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We have numerous projects in progress, as well as a number of recently completed projects.

If you are interested in participating in a NASA Fatigue research study, or would like to be notified when we publish the results of studies, please click on the links below.

- General Population
- Pilots

Current Projects

Objective Measures of Fatigue in Commercial Aviation

We are conducting a study to evaluate roster design and fatigue in short-haul commercial aviation.
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Validation of Model Predictions of Alertness, Performance and Sleepiness

We are evaluating bio-mathematical models that were designed to predict alertness and performance in order to determine how well such models perform when compared to actual performance in a variety of scenarios.
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Evaluation of the validity, acceptability and usability of bio-mathematical models to predict fatigue in an operational environment

We are conducting a study in the Human Exploration Research Analog (HERA), which is an isolated and confined habitat located at Johnson Space Center.
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NASA PVT+ iOS App

A new app called NASA PVT+ is now available on the Apple App Store. The app helps researchers study what’s going on in the body when fatigue prevents you from working safely - and which telltale signs can alert you to potential problems.
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Recent Projects

Sleep Environment Recommendations for Future Spaceflight Vehicles

We conducted a literature review and subject matter expert survey to determine the parameters required for an optimal sleep environment in space.
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Evaluation of Sleep and Cognitive Performance under Natural and Artificial Lighting Conditions

Architectural design that incorporates natural sunlight as a primary light source, such as that in the Ames Research Center Sustainability Base, may enhance alertness, performance and sleep consolidation.
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Evaluation of alertness, performance, melatonin and sleep during an extreme single pilot operation

Solar Impulse conducted a single pilot around-the-world flight in a solar airplane. This flight required a single pilot to operate the aircraft continuously for five days while crossing the Pacific and for three days while crossing the Atlantic.
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Curator: Phil So
NASA Official: Erin Flynn-Evans
Last Updated: November 13, 2024