Uploaded July 2026 | Updated September 2026, 1 day ago
How do you set up a synchronized multimodal neuroscience experiment combining EEG, eye tracking, ECG and GSR? This step-by-step demonstration shows the complete participant preparation workflow for a multimodal Brain & Body monitoring experiment using the g.tec neurotechnology ecosystem.
The setup combines g.Nautilus Multi-Purpose wireless EEG, Tobii Pro Glasses 3 eye tracking, ECG and Galvanic Skin Response (GSR) with g.HIsys Professional for synchronized biosignal acquisition and real-time processing.
The participant is prepared for a realistic flight simulation experiment designed to investigate cognitive workload and engagement. The video covers EEG preparation, ECG and GSR sensor placement, eye tracker setup, device integration and synchronization before starting the experiment.
This multimodal setup demonstrates how researchers can combine brain activity, cardiovascular signals, electrodermal activity and gaze behavior within one experimental workflow. Such synchronized Brain & Body measurements are relevant for cognitive neuroscience, psychophysiology, human performance, workload assessment, human-computer interaction and multimodal neuroscience research.
g.HIsys Professional provides the environment for biosignal acquisition, real-time signal processing and experimental control and includes OSCAR LIVE for real-time EEG artifact removal.
Chapters
00:00 Introduction
00:20 EEG Hardware Preparation
01:20 ECG Setup
02:40 GSR Sensor Placement
04:00 Eye Tracker Preparation
05:20 Connecting All Devices
06:40 Multimodal Synchronization
08:00 Final Participant Setup
08:45 Ready for Recording
More about g.Nautilus Multi-Purpose:
https://www.gtec.at/product/gnautilus-multi-purpose-brain-body-monitoring/
More about g.HIsys Professional:
https://www.gtec.at/product/ghisys-biosignal-acquisition-analysis/
More about g.tec medical engineering:
https://www.gtec.at/
How do you set up a synchronized multimodal neuroscience experiment combining EEG, eye tracking, ECG and GSR? This step-by-step demonstration shows the complete participant preparation workflow for a multimodal Brain & Body monitoring experiment using the g.tec neurotechnology ecosystem.
The setup combines g.Nautilus Multi-Purpose wireless EEG, Tobii Pro Glasses 3 eye tracking, ECG and Galvanic Skin Response (GSR) with g.HIsys Professional for synchronized biosignal acquisition and real-time processing.
The participant is prepared for a realistic flight simulation experiment designed to investigate cognitive workload and engagement. The video covers EEG preparation, ECG and GSR sensor placement, eye tracker setup, device integration and synchronization before starting the experiment.
This multimodal setup demonstrates how researchers can combine brain activity, cardiovascular signals, electrodermal activity and gaze behavior within one experimental workflow. Such synchronized Brain & Body measurements are relevant for cognitive neuroscience, psychophysiology, human performance, workload assessment, human-computer interaction and multimodal neuroscience research.
g.HIsys Professional provides the environment for biosignal acquisition, real-time signal processing and experimental control and includes OSCAR LIVE for real-time EEG artifact removal.
Chapters
00:00 Introduction
00:20 EEG Hardware Preparation
01:20 ECG Setup
02:40 GSR Sensor Placement
04:00 Eye Tracker Preparation
05:20 Connecting All Devices
06:40 Multimodal Synchronization
08:00 Final Participant Setup
08:45 Ready for Recording
More about g.Nautilus Multi-Purpose:
https://www.gtec.at/product/gnautilus-multi-purpose-brain-body-monitoring/
More about g.HIsys Professional:
https://www.gtec.at/product/ghisys-biosignal-acquisition-analysis/
More about g.tec medical engineering:
https://www.gtec.at/
