Oklahoma State University will receive $230,090 under a two-year Project Grant award from the National Science Foundation's Computer and Information Science and Engineering program to investigate the temporal dynamics of resilience during human-computer interaction using electroencephalography and functional near-infrared spectroscopy. The university aims to identify neural signatures and develop predictive models of task performance under stress using neurophysiological features of dynamic resilience. Researchers will utilize hybrid EEG-FNIRS and community detection techniques to track brain organization during human-computer interaction under stress. Outcomes seek to enhance understanding of the relationship between temporal dynamics of resilience and neural adaptations, providing novel dynamic resilience biomarkers that could help determine human performance limits in high-stakes occupational settings. This award supports the goals of the CFDA 47.070 program to advance computing and information sciences research and cyberinfrastructure development in service of discovery and innovation.