What courses will I take?
To complete this program, students take 10 courses.
Completing a specialized graduate program at the Schulich School of Engineering will help you stand out in a competitive job market and will take your career to exciting new heights. Schulich graduates become inventors, entrepreneurs, and engineering leaders. We are proud to say that our graduates also enjoy some of the highest rates of employment, in both national and international settings.
Click here to explore graduate courses.
Energy and Environment
Ethics, Law, and the Engineering Profession
Sensors, Data and Signal Analysis
Numerical Methods for Engineers
Advanced Materials Engineering
Finite Element Method
OR
Computational Fluid Dynamics
Choose 1 course from the following:
Sustainability Engineering
Innovation and Entrepreneurship
Introduction to Project Management
Choose at least 3 Environmental Engineering specialization-specific courses. Suggested courses are:
Principles of Environmental Engineering
OR
Environmental Chemistry and Microbiology
Special Topics
Experimental Design and Error Analysis
Numerical Methods for Engineers
Environmental Modelling
Air Pollution Control Engineering
Contaminated Soil Remediation
Hazardous Waste and Contaminated Sites Management
Life Cycle Assessment
Water and Wastewater Pollution, Treatment and Control
Environmental Engineering 695
Air Pollution Mitigation for Environmental Engineers
Environmental Engineering 697
Click here for a complete list of environmental engineering graduate courses
What courses will I take?
To complete this program, students take 10 courses.
Required courses:
Ethics, Law, and the Engineering Profession
Sensors, Data and Signal Analysis
Numerical Methods for Engineers
Finite Element Method
Elements of Materials Engineering
Choose 1 course from the following:
Sustainability Engineering
Innovation and Entrepreneurship
Introduction to Project Management
Choose 4 courses from the following:
If students are interested in combining their courses around a specific theme within the field, please refer to the course bundles below:
Theme 1: Mechatronics
Advanced Control Systems
Mobile Robotics
Mechatronics Design Laboratory I
Mechatronics Design Laboratory II
Theme 2: Aerospace and Energy Systems
Turbomachinery
Thermal Systems Analysis
Aerodynamics
Special Problems
Theme 3: Advanced Manufacturing and Product Design
Bio-Inspired Design
Special Problems
Manufacturing Optimization
CAD/CAM/CAE
What courses will I take?
To complete this program, students take 10 courses.
Choose 6 courses from the following:
Special Problems
Geomatics Engineering for Pipeline Systems
Pump and Compressor Stations
Fundamentals of Pipeline Economics
Corrosion Science in the Pipelines Industry
Pipelines Coatings
Fundamentals of Liquid Hydraulics in Pipeline Systems
Fundamentals of Gas Hydraulics in Pipeline Systems
Pipeline Geotechnical Engineering
Structural Analysis of Buried Steel Pipelines Systems
Stress Corrosion Cracking of Materials
Fracture Mechanics
Fatigue of Materials
Choose 4 courses from any graduate-level engineering courses
If you choose courses outside of the Department of Mechanical and Manufacturing, approval is needed from the Director.
Click here for a complete list of mechanical and manufacturing graduate courses