Second Year CORE 2018-2019

• CHEE 209 Analysis of Process Data F | 3.5
• CHEE 221 Chemical Processes and Systems F | 3.5
• CHEE 229 Cell Based Engineering Principles F | 4
• ENCH 211 Main Group Chemistry F | 4.5
• ENCH 212 Principles of Chemical Reactivity F | 3.75
• MTHE 225 Ordinary Differential Equations F/W/S-OL | 3.5
• APSC 200 Engineering Design and Practice II F/W | K4
• APSC 293 Engineering Communications l F/W | K1
• CHEE 210 Thermodynamics of Energy Conversion Systems W | 3.5
• CHEE 218 Laboratory Projects I W | 2.5
• CHEE 222 Process Dynamics and Numerical Methods W | 3.5
• CHEE 223 Fluid Mechanics W | 3.5
• ENCH 245 Applied Organic Chemistry I W | 4.5

Third Year CORE 2019-2020

• CHEE 310 Engineering Innovation and Entrepreneurship F | 3.5
• CHEE 311 Fluid Phase and Reaction Equilibrium F | 3.5
• CHEE 321 Chemical Reaction Engineering F | 3.5
• CHEE 330 Heat and Mass Transfer F | 3.5
• CHEE 342 Environmental Biotechnology F | 3.5
• CHEE 380 Biochemical Engineering F | 3.5
• CHEE 315 Laboratory Projects II F/W | 4
• CHEE 319 Process Dynamics and Control W | 3.5
• CHEE 331 Design of Unit Operations w | K 4.5
• CHEE 340 Biomedical Engineering W | 3.5
• CHEE 361 Engineering Communications, Ethics & Professionalism W | K1
• CHEE 371 Mitigation of Industrial Pollution W | 3.5
• ELECTIVE Complementary Studies List A, B D or D (3 Credits) F/W | 3 ¹

Fourth Year CORE 2020-2021

• CHEE 418 Strategies for Process Investigations F | 3.5
• CHEE 452 Transport Phenomena in Physiological Systems F | 3.5
• CHEE 470 Design of Manufacturing Processes F | K 7
• ELECTIVE Technical Elective (Minimum 9 Credits) F/W | 9
• ELECTIVE Complementary Studies, List A, B, C or D (6 Credits) F/W | 6

Technical Electives

Students in the Bioengineering - Biochemical, Biomedical, Bioenvironmental Sub-plan (CHE2) must take a minimum of 9 credits in technical electives. One (1) technical elective must be taken from the CHE1 Group A List and two (2) technical electives from the Group C list.

Complementary Studies

Students choose 9 credits from the approved Lists A, B, C, or D of which 6 credits must be taken from List A. Refer to the Complementary Studies  section of this calendar for details regarding the requirements for all Engineering plans.

Engineering Economics

To meet the engineering economics requirement, students take CHEE 310  (this is a CORE course).

Communications

To meet the communications course requirement, students take APSC 293  andCHEE 361   (these are CORE courses).