MS in Environmental Toxicology/Applied Toxicology
The field of toxicology is focused on developing improved ways to identify and reduce the harmful effects of chemical, physical, and biological agents at all levels of biological organization, from molecules to humans to complex ecosystems. This Master of Science degree in Environmental or Applied Toxicology trains students to identify, understand, and analyze toxic agents and their effects on human health and the environment. The curriculum includes courses in the supporting sciences of biostatistics and epidemiology, as well as foundational courses in exposure science and environmental health. Additional courses provide in-depth training in risk assessment and the fundamentals of toxicology, including organ system toxicology and the effects and mechanisms of toxicity of a wide range of toxic agents. Students earning an MS in Environmental or Applied Toxicology are well prepared to develop, interpret and utilize toxicological data to solve environmental health problems.
Career Paths of Recent Graduates
Graduates from the MS in Environmental or Applied Toxicology programs pursue careers in environmental health practice, research, or consulting, or continue on to doctoral work in the field. Recent graduates from this degree option are currently working as:
- A Senior Associate at Amgen, a multinational biotechnology company (Class of 2011)
- A Senior Environmental Toxicologist at Amec Foster Wheeler, a multinational consultancy, engineering and project management company (Class of 2013)
- Five students who graduated from the MS in Environmental Toxicology program between 2011 and 2016 are currently pursuing PhDs in our Environmental Toxicology Program.
Current Student Profile
"I first became interested in toxicology as an undergraduate student. I was involved in a summer research project with the chemistry department focused on characterizing historic mercury and lead deposition in ombrotrophic bogs (areas that receive all of their water and nutrients from precipitation, rather than from streams or springs) in New York’s Catskill Mountains. That project made me curious about how contaminants such as heavy metals affect the environment and living organisms, which inspired me to pursue graduate work in toxicology.
While working on my MS degree in Applied Toxicology here at UW, I’ve been very fortunate to be mentored by DEOHS faculty who have helped me pursue research opportunities tailored to my areas of interest. My culminating project is related to research I did with a National Laboratory focused on the activity of specific enzymes associated with detoxification pathways under various exposure conditions. After graduation, I hope to go on an epic cycling adventure, then continue my research in molecular toxicology to help people who have been negatively impacted by chemical exposures."
Characterizing the Neurodevelopmental Pesticide Exposome in an Agricultural Children's Cohort
Student: Breana Bennett (2017)
Faculty Advisor: Elaine Faustman
Toxicokinetics of Domoic Acid in Nonhuman Primates
Student: Rebekah Petroff (2016)
Faculty Advisor: Thomas Burbacher
Association between Exposure to Diesel Exhaust Particles and Glutathione in Epithelial Lining Fluid of the Lung in Glutathione-Deficient Mice
Student: Eunmi Hwang (2014)
Faculty Advisor: Terrance Kavanagh
This degree offers two distinct options. The MS in Environmental Toxicology is a 2-year degree that requires a thesis as a culminating experience. The MS in Applied Toxicology is an accelerated 5-quarter degree that requires and project as a culminating experience.