"First response teams dealing with hazardous substances often require the highest level of protection provided by Level A suits. These suits are fully encapsulating, bulky, and heat retentive. The effect of these suits on the wearer's ability to perform various tasks is of interest when it comes to human performance analysis. This research effort examined the effect of the Level A suit on fine motor and gross motor dexterity. Seven members of the National Guard's Civil Support Team (CST) performed a battery of six tasks designed to test these abilities. Tasks comprised the Minnesota Dexterity test and the Mirror Tracer test at varying levels of difficulty. The measures of performance considered were time to complete and accuracy, and these were used to obtain a correlation between the Level A suit and performance. The results indicated that there was a significant detrimental effect from wearing the suit for both measures of performance. Also of interest is whether there exists a time-in-suit effect. Tests of repeated measures and regression analysis concluded that a significant detrimental time-in-suit effect was not identified. This could be due to a learning effect, or due to a limitation of the tasks not being sufficiently challenging. Regardless of the time-in-suit effect, the cumbersome Level A suits themselves have a proven negative effect on human performance. Based on the current results, substantial allowances should be provided when planning or modeling work to be performed in the protective suits. Additionally, there should be an appreciation for the associated increase in errors due to the level of discomfort and confinement brought about by these suits"--Abstract, page iv.
Murray, Susan L.
Stone, Nancy J.
Cudney, Elizabeth A.
Engineering Management and Systems Engineering
M.S. in Engineering Management
Alion Science and Technology, Inc. Program Management Office
Missouri University of Science and Technology
Journal article titles appearing in thesis/dissertation
- Effects of personal protective equipment Level A suits on fine and gross motor dexterity
- Modeling human performance in chemical protective suits
x, 65 pages
© 2010 Yvette Laura Simon, All rights reserved.
Thesis - Open Access
Library of Congress Subject Headings
Motor ability -- Comparative studies
Protective clothing -- Evaluation
Print OCLC #
Electronic OCLC #
Link to Catalog Recordhttp://laurel.lso.missouri.edu/record=b8069410~S5
Simon, Yvette L., "The effects of personal protective equipment Level A suits on human task performance" (2010). Masters Theses. 4994.