M.Eng. in Environmental Engineering

M.Eng. in Environmental Engineering

NOTE: It is required that the student, in consultation with the Advisory Committee/ Graduate Coordinator, complete and file a Graduate Degree Program Form in the department, to list all courses to be taken during the student’s program. This is to be submitted no later than the end of the student's second registered semester. Any changes to the list of courses will require approval of the Advisory Committee/ Graduate Coordinator and submission of a revised Graduate Degree Program Form.  


Technical (2.0 credits)

  • Core Technical Courses for Environmental Engineering (see list A below)

Electives (2.5 credits)

Any combination of the following:
  • Additional Core Technical Courses for Environmental Engineering (list A, below) 
  • Suggested Electives courses (list B, below)
  • 1.0 credit from the Final Project Course (only if completing project option)
  • Up to 1.5 credit from external graduate courses (i.e. courses offered by other departments or universities)
  • Up to 1.0 credit from senior undergraduate engineering courses
  • Any additional engineering graduate courses (ENGG*6XXX), upon the recommendation of a project advisor/ graduate coordinator.

Core Technical Courses for Environmental Engineering

  • ENGG*6010 Assessment of Engineering Risk
  • ENGG*6090 Special Topics in Engineering  
    • ST: Geochemical Modeling for Eng. App.
    • ST: Process Intensification
  • ENGG*6610 Urban Stormwater Management
  • ENGG*6630 Environmental Contaminants: Fate Mechanisms
  • ENGG*6660 Renewable Energy
  • ENGG*6670 Hazardous Waste Management
  • ENGG*6680 Advanced Water and Wastewater Treatment
  • ENGG*6790 Special Topics in Environmental Engineering
    • ST: Water Process Chemistry
    • ST: Decentralized Wastewater Treatment
    • ST: Colloids, Interfaces and Emulsions
    • ST: Groundwater Contamination in Fractured Media
    • ST: Non-point Source Pollution
    • ST: Decentralized Wastewater Treatment
  • ENGG*6910 Special Topics in Water Resources Engineering
    • ST: Groundwater Contamination in Fractured Media
    • ST: Non-point Source Pollution
    • ST: Groundwater Flow Systems

Suggested Electives

  • ENGG*4360 Soil and Water Conservation Systems Design 
  • ENGG*4250 Watershed Systems Design
  • ENGG*4070 Life Cycle Assessment for Sustainable Design
  • ENGG*4820 Atmospheric Emission Control: Combustion Systems
  • ENGG*6090: ST Engineering Leadership
  • ENGG*6090: ST Communication in Engineering
  • ENGG*6090: ST Project Management
  • ENGG*6090: ST Professionalism and Ethics in Engineering
  • ENGG*6020 Advanced Fluid Mechanics
  • ENGG*6140 Optimization Techniques
  • ENGG*6740 Groundwater Modelling
  • ENGG*6790 ST: Theory and Applications of Turbulence
  • ENGG*6840 Open Channel Hydraulics
  • ENGG*6910 ST: Introduction to Geographic Information Systems
  • ENVS*6050 Micrometeorology
  • ENVS*6060 Meteorological Instrumentation
  • STAT*6950 Statistical Methods for the Life Sciences
  • RPD*6310 Environmental Impact Assessment
  • UNIV*6070 Topics and Analysis in Sustainability