Phillip J. Smith and Thomas H. Rockwell. “Development of an Interdisciplinary Course in Occupational Health Engineering.” Springfield, VA: National Technical Information Service [PB83-183137], 1982. (Developed with NIOSH support)
Availability: Copies of this reference (NTIS# PB83-183137) are available by phone [(800)-553-6847] from:
| National Technical Information
Service U.S. Department of Commerce Springfield, VA 22161 http://www.ntis.gov/index.asp |
This packet has six lectures that can be used to develop courses relating to occupational health engineering. Several disciplines were represented in the lectures, including Chemical, Mechanical, and Industrial Engineering, Medicine, and Industrial Hygiene. The lecture topics include:
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OSHA; Worker’s Compensation |
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National Institute for Occupational Safety and Health (NIOSH) |
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Industrial Dermatosis |
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Airborne Particulates: Case Studies |
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Use of Direct Measuring Equipment for Toxic Chemicals |
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Toxic Gases and Vapors: Case Studies |
Possible courses for integration: Design, Manufacturing Processes/Concurrent Engineering
Case studies and examples:
| A | Case study: Malathion. This case deals with occupational exposure to the commercially used pesticide Malathion. A table of the signs and symptoms associated with short-term exposures to Malathion is presented. Several control strategies are developed. |
| B | Case study: Lead. Lead exposure and toxic effects are discussed. Practices to reduce lead exposure in the workplace are presented. |
| C | Case study: Inorganic mercury. This case involves the effects of inorganic mercury on short-term memory. The effects of chronic exposure are discussed. Engineering controls are developed to minimize exposure. |