MES Program Requirements

Program Overview

The MES is a 12-month degree, starting in September each year. Students undertake research leading to the preparation of a thesis, in conjunction with four core courses, and three electives chosen from one of the MES concentrations. Program requirements include the following:

  1. Completion of Coursework (4.0 FCE or four full-course equivalents)
    • This includes four required core courses (a total of 2.5 FCE) and three half-credit (1.5 FCE) electives from one of the MES concentrations. 
  2. Submission of Thesis

  3. Presentation at the MES Research Showcase

Required Courses

MES students must complete 2.5 FCE of required courses during the program of study. 

Course Name Description
ENV1103H The U of T Campus as a Living Lab of Sustainability (Fall term, 0.5 FCE)

This required course will explore and apply the living lab concept, in the context of operational sustainability at the University of Toronto. We will begin by looking at the literature on university sustainability and the living lab concept. The bulk of the course will involve undertaking an applied research project on some aspect of campus sustainability, working in close partnership with operational staff at the University of Toronto. Students will develop the skills needed to work across disciplines and fields of study, and with non-academic partners.

ENV1197H Research in Environment and Sustainability, Part 1 (Fall term, 0.5 FCE)

This required course will involve initial research to identify and develop the thesis topic, and will bring students together in series of seminars on transdisciplinary research methods in environment and sustainability. Students will prepare a 5-10 page research proposal that includes a description of the research topic, a literature review, a discussion of the proposed methodology, and will be written and approved, along with a selection of concentration, by end of the Fall term.

ENV1198H Research in Environment and Sustainability, Part 2 (Winter term, 0.5 FCE)

This required course will involve research on the thesis topic, developing a detailed research plan and preparing for data collection, fieldwork, or equivalent, based on the research proposal written in the preceding term. Seminars every two weeks will bring the students together for invited talks from faculty members, in which they present examples of recent research projects, and discuss difficulties encountered and how they were overcome.

ENV1199Y Thesis (Summer Term, 1.0 FCE)

This is a required course that students will take in the Summer term, working individually with their supervisor.  It follows on the development of the research proposal and completion of ENV1197 in the Fall term and the completion of ENV1198 in the Winter term.  During the Summer, students will complete their research and write up their thesis by the end of August. The thesis should be no longer than 15,000 words. At the end of the program, students will present their thesis research to faculty and other students at the annual MES Research Showcase. 

 


Electives

MES students must complete 1.5 FCE of elective courses. The electives students take must be listed under their listed concentration -- these concentrations are a guide to help students understand the nature of the courses offered at the School of the Environment. If a student wishes to take electives outside of their concentration they must contact the Graduate Administrator for next steps. For course descriptions, please see the Graduate Electives page.

Concentration Name Listed Electives
Concentration 1: Adaptation and Resilience
  • ENV1001H: Environmental Decision Making
  • ENV1111H: Special Topics in Adaptation and Resilience 
  • ENV1703H: Water Resources Management and Policy
  • ENV1704H: Environmental Risk Analysis and Management
  • ENV4002H: The Environment and Health of Vulnerable Populations
  • CHL5413H: Public Health Sanitation
  • CHL5903H: Environmental Health
  • CHL5910H: Occupational and Environmental Hygiene I
  • CHL5911H: Occupational and Environmental Hygiene II
  • CSC2720H: Systems Thinking for Global Problems
  • ESS1136H: Climate Change Adaptation 
  • FOR1416H: Forest Fire Danger Rating
  • FOR1575H: Urban Forest Conservation
  • JGE1413H: Workshop in Environmental Assessment
  • JGE1425H: Livelihoods, Poverty and Environment in Developing Countries
  • JNC2503H: Environmental Pathways
  • JPG1404H: Issues in Global Warming
  • JPG1428H: Greening the City: Urban Environmental Planning and Management
  • PLA1601H: Environmental Planning and Policy
Concentration 2: Global Change Science
  • ENV1001H: Environmental Decision Making
  • ENV1005H: Ecological Statistics 
  • ENV1007H: The Warming Papers: The Scientific Foundation of Climate Change
  • ENV1112H: Special Topics in Global Change Science
  • ANT4065H: Specific Problems: New World
  • CHE1435H: Fundamentals of Aerosol Physics and Chemistry
  • CHM1401H: Transport and Fate of Chemical Species in the Environment
  • CHM1410H: Analytical Environmental Chemistry
  • CHM1420H: Environmental Chemistry of Soil
  • CHM1425H: Modelling the Fate of Organic Chemicals in the Environment
  • ESS1461H: Paleoenvironmental Studies
  • ESS2303H: Earth Systems Evolution
  • FOR3000H: Current Issues in Forest Conservation
  • PHY1498H: Introduction to Atmospheric Physics
  • PHY2502H: Climate System Dynamics
  • PHY2504H: Advanced Atmospheric Dynamics
  • PHY2505H: Atmospheric Radiative Transfer and Remote Sounding
  • PHY2506H: Data Assimilation and Retrieval Theory
Concentration 3: Social Sustainability
  • ENV1001H: Environmental Decision Making
  • ENV1008H: Worldviews and Ecology
  • ENV1113H: Special Topics in Social Sustainability
  • ENV1444H: Capitalist Nature
  • ENV1701H: Environmental Law
  • ENV4001H: Graduate Seminar in Environment and Health
  • ENV4002H: The Environment and Health of Vulnerable Populations
  • ANT3034H: Advanced Research Seminar IV
  • ANT6018H: Approaches to Nature and Culture
  • JGE1425H: Livelihoods, Poverty and Environment in Developing Countries
  • JPG1426H: Natural Resource, Difference and Conflict
  • JPG1518H: Sustainability and Urban Communities
  • JPG1672H: Land and Justice
  • LHA1104H: Social Action Education — Community Development, Social Services, and Social Movements
  • LHA1160H: Introduction to Transformative Learning Studies
  • LHA1193H: Adult Education for Sustainability
  • LHA1837H: Environmental Health, Transformative Higher Education, and Policy Change: Education Toward Social and Ecosystem Healing
  • POL2213H: Global Environmental Politics
  • SJE1909H: Environmental Sustainability and Social Justice I
Concentration 4: The Sustainability Transition
  • ENV1001H: Environmental Decision Making
  • ENV1002H: Environmental Policy
  • ENV1003H: Global Climate Politics and Policy
  • ENV1114H: Special Topics in the Sustainability Transition
  • ENV1444H: Capitalist Nature
  • ENV1707H: Climate Finance 
  • CIV1307H: Sustainability and Life Cycle Assessment of Engineering Activities
  • FOR1270H: Forest Biomaterial Sciences: Fundamentals, Applications, and the Next Frontier
  • FOR1288H: Design and Manufacturing of Biomaterials
  • FOR1294H: Bioenergy and Biorefinery Technology
  • FOR1610H: Sustainable Forest Management and Certification
  • GGR1407H: Efficient Use of Energy
  • GGR1408H: Carbon-Free Energy
  • JPG1518H: Sustainability and Urban Communities