View publications and articles about human fatigue, shift work, maintenance personnel fatigue, and fatigue risk management.
This position paper reviews the relevant scientific literature, summarizes applicable U.S. civilian and military flight regulations, evaluates various in-flight and pre-/post-flight fatigue countermeasures, and describes emerging technologies for detecting and countering fatigue. Following the discussion of each major issue, position statements address ways to deal with fatigue in specific contexts with the goal of using current scientific knowledge to update policy and provide tools and techniques for improving air safety. Authors: Caldwell, J.A., Mallis, M.M., Caldwell, L., Paul, M.A., Miller, J.C., Neri, D.F.
Discusses the 2008 NTSB safety recommendations, FAA's response to date, and current standards for flight crews and maintenance personnel. Authors: Nemsick, J.R., Antonecchia, M.L.
Examines how the homeostatic and circadian rhythm processes, and napping effect athletic performance and how sleep restriction practiced on a chronic basis can induce cumulative performance deficits of the same magnitude as total sleep deprivation. There are also considerable individual differences in the degree of vulnerability to performance impairment from sleep loss. Authors: Van Dongen, H.P.A., Dinges, D.F.
The results of this study suggest that the brain adapts to chronic sleep restriction. In mild to moderate sleep restriction this adaptation is sufficient to stabilize performance, although at a reduced level. These adaptive changes are hypothesized to restrict brain operational capacity and to persist for several days after normal sleep duration is restored, delaying recovery. Authors: Belenky, G., Wesensten, N. J., Thorne, D. R., Thomas, M. L., Sing, H. C., Redmond, D. P., Russo, M. B., Balkin, T. J.
Offers tips for working shiftwork, enhancing work performance, driving home after shiftwork, and adapting to shiftwork. Author: CoxHealth Regional Sleep Disorders Center
Discusses the use of napping as a fatigue countermeasure: how it should be implemented and specific steps that can be taken to reduce the probability that sleep inertia will be severe or persistent. Authors: Caldwell, J.A., Prazinko, B.F., Caldwell, J.L.
Gives basic information about shiftwork and talks about ways to make shiftwork life easier. Authors: Rosa, R.R., Colligan, M.J.
This document reviews the research and development conducted by the US Federal Aviation Administration over the past 50 years and focuses on studies that have led to the successful transition from science into the aviation industry. Further, this article reviews current strategies and methods used to transition research into workplace operations.
Discusses FAA conducting an evaluation of aviation maintenance fatigue countermeasures training. Results indicated that the training was effective in increasing employees' general fatigue knowledge. Training also had an immediate positive affect on employees' awareness of the importance in and commitment toward managing fatigue; however, their commitment, motivation, and self-efficacy toward fatigue management significantly declined six weeks following training. Authors: Banks, J., Wenzel, B., Avers, K., Hauck, E.
Reviews best practices for fatigue risk management in the aviation maintenance industry. Provides recommendations for employees and employers on how to mitigate fatigue risk currently. Suggests potential future countermeasures that may be used to improve the safety of aviation maintenance. Authors: Hobbs, A., Avers, K. B., Hiles, J. J.
The Maintenance Human Factor Chief Scientist Technical Advisor workshop utilized a multi-disciplinary approach involving mechanics, industry managers, government, scientists, safety inspectors, and aircraft accident investigators to develop science-based solutions to core challenges in aviation maintenance. The workshop provided new insight into the practical application of fatigue research in the aviation maintenance industry. More importantly, it prioritized the action items that need to be pursued to reduce fatigue-related risk in maintenance and provides guidance for continued fatigue research.
Briefly discusses fatigue and its causes within the aviation maintenance environment. Also explores what can be done about fatigue including FRMS.Author: Werfelman, L.
Examined environmental issues such as noise, working temperatures, and lightening. Specialties within aviation maintenance were examined to determine if there were meaningful differences in the working environment. Authors: Bosley, G.C., Miller, R.M., Watson, J.
A realistic look at the maintenance industry. The article reviews some fatigue basics and offers suggestions for managers. Author: Gamauf, M.
This study presents findings that maintenance personnel often obtain insufficient sleep and experience fatigue and negative performance effects due to fatigue. Author: Flight Safety Foundation Editorial Staff
Discusses selected environmental conditions of the aviation maintenance workplace and the amount of sleep obtained by maintenance personnel. Authors: Johnson, W.B., Mason, F., Hall, S., Watson, J.
Fatigue Risk Management
Reviews aviation accidents where fatigue was a contributing factor and NTSB support of industry initiatives. Also examines existing Fatigue Management Systems, necessary guidance for implementation, and difficulty of evaluation. Author: Rosenker, M.V.
Intended for employees, this booklet provides introductory material to raise awareness about fatigue. Authors: McCulloch, K., Baker, A., Ferguson, S., Fletcher, A., Dawson, D.
Intended for employees, this workbook provides the knowledge and skills required to apply appropriate fatigue management strategies at the individual level. Authors: McCulloch, K., Baker, A., Ferguson, S., Fletcher, A., Dawson, D.
Intended for use by trainers, this optional module provides an assessment of employee competence in topics covered in the Fatigue Management Strategies for Employees workbook. Authors: McCulloch, K., Baker, A., Ferguson, S., Fletcher, A., Dawson, D.
Intended for managers, this guide explains how to manage the risks associated with fatigue at the organizational level within a safety management system framework. Authors: McCulloch, K., Baker, A., Ferguson, S., Fletcher, A., Dawson, D.
Intended for managers, this guide proposes a policy structure and provides examples and guidelines to help organizations through the process of designing fatigue risk management policies and procedures. Authors: McCulloch, K., Baker, A., Ferguson, S., Fletcher, A., Dawson, D.
In addition to a training presentation on fatigue, fatigue management systems, and individual fatigue management strategies, this package includes background information for delivery of a workshop, learning outcomes, and questions frequently asked by participants. Authors: McCulloch, K., Baker, A., Ferguson, S., Fletcher, A., Dawson, D.
A PowerPoint version of the presentation discussed in the Trainer's Handbook. Authors: McCulloch, K., Baker, A., Ferguson, S., Fletcher, A., Dawson, D.
Explores why a traditional prescriptive hours of service approach is not adequate for control of fatigue. Examines a defenses in-depth approach to managing fatigue as part of a Safety Management System. Author: Werfelman, L
A study aimed at identifying how New Zealand aviation organizations are managing fatigue. Responses from management, rostering, and line pilots are provided. Authors: Signal, L., Ratieta, D., Gander, P.
Last updated: Thursday, September 07, 2023