Eye tracking in simulation research

Webinar information

This webinar explores how eye tracking can be applied in simulation-based research to study human behavior, attention, and performance across different domains. The session will showcase a range of eye tracking setups used in simulators, from screen-based configurations to more advanced environments combining wearable eye tracking with multiple data sources.​

You will gain insights into how eye tracking can be integrated into simulation workflows, what types of measures can be derived, and how these can be used to better understand user behavior in realistic scenarios. The webinar will also address key methodological considerations, including data collection, synchronization with simulator signals, and analysis approaches.​

Examples from different application areas, including automotive and aviation, will illustrate how setup complexity and methodology vary depending on research goals.​

This webinar covers:​

• Introduction to simulation research and the role of eye tracking​

• Different types of setups, including screen-based and wearable approaches​

• Integration of eye tracking with simulator signals and other data sources​

• Eye tracking measures used in simulation research​

• Methodological considerations for data acquisition and analysis

The talks

Assessing driver performance using eye tracking technology 

Presenter: Dr. Jaka Sodnik

This presentation introduces a simulator-based driver assessment system that integrates eye tracking to objectively analyze driver attention and behavior. Using Tobii Pro Glasses, the system records gaze patterns, fixations, and visual attention during simulated driving. Combined with simulator telemetry, these measurements enable detailed evaluation of situational awareness, reaction to hazards, and overall driving performance. 

From gaze to team attention: Classifying eye tracking metrics in a virtual flight environment 

Presenter: Sophie-Marie Stasch

Modern flight operations require pilots to distribute attention across multiple cockpit instruments while managing several tasks with a co-pilot. Understanding attention allocation in such complex team environments is crucial for aviation research and the development of safe adaptive assistance systems. This talk presents an eye-tracking study using Tobii Glasses 3 in a virtual flight simulator (MATB) operated by two participants. The presentation focuses on methodological aspects of eye-tracking analysis, particularly how the classification and combination of multiple gaze metrics can be used to infer attention allocation across cockpit displays in multitasking scenarios.