Overall view of environmental engineering with emphasis on hazardous waste management, water treatment, wastewater treatment, air pollution and its control, solid waste management, groundwater pollution and environmental regulations.

• Recognize the major regulations used to protect air and water quality.
• Evaluate the fate of contaminants(Examples: BOD, chlorinated solvents, etc.) in natural and engineered environments using mass balances.
• Utilize simple models (Batch, PF, CMFR) to describe contaminate fate.
• Describe appropriate strategies/technologies to produce high quality drinking water.
• Recommend appropriate strategies/technologies to produce high quality wastewater treatment plant effluents.
• Relate drinking water and airborne contaminant standards to the protection of health using risk assessment protocols.
• Describe the indoor, local, regional and global impacts of air pollution.

• Andrea M. Dietrich
• Amy Pruden
• Daniel L. Gallagher
• Marc A. Edwards
• Gregory D. Boardman
• John C. Little
• Linsey C. Marr
• Paolo Scardina
• Peter J. Vikesland
• Steven S. Cox