Hazard Analysis Support to the Transportation Security Administration
CSS has provided safety and health support, and a variety of other activities in support of Transportation Security Administration (TSA) Office of Occupational Safety, Health and Environment (OSHE) programs.
TSA is required by law to perform hazard analyses and document hazardous conditions in operations where TSA employees work, encompassing more than 50,000 TSA employees at more than 450 airports and field sites nationwide. Initially as a prime contractor and currently as a subcontractor, CSS has provided safety and health support, conducting industrial hygiene (IH) surveys and workplace hazard assessments, fire prevention/protection and life safety assessments, equipment hazard reviews, indoor air quality (IAQ) investigations, exposure monitoring and data analysis, employee complaint investigations, and a variety of other activities in support of TSA programs. We have performed workplace hazard assessments and IH surveys at more than 450 federalized airports and other TSA facilities and locations nationwide. CSS prepares a formal hazard assessment report for each site visited. The major services on this contract include:
- Baseline workplace hazard assessments
- IH studies and assessments
- Specialized hazard exposure assessments
- IAQ investigations, ergonomics assessments, employee complaint investigations
- Safety surveys and inspections
- Injury/accident investigations
- Evaluate facility diagrams, construction drawings, and written plans and procedures for fire prevention and protection
Additional Projects
Red Hill Drinking Water Crisis
CSS supported the U.S. EPA Red Hill response operations in Hawaii in early 2022.
Training for First Responders and Field Staff
CSS technical experts prepare and deliver essential training and information addressing worker safety and environmental hazards.
Predictive Modeling/Spatial Planning, NY Bight
CSS designed and implemented this integrated data acquisition, data management, and statistical predictive modeling to select optimal wind farm locations while minimally impacting seabirds.
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