This Option is for students interested in the development, management, and protection of water resources. Students are prepared for careers with consulting firms or regulatory agencies. They acquire the background to design and evaluate hydraulic structures, pollution control schemes, and water management systems. They are also exposed to the social and environmental aspects of use of water resources. A minimum of seven courses is required; however, most students in Civil Engineering will probably wish to take more.
Legend
F - fall term, W - winter term, S - spring term
Required Courses
There are four required courses:
| Course |
Title |
| CIVE 280 (S) |
Fluid Mechanics (or equivalent) |
| CIVE 375 (F) |
Environmental Engineering Principles |
| CIVE 382 (F,W) |
Hydrology and Open Channel Flow |
| ENVE 383 (W) |
Advanced Hydrology and Hydraulics |
Elective Courses
A minimum of three elective courses is required to be taken from the following list, subject to timetable constraints:
Surface Water
| Course |
Title |
| CIVE 583 (W) |
Design of Urban Water Systems |
| ENVE 573 (W) |
Contaminant Transport |
Treatment
| Course |
Title |
| CHE 361 (F,W) |
Bioprocess Engineering |
| CHE 574 (W) |
Industrial Wastewater Pollution Control |
Groundwater
Management
| Course |
Title |
| ENVE 335 (W) |
Decision Making for Environmental Engineers
|
| ENVE 577 (W) |
Engineering for Solid Waste Management |
| SYDE 533 (F) |
Conflict Resolution |
Mathematics
| Course |
Title and Notes
|
| ME 559 (F,S) |
Finite Element Methods |
| SYDE 311 (S) |
Advanced Engineering Math 2 (not available to Civil Engineering students) |
| SYDE 312 (W) |
Applied Linear Algebra |
| SYDE 531 (W) |
Design Optimization Under Probabilistic Uncertainty |
Remote Sensing
| Course |
Title |
| GEOG 371 |
Advanced Remote Sensing Techniques |
| GEOG 471 (W) |
Remote Sensing Project |
Air Pollution
| Course |
Title |
| CHE 572 (W) |
Air Pollution Control |
| ME 571 (W) |
Air Pollution |
Fluids
| Course |
Title |
| ME 362 (F,W) |
Fluid Mechanics 2 |
| ME 566 (F,S) |
Computational Fluid Dynamics for Engineering Design |
Other courses may be substituted with permission of the associate chair for undergraduate studies and the option co-ordinator. Course offerings are subject to change; check with the appropriate department to ensure course availability.