5 Nox A1 respiratory sleep‑monitoring units with accessories and training services.

The NASA/NSSC is seeking to acquire 5 Nox A1 respiratory sleep-monitoring units with accessories and training services. The project aims to evaluate the impact of schedule shifts caused by trajectory correction burns on sleep, alertness, and performance. The study will also assess the effectiveness of countermeasures such as lighting and fatigue risk management training. The project will be conducted at the NASA Ames Research Center and is expected to last for 3 years. * Key aspects of the project include: * Evaluating the impact of schedule shifts on sleep and alertness * Assessing the effectiveness of countermeasures such as lighting and fatigue risk management training * Conducting the project at the NASA Ames Research Center * The project lasting for 3 years