This session introduces an innovative approach to neuroergonomic evaluation of Work-Class ROV (WROV) pilot interfaces within simulated operational environments. By integrating neurophysiological data — including EEG, ECG, and eye tracking — with subjective workload assessments (NASA-TLX), we provide accurate insights into the cognitive demands of remote operations.
Some studies were conducted in collaboration with a leading global offshore technology company specializing in underwater intervention, underscoring the real-world relevance and business potential of this research. Preliminary findings indicate that targeted interface redesigns can enhance situational awareness, reduce mental workload, and improve pilot performance.
This talk is tailored for ROV companies seeking practical strategies to boost efficiency, safety, and productivity in next-generation control centers.
Join us and explore how neuroergonomics can drive smarter, safer, and more profitable remote operations.
