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EHST Program |
| Detailed Information | |
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| Adopted by the EHST Advisory Committee October 10, 2000. The letter "X" denotes a critical competency. | ||
| I-Communication Skills | ||
| 1 | demonstrate verbal and written communication skills | |
| 2 | demonstrate problem solving skills | |
| 3 | prepare technical reports | |
| 4 | use computer applications: word processing, spreadsheet, database, Internet tools | |
| 5 | locate and use appropriate technical resources in occupational health | |
| II-Basic Scientific Principles | ||
| 1 | demonstrate a working knowledge of the chemistry of hazardous materials | |
| 2 | apply metric measurements to industrial hygiene sampling | |
| 3 | apply algebra and elementary statistics to occupational health | |
| 4 | apply elementary principles of sound and radiation physics | |
| III-Occupational Safety | ||
| A-safety programs | ||
| 1 | demonstrate hazard identification and develop hazard controls | |
| 2 | demonstrate hazard tracking and trend analysis | |
| 3 | perform routine workplace health and safety inspections | |
| 4 | perform hazard awareness training sessions | |
| 5 | apply basic principles of worker's compensation | |
| 6 | comply with OSHA record-keeping requirements for occupational injuries | |
| B-OSHA compliance | ||
| 1 | find applicable regulations in OSHA Standards | |
| 2 | implement chemical hazard communication plan (HCP) | |
| 3 | implement chemical hygiene plan (CHP) | |
| 4 | develop hazard identification guidelines | |
| 5 | apply information from material safety data sheets | |
| 6 | respond to container labeling provisions | |
| 7 | maintain chemical inventories consistent with HCP | |
| 8 | implement an exposure control plan for bloodborne pathogens (BBP) | |
| 9 | recognize confined space hazards and comply with permit program | |
| 10 | demonstrate a familiarity with industrial fire protection | |
| 11 | implement energy control program | |
| 12 | apply basic principles of electrical safety | |
| IV-Industrial Hygiene | ||
| A-perform analysis for airborne contaminants | ||
| 1 | find and interpret sampling/analytical procedures for air contaminants | |
| 2 | select appropriate media for particulate and gas/vapor sampling | |
| 3 | differentiate between area vs. personal sampling | |
| 4 | differentiate between integrated vs. instantaneous sampling | |
| 5 | document personal sampling procedures and measurements | |
| 6 | calibrate personal sampling pump with primary and secondary standards | |
| 7 | assemble sampling trains for particulate and gas/vapor sampling | |
| 8 | perform gravimetric analysis | |
| 9 | select field blank samples as needed | |
| 10 | label and package samples for off-site analysis | |
| 11 | correct volumetric measurements to standard conditions | |
| 12 | calculate concentrations of airborne contaminants from analytical results | |
| 13 | compare results with applicable standards | |
| 14 | choose appropriate direct-reading instruments for gas/vapor sampling | |
| 15 | calibrate direct-reading instruments | |
| 16 | understand limitations of direct-reading instruments | |
| B-ventilation | ||
| 1 | apply basic principles of industrial ventilation | |
| 2 | perform face velocity measurements on laboratory fume hoods | |
| 3 | perform differential pressure measurements | |
| 4 | perform Pitot traverse | |
| C-respiratory protection | ||
| 1 | Implement a respiratory protection program according to OSHA standards | |
| 2 | select appropriate respiratory protection equipment for particular hazards | |
| 3 | perform qualitative fit testing of respirators | |
| D-industrial noise and environment | ||
| 1 | perform industrial noise survey. | |
| 2 | measure TWA noise exposure using noise dosimeter. | |
| 3 | interpret industrial noise measurements in terms of relevant standards | |
| 4 | perform heat stress measurements using WBGT | |
| V-Hazardous Materials Response | ||
| 1 | implement spill response guidelines | |
| 2 | apply basic hazard and risk assessment techniques | |
| 3 | select and use proper personal protective equipment for incident response | |
| 4 | understand basic hazardous materials terms | |
| 5 | apply basic toxicology of hazardous materials | |
| 6 | find relevant information in hazardous materials reference materials | |
| 7 | perform basic control, containment and/or confinement operations | |
| 8 | implement decontamination procedures. | |
| 9 | implement relevant standard operating procedures and termination procedures. | |
| 10 | implement the employer's emergency response plan. | |
| 11 | use field survey instruments to identify and classify known and unknown materials | |
| 12 | function within an Incident Command System | |
| 13 | apply basic chemical and toxicological terminology and behavior | |
| VI-Environmental Management | ||
| 1 | demonstrate familiarity with guidelines for safe handling of materials | |
| 2 | apply DOT HAZMAT requirements | |
| 3 | apply DOT emergency response regulations | |
| 4 | identify classes of hazardous waste according to RCRA regulations | |
| 5 | properly classify and segregate stored hazardous wastes | |
| 6 | Prepare "lab packs" according to appropriate RCRA and DOT regulations | |
| 7 | demonstrate familiarity with requirements of: CAA, CWA, CERCLA, SARA Title III | |
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| About this document: | Comments and Questions to: Patrick Coin (coinpg@durhamtech.edu) (919) 536-7230 X8059 (voice), (919) 686-3519 (FAX) http://courses.durhamtech.edu/ehst/info/EHSTcomp.html Last modified: 1/5/2004 |