Water Quality and Health Concentration

This concentration is offered to students in the Master of Public Health in Environmental and Occupational Health Sciences interested in chemical and microbial water contamination, the management of water quality, water monitoring regulation, and the impact of water pollutants on human health. Students will learn methods in epidemiology, biostatistics, data management, risk assess- ment, and geographic information systems as related to water quality and human health. During their ten- ure, students will participate in a field practicum focused on water quality, water quality management, and human health effects.

Studying water quality and health in Chicago provides a unique opportunity to learn how a major city pro- vides and protects its water supply, manages recreational waterways, and how anthropogenic activities in an urban environment can affect water quality.

MPH in Environmental & Occupational Health Sciences

Water Quality and Health Curriculum

Students must complete the school-wide core requirements and a sufficient number of the following courses as part of their divisional and elective choices as necessary to attain 43 semester hours of credit. In addition, students must adhere to the divisional requirements as stipulated for their individual program of study.

Meet the Faculty

Sam Dorevitch headshot.

Surface water quality, health risks of waterborne microbes, and global challenges in water and health are among the research interests of Dr. Samuel Dorevitch.   He has been part of local, state, and national efforts that address protecting the health of public from water pollutants.  Ongoing research funded by the Bill and Melinda Gates Foundation focuses on sustainable, decentralized approaches to making clean water available in resource-poor parts of the world.  Students that he has mentored have taken positions in government and in the private sector.

An Li headshot.

As an environmental chemist, professor An Li, PhD, studies how human activities influence the natural environment and how those changes in turn affect human health. In the lab, she measure many persistent, bioaccumulative and potentially toxic organic chemicals in air, water, soil and sediment, as well as in blood and placenta of human. She uses this date to show how these pollutants transport and transform in the ecosystem, how human are exposed and how all these depend on molecular structure and other factors.