Kirby Gilliland
Papers
2
Total Citations
64
H-Index
2
About
Kirby Gilliland is a leading researcher in human factors psychology, with a primary focus on circadian physiology, sleep deprivation, and operator performance in extreme operational environments. His most impactful work examines the challenges of adapting to non-24-hour work schedules, as demonstrated by his landmark study on fatigue countermeasures during the Phoenix Mars Lander mission. This research, which has garnered 61 citations, documented how mission personnel were required to work on a 24.65-hour "Mars day" for 78 consecutive days, placing unprecedented stress on Earth-bound circadian rhythms. Gilliland's findings provided critical insights into the risks to workplace performance and safety posed by alien schedules, offering practical countermeasures for sustaining alertness and cognitive function. Additionally, he has contributed to the development of quantitative performance metrics for robot arm operators, defining fifteen measures of maneuvering proficiency for translational movement tasks. This work, though less cited, laid foundational groundwork for assessing human-robot interaction in complex teleoperation settings. Through his research, Gilliland has advanced our understanding of how extreme work schedules and technological interfaces impact human performance, with direct applications to space exploration, shift work, and remote operations.
Research Focus
Key Achievements
Top Papers
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