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Master of Environmental Toxicology

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Discover a Career in Environmental Toxicology

Environmental toxicology is a rapidly expanding area of environmental science concerned with understanding the adverse effects of chemical, physical, and biological agents on living organisms. Organisms are continually exposed to and challenged by chemicals in our environment—and environmenal toxicologists are interested in finding scientifically sound answers to questions like:

  • which chemicals are dangerous?
  • what are the environmental and biological fates of these chemicals?
  • how much exposure will cause harm? 
  • what are the deleterious effects of exposure to a particular chemical?

If you're ready to pursue an academically challenging program with strong career prospects and a focus on improving the wellbeing of humans and the environment, the Master of Environmental Toxicology could be the perfect fit for you.  For more information on the MET program, please visit the MET current student page or our supplemental site.

Admission Requirements

Entry to the Master of Environmental Toxicology program requires:

  • completion of a Bachelor's degree in biological sciences or related discipline from a recognized university
  • a minimum CGPA of B (3.0) or better 
  • at least one semester-long course in each of organic chemistry, molecular/cell biology and toxicology/environmental science (SFU CHEM 282, MBB 231 & BISC 313 or equivalent)*

Unlike the MSc program, a research supervisor does not have to be identified prior to admission

*Under special circumstances, the DGSC may waive these prerequisites, however students will be expected to make up any deficiencies within their graduate program with courses determined by the committee.

Program Requirements

The MET is a professional Master's program and is primarily course-work based. 

The program requires completion of 7 core courses, 3 electives and a thesis, for a minimum of 38 units. 

The program is normally completed within 9 terms and requires successful completion and defence of an MET project based on original research.  

View detailed program requirements