Cognitive guardrails for *complex systems*
Archiving peer-reviewed papers, active laboratory findings, and open-access datasets bridging cognitive psychology and technological design.
Current laboratory investigations
Aviation Cognitive Load
Automated System Trust
Tactile Feedback Loops
Measuring mental workload during high-stress flight deck simulations to design adaptive interfaces.
Investigating how operators calibrate trust in machine-learning recommendations during critical incidents.
Developing physical interface guardrails that reduce input errors without increasing cognitive friction.
Peer-reviewed publications
Adaptive Interfaces and Workload
Trust Calibration in Automation
A field-tested framework for dynamic information presentation during high-stress system anomalies.
Empirical analysis of operator decision-making when confronted with conflicting algorithmic recommendations.
Tactile Guardrails in Cockpits
The Cognitive Load Study
Evaluating physical feedback mechanisms as cognitive anchors to prevent critical input errors.
Raw multi-modal sensor data and subjective workload ratings from simulated flight trials.
Collaborate on research
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