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Amanda H. Wilkerson; Ny'nika T. McFadden; Carolyn R. Elliott; Nuha Abutalib – American Journal of Health Education, 2024
Background: Traditional workplace interventions have targeted sedentary behavior using standing desk-based interventions delivered in the physical workplace. However, little is known about standing desk interventions designed for employees in flexible positions working at home and in the workplace. Purpose: The purpose of this study was to…
Descriptors: School Personnel, Public Colleges, Workstations, Furniture
Sigurdsson, Sigurdur O.; Ring, Brandon M.; Needham, Mick; Boscoe, James H.; Silverman, Kenneth – Journal of Applied Behavior Analysis, 2011
Improving employees' posture may decrease the risk of musculoskeletal disorders. The current paper is a systematic replication and extension of Sigurdsson and Austin (2008), who found that an intervention consisting of information, real-time feedback, and self-monitoring improved participant posture at mock workstations. In the current study,…
Descriptors: Intervention, Workstations, Comparative Analysis, Generalization
Grayson, Jennifer – T.H.E. Journal, 2009
What's the number 1 threat to young students using computers today? According to Dan Odell, Microsoft's in-house ergonomist, when he asked parents this very question, "the things they were most concerned about were online predators and people taking advantage of their kids. Ergonomics was fairly far down the list." Unfortunately, that…
Descriptors: Elementary Secondary Education, Injuries, Workstations, Human Factors Engineering
Dockrell, Sara; Earle, Deirdre; Galvin, Rose – Computers & Education, 2010
This study investigated the effect of a school-based ergonomic intervention on childrens' posture and discomfort while using computers using a pre/post test study design. The sample comprised 23 children age 9 and 10 years. Posture was assessed with Rapid Upper Limb Assessment (RULA) and a workstation assessment was completed using a Visual…
Descriptors: Intervention, Computer Uses in Education, Workstations, Program Effectiveness
Culig, Kathryn M.; Dickinson, Alyce M.; Lindstrom-Hazel, Debra; Austin, John – Journal of Organizational Behavior Management, 2008
The effects of workstation changes and a performance management (PM) package on seven typing postures were examined for seven office workers. Workstation adjustments were implemented first. Two participants increased five safe postures by 50% or more. The effects of a PM package on postures that did not improve by 50% were then examined using a…
Descriptors: Human Factors Engineering, Workstations, Office Occupations, Work Environment
McGee, Tim – American School & University, 2008
Students in primary and secondary school can expect to be at school an average of seven hours a day; students attending college are encouraged to dedicate at least 35 hours a week to studying--in addition to time spent in the classroom. The time and energy devoted to learning does not affect just the mind; it also can take a toll on a person's…
Descriptors: Study Habits, Student Attitudes, Workstations, Furniture
Milshtein, Amy – College Planning & Management, 1999
Discusses the problem of repetitive stress disorders in the administrative workplace and shares some quick fixes to aid ergonomics. Some thoughts on the ergonomics of office chairs are provided as is the use of professional guidance in furniture purchasing. (GR)
Descriptors: Furniture Design, Human Factors Engineering, Offices (Facilities), Workstations
Weisberg, Michael – 1993
Many of the findings from ergonomics research on visual display workstations are relevant to the design of interactive learning stations. This 1993 paper briefly reviews ergonomics research on visual display workstations; specifically, (1) potential health hazards from electromagnetic radiation; (2) musculoskeletal disorders; (3)vision complaints;…
Descriptors: Educational Environment, Educational Technology, Elementary Secondary Education, Guidelines
Peer reviewedMerrell, Wayne L.; Zeimet, Denis E. – ATEA Journal, 1994
Lists 15 principles for working safely with equipment. Describes phases of an ergonomic hazards program to identify and prevent problems and causes of cumulative trauma disorders in the workplace. (SK)
Descriptors: Design, Human Factors Engineering, Occupational Safety and Health, Prevention
Watson, Gale R.; Ramsey, Vincent; De l'Aune, William; Elk, Arona – Journal of Visual Impairment and Blindness, 2004
This study found that the provision of ergonomic workstations for 12 older persons with age-related macular degeneration who used low vision devices significantly increased the participants' reading speed and decreased their discomfort when reading.
Descriptors: Workstations, Reading Rate, Human Factors Engineering, Older Adults
Fickes, Michael – College Planning & Management, 1998
Highlights three ways a college or university can organize its technology areas to maximize comfort and save space. Examples are provided on controlling equipment sprawl through thoughtful workstation development, designing computer rooms for flexibility and effective cable management, and emulating business setups that are work-flow efficient and…
Descriptors: Computer Centers, Computer System Design, Furniture Design, Higher Education
Peer reviewedLightner, Stan – ATEA Journal, 2001
Describes research to design and construct ergonomically correct work stations for Computer Numerical Control machine tools. By designing ergonomically correct work stations, industrial technology teachers help protect students from repetitive motion injuries. (Contains 12 references.) (JOW)
Descriptors: Design Requirements, Educational Facilities Design, Higher Education, Human Factors Engineering
Badolato, Michael Jeremy – 1995
A study of 120 students selected from the user populations of four music education computer laboratories was conducted to determine the applicability of current ergonomic and environmental design guidelines in satisfying the needs of users of educational computing workspaces. Eleven categories of workspace factors were organized into a…
Descriptors: Classroom Design, Computer Centers, Guidelines, Higher Education
Peer reviewedAlexander, Melody W. – Office Systems Research Journal, 1997
Business students (n=254) were assessed on their knowledge of computers, health and safety, radiation, workstations, and ergonomic techniques. Overall knowledge was low in all categories. In particular, they had not learned computer-use techniques. (SK)
Descriptors: College Students, Computer Literacy, Higher Education, Human Factors Engineering
Maxwell, Lorraine E. – Educational Facility Planner, 1999
Discusses the rise of posture-related discomfort and injury in children using computers in their classrooms and explores the research in the area. Recommends greater effort in encouraging school furniture manufacturers to create ergonomically appropriate computer workstations. Advice on what children can do to lessen musculoskeletal discomfort…
Descriptors: Classroom Furniture, Computer Uses in Education, Elementary Secondary Education, Furniture Design
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