M.Eng (Environmental Engineering)
M.Eng. (Master of Engineering) in environmental studies is an M.Eng. degree with a designation of "Environmental Studies". This multidisciplinary program is intended to provide Masters' students with a broad exposure in environmental studies, an in-depth study in their engineering specializations, and a mechanism for the development of independent skills.
The overview of the program is given in the following:
- This MEng program is open to B.Sc. and B.Sc.E. degree holders.
- Common Courses of 12 ch are mandatory, allowing a broad exposure in environmental studies.
- Technical Electives of 18 ch, of which at least 14 ch must be from Engineering Faculty, are selected for an emphasis on engineering specializations.
- A Project/Report of 6 ch is optional as a Technical Elective.
- The optional CO-OP program is available for qualified students to have term employment with companies specializing in environmental engineering business
Common Courses of 12 ch are mandatory and are selected from the following:
| CE 6483 | 3ch | Environmental Engineering |
| CHE 5313 | 3ch | Energy and Environment |
| CHE5314 | 3ch | Chemical Process Industries |
| EE 6693 | 3ch | Advanced Topics in Environmental Design Engineering |
| FOR6452 | 3ch | Ecological Modeling |
| GGE5533 | 3ch | Environmental Policy, Law and Information Management |
| GGE 6543 | 3ch | Marine Policy, Law and Information Management |
| ME5933 | 3ch | Industrial Ecology |
Technical Electives of 18 ch, of which at least 14 ch must be from Engineering Faculty
| BIOL6183 | 3ch | River Habitats and Hydraulics |
| CHE5234 | 3ch | Oil and Gas Process Engineering |
| CHE5313 | 3ch | Energy and Environment |
| CHE5314 | 3ch | Chemical Process Industries: Overview and Environmental Impacts |
| CHE5344 | 3ch | Combustion |
| CHE5414 | 3ch | Adsorption and Membrane Processes for Pollution Control |
| CHE5804 | 3ch | Nuclear Chemical Processes |
| ChE5824 | 3ch | Corrosion Processes |
| CHE5834 | 3ch | Nuclear Engineering |
| CHE5913 | 3ch | Pulp Production |
| CHE6314 | 3ch | Air Pollution Control |
| CHE6515 | 3ch | Advanced Surface Characterization |
| CE5402 | 3ch | Environmental Planning for Capital Works |
| CE5421 | 3ch | Water and Wastewater Analysis |
| CE5432 | 4ch | Wastewater Treatment |
| CE5702 | 4ch | Open Channel Hydraulics |
| CE5753 | 4ch | Engineering Hydrogeology |
| CE6153 | 3ch | Waste Geotechnics |
| CE6413 | 3ch | Physical and Chemical Processes in Environmental Engineering |
| CE6423 | 3ch | Biological Processes in Environmental Engineering |
| CE6443 | 3ch | Water Quality Management |
| CE6463 | 3ch | Solid Waste Management |
| CE6763 | 3ch | Numerical Modeling of Groundwater Flow and Solute Transport |
| ECON6755 | 4ch | Environmental Economics |
| EE6513 | 3ch | Introduction to Random Variables and Stochastic Processes |
| EE6523 | 3ch | Detection and Estimation Theory |
| EE6653 | 3ch | Power Electronics |
| EE6313 | 3ch | Introduction to Modem Control Theory |
| EE6423 | 3ch | Power System Reliability |
| EE6433 | 1.5ch | Protective Relaying of Power Systmes |
| EE6443 | 1.5ch | Power System Stability |
| EE6459 | 1.5ch | Load Flow Analysis |
| EE6463 | 1.5ch | Power System Dynamics |
| EE6503 | 3ch | Topics in Artificial Neural Networks |
| EE6913 | 3ch | Biomedical Instrumentation |
| EE6923 | 3ch | Biological Signal Processes |
| GGE5013 | 3ch | Water Levels and Tides |
| GGE6022 | 3ch | Advanced Topics in Ocean Mapping |
| GGE6093 | 3ch | Advanced Topics in Industrial Metrology |
| GGE6341 | 3ch | Special Studies in Remote Sensing |
| GGE6501 | 3ch | Land Information Management |
| ME5163 |
4ch | Machinery Vibration and Noise |
| ME5283 | 4ch | Issues in Occupational Health & Safety |
| ME5293 | 4ch | Manufacturing Systems and Design |
| ME5363 | 4ch | Systems Engineering |
| ME5653 | 4ch | Predictive Control & Intelligent Sensors |
| ME5713 | 4ch | Nondestructive Testing |
