A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Ergonomic Redesign of a Traditional Jewelry-Polishing Workstation
Jewelry production is one of the largest employment sectors in the global economy. This case study focuses on the design of a jewelry-polishing workstation with the objectives of mitigating repetitive-motion injuries, improving worker productivity and efficiency, increasing polisher career longevity, and reducing the training time required for new polishers to reach the professional criterion level of production performance. The result is a new polishing workstation that meets the ergonomics and production requirements of jewelry polishers while improving their quality of life and extending the duration of their careers. The polishing station is based on the application of detailed ergonomic and user-centric methodologies.
Ergonomic Redesign of a Traditional Jewelry-Polishing Workstation
Jewelry production is one of the largest employment sectors in the global economy. This case study focuses on the design of a jewelry-polishing workstation with the objectives of mitigating repetitive-motion injuries, improving worker productivity and efficiency, increasing polisher career longevity, and reducing the training time required for new polishers to reach the professional criterion level of production performance. The result is a new polishing workstation that meets the ergonomics and production requirements of jewelry polishers while improving their quality of life and extending the duration of their careers. The polishing station is based on the application of detailed ergonomic and user-centric methodologies.
Ergonomic Redesign of a Traditional Jewelry-Polishing Workstation
Mauro, Charles L (author) / Fisher, Emily / Korpan, David / Medrano, P Adrian
Ergonomics in design ; 23
2015
Article (Journal)
English
ergonomic design criteria , Mauro, Charles L , Studios , Jewellery , Fisher, Emily , Ergonomics , United States , Human Factors , Tiffany & Company , workstation design , New York, New York , jewelry workstation design , Korpan, David , Pennsylvania , ergonomic workplace optimization , Prototypes , Research , Workplaces , workstation assessment methodology , workstation user testing , ergonomic workstation design , design award , Medrano, P. Adrian , user-centered design
Local classification TIB:
770/4555/4565
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