what each one changes