Aviation and Flight Simulation Research

Compare pilot responses during take-off, approach, landing, automation handovers and unexpected events. Relate reaction time, control errors and task performance to EEG band power, visual attention and autonomic responses. Situational awareness is not inferred from one sensor signal alone; study it alongside task measures and suitable assessment tools.

Consider g.Nautilus Research for EEG, g.Nautilus with Tobii Pro Glasses 3 for visual attention and g.Nautilus Multi-purpose for EEG with additional physiological signals. Consider g.Nautilus fNIRS for EEG–fNIRS and LUMO for denser optical measurement plans. PLUX sensors can complement these with ECG/HRV, EDA, respiration and EMG; coverage depends on the selected kit and sensors.

Align task events and simulator logs on a shared timeline, and check signal quality and movement artifacts. Compare EEG spectral features, ERP in suitable stimulus tasks, gaze areas of interest (AOI), HRV and EDA responses across task periods. Account for participant differences and learning effects, and complement analysis with subjective workload scales and behavioural measures.

The PLUX Cognitive Performance kit includes ECG, EDA, respiration and fNIRS, but no EEG. Smart Sensors require BiosignalsPRO and Biosignals Studio. Plan event markers, clock alignment and software integration across separate systems. Moving from simulator research to real flight requires a separate assessment of mounting, cockpit compatibility and operational permissions.