Physical Therapy The Custer Ergonomics Laboratory |
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The Custer Ergonomics Laboratory Introduction The Ergonomics Laboratory (Ergo Lab) has been designed to support teaching and research in both human factors and occupational health in a variety of work environments, including office, industrial, and manufacturing concerns. The Ergonomics Laboratory has also been designed to complement the equipment and applications spectrum of the Biomechanics and Human Performance Laboratory (BHPL) by providing specific equipment and methodologies apart from those already planned for in the BHPL facility. When both laboratories are completed and outfitted, a wide variety of human motion application areas can be carried out in collaborative efforts in multiple disciplines - physical therapy, occupational therapy, occupational safety and health, and engineering. The equipment housed in the Ergo Lab, combined with that of the BHPL, will allow faculty and students to conduct the following types of activities:Equipment ¿ Force application - Chatillon dynamometer, AliMed dynamometer, Tekscan pressure arrays, Tekscan Flexiforce system, F-scan system, AMTI force platforms (BHPL).¿ Motion analysis - Vicon motion measurement system (BHPL), video cameras.¿ Muscle activity - surface electromyography (EMG) system (BHPL).¿ Work hardening - BTE Work Simulator II.¿ Energy consumption - Sensor Medics VMAX metabolic cart.Outcomes ¿ Evaluate ergonomic innovations and solutions in tool design, data entry tasks, seating, and a broad variety of work tasks (agriculture through marine).¿ Perform ergonomic assessments of human motion concerns regarding workstation design and layout.¿ Perform ergonomic evaluations of seating design and applications for the seated operator.¿ Perform kinesiological and biomechanical assessments of work motions.¿ Objectively measure forces and motion parameters of work performance.¿ Objectively measure energy demand for work tasks.¿ Objectively measure work risk factors for work-related musculoskeletal disorders and other occupational injuries and illnesses.¿ Study mechanisms of work performance, using biomechanical modeling and other methodologies, to determine optimal intervention strategies for prevention of occupational injuries and illnesses. |
| Last Modified Date: April 6, 2007 | |
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