Teach frontal EEG
without waiting for the right case

Brainwave Neurosim generates a realistic adult frontal EEG and density spectral array. Change or isolate individual wave components, then use propofol, ketamine, dexmedetomidine and sevoflurane inputs to reshape the trace in real time. Explore sleep stages, epileptiform activity and the effects of increasing patient frailty.

Try it out
⚠ Educational simulation

Every signal is computer-generated and modelled on adult patients. Not a medical device.

The Brainwave Neurosim display at moderate-dose propofol. Four channels of raw EEG show large slow waves with superimposed alpha, with the plain-language summary panel to the left of the trace and the depth index, reading 42, to its right. The density spectral array beneath runs left to right from a broadband red awake stretch, through induction, into a narrow red alpha and delta band with blue above it. Parameters read EMG 0%, suppression ratio 0%, artifact 0%, spectral edge 12.3 and 12.3 Hz. The control panel on the right shows propofol at Med with all other agents off.
The Compact display at the same moderate-dose propofol. A single-panel density spectral array fills the top of the monitor with the spectral edge and median frequency traced over it, above a single-channel EEG at 25 mm/sec. A number column to the right reads SQI 100, EMG 30 dB, Index 42 in large magenta numerals, SR 0 %, ST 00:00, SEF 12.3 Hz and MF 5 Hz. The same control panel sits on the far right with propofol at Med and all other agents off.

Educators

Demonstrate depth-of-anaesthesia concepts live in a tutorial or lecture, or export representative outputs on demand for pre-learning or quizzes.

Trainees & students

Practice reading a raw, dynamic EEG trace and spectrogram — including states that are uncommon but important.

Institutions

A consistent teaching reference across a department, training programme or deployment. Institutional access available on request.

Get in touch

Have questions about using Brainwave Neurosim in your teaching, or access for a department or training programme? Reach out via contact@brainwaveneurosim.com.