Bachelor of Science in Materials Engineering Co-op

Engineering Disciplines

To find descriptions of the various disciplines of Engineering, visit Explore our Programs on the Faculty of Engineering website.

Admission Requirements

• General Undergraduate Admission Requirements  
• Admission Requirements for Qualifying Year  

Academic Regulations

• University Regulations  
• Faculty of Engineering Regulations  

Program Requirements

Complementary Studies and Impact of Technology on Society (ITS) Electives

See Complementary Studies and Impact of Technology on Society (ITS) Electives  for a list of approved electives.

Program and Technical Electives

Students in the Materials Engineering program are required to take three program electives from the following list of courses. At least one of the three must be a CME and/or MAT E course.

• BIOCH 200 - Introductory Biochemistry
• BIOL 107 - Introduction to Cell Biology
• BIOL 201 - Eukaryotic Cellular Biology
• BME 320 - Human Anatomy and Physiology: Cells and Tissue
• BME 321 - Human Anatomy and Physiology: Systems
• BTM 211 - Management Information Systems
• CELL 201 - Introduction to Molecular Cell Biology
• CH E 343 - Chemical Engineering Thermodynamics
• CH E 446 - Process Dynamics and Control
• CH E 484 - Introduction to Biochemical Engineering
• CH E 485 - Fuel Cells and Their Applications
• CH E 582 - Introduction to Biomaterials
• CHEM 211 - Quantitative Analysis I
• CHEM 213 - Quantitative Analysis II
• CHEM 263 - Organic Chemistry II
• CHEM 303 - Environmental Chemistry I
• CHEM 333 - Inorganic Materials Chemistry
• CHEM 371 - Energetics of Chemical Reactions
• CHEM 373 - Physical Properties and Dynamics of Chemical Systems
• CIV E 221 - Environmental Engineering Fundamentals
• CIV E 321 - Principles of Environmental Modeling and Risk
• CIV E 372 - Structural Analysis I
• CIV E 374 - Structural Design I
• CME 421 - Mineral Processing
• CME 458 - Special Projects in Chemical and Materials Engineering I (see Note 1)
• CME 459 - Special Projects in Chemical and Materials Engineering II (see Note 1)
• CME 472 - Extractive Metallurgy
• CME 494 - Special Topics in Chemical and Materials Engineering
• EAS 210 - Engineering Earth Science
• EAS 224 - Mineralogy I
• EAS 320 - Geochemistry I
• ECE 209 - Fundamentals of Electrical Engineering
• ECE 457 - Microfabrication and Devices
• ENGG 406 - Engineering Safety and Risk Management - Methodologies and Tools
• ENG M 514 - Reliability Engineering
• ENG M 530 - Engineering Project Management
• ENV E 251 - Properties of Environmental Engineering Materials
• GEOPH 223 - Environmental Geophysics
• MAT E 466 - Special Topics in Materials Engineering
• MAT E 470 - Process Dynamics
• MAT E 471 - Ceramics
• MAT E 476 - Microalloyed Steels
• MAT E 491 - Properties and Physics of Functional Materials
• MAT E 494 - Nanostructured Materials
• MAT E 495 - Nanomaterials and Biomedical Applications
• MATH 300 - Advanced Boundary Value Problems
• MEC E 250 - Engineering Mechanics II
• MEC E 260 - Mechanical Design I
• MEC E 360 - Mechanical Design II
• MEC E 380 - Advanced Strength of Materials I
• MGTSC 405 - Forecasting for Planners and Managers
• OM 252 - Operations Management
• OM 422 - Simulation and Computer Modelling Techniques in Management
• PHYS 230 - Electricity and Magnetism
• PHYS 271 - Introduction to Modern Physics
• STAT 265 - Probability and Statistics I
• STAT 368 - Introduction to Design and Analysis of Experiments
• STAT 378 - Applied Regression Analysis