GRADUATE STUDENTS
SUPERVISION
|
Name |
Degree |
Years |
Thesis Title |
Present position |
|
MASc |
00-02 |
A
Remote Sensing and Geospatial Information Systems Approach for Environmental
Hydraulics Modeling: Application of the Qu’Appelle
River, |
Research
Ass., |
|
|
**An, Y. |
MSc |
95-97 |
Solute Transport in a Heterogeneous Field |
Engr, P.R. China |
|
Askar, A. |
MASc |
96-98 |
J.C. Kenyon Eng. Inc. |
|
|
**Bailey, D. |
MSc |
93-95 |
Modeling Leachate Quantity and Water Quality at Landfill |
Staff Geologist, C L Consultants Ltd. |
|
*Baker, S. |
MSc |
03- |
|
|
|
*Chan, K. |
MSc |
92-94 |
Analysis
of the Performance of the Aerated Lagoon System at the |
Environmental Scientist, Mott Connell Ltd. |
|
Dou, W. |
MSc |
92-94 |
Groundwater Modeling of Transport of Ion-Exchanging Solutes: Application of Traveling Wave Theory |
Manager, PAQUES Environ. Tech. Co. |
|
**Emaruchi,B. |
PhD |
91-98 |
The Use of Remote Sensing and GIS in Hydrological Modeling |
Instructor,
|
|
Fahlman, J. |
MSc |
95-99 |
Nitrates
Movement in the Aquifer under Pilot |
Hydrologist, SaskWater Corp |
|
Guo, Q. |
PhD |
96-00 |
Modelling nonuniform and nonequilibrim Sediment Transport in Rivers |
Professor,
Erosion Research |
|
**Gutiw, P. |
MSc |
94-98 |
A Study on the Environmental Impacts Generated by Deicing Salt on Saskatcwewan Highways |
Lab. Instr, URegina |
|
Ikweiri, F. |
PhD |
96-04 |
River Flow Forecasting in Mountainous Areas Using Remote Sensing Techniques |
|
|
Jiang, S. |
MASc |
95-99 |
Distribution of Bed Shear in Trapezoidal Channels |
SNC Lavalin |
|
Li, B. |
MASc |
93-95 |
A Depth-Averaged Model for Nonlinear Open Channel Flows |
NHRI, Env. Canada |
|
Joshuwa, F. |
MASc |
02- |
Experimental
Study on Diffusion Coefficient of |
|
|
*Lin, D. |
MSc |
96-98 |
Hydraulic Analysis on Submerged Structures |
|
|
Liu, G. |
MASc |
02-04 |
Environmental
Impact on Deicing Salt Used on |
|
|
*VLo, Kei W. |
MASc |
99-02 |
Transport of Bacteria in Swelling Soil |
Hydrogeologist, SaskWater |
|
Lu, F. |
MASc |
99-04 |
Groundwater Modeling for the Regina Area- A case Study |
|
|
Ma, H. |
MASc |
96-00 |
Possibility of Substituting FEM with Method by Modifying Time Derivative Term. |
|
|
Maddur, R. |
MASc |
04- |
Three-Dimensional Electrical Resistivity
Imaging of |
|
|
*Mihial, D. |
MASc |
96-98 |
Bioremediation of Petroleum Contaminated Soil Using Composting |
|
|
Murdoch, B. |
MASc |
93-97 |
Finite Element CAD Integrated BOD Model |
Instructor,
|
|
Muricken, D. |
MASc |
01-04 |
Modeling
Contaminant Transport under |
|
|
*VNarr, J. |
PhD |
03- |
Modeling
the Contaminant Transport Through |
|
|
**Osei, N. |
MSc |
92-94 |
Field Scale Testing and Validation of a Numerical Model Code for Modelling Groundwater Flow and Contaminant Transport in Porous Media |
|
|
Rahman, M. |
PhD |
04- |
Modeling Air Sparging Unsaturated Soil |
|
|
Ruan, H. |
MSc |
92-93 |
Using a Modified Chord Slope Method and a Three-Time-Level Implicit Scheme in Depth-averaged Flow Equations |
Hydrogeologist, |
|
Tareq, K. |
MASc |
03- |
A study on Adsorption Coefficient and Retardation Factor of Regina Clay |
|
|
Wagner, B. |
MASc |
95-99 |
The Use of MOTIF Model in Low Permeability Zones |
Engineer,
|
|
Watanabe, A. |
MASc |
03- |
Contaminant Transport in Rivers |
|
|
Xia, C. |
PhD |
02- |
Modeling Erosion near Hydraulic Structures |
|
|
Xu, X. |
MASc |
98-01 |
Simulations of Saturated-Unsaturated Water Movement within Cracked Deformarable Soils |
In
|
|
Ye, S. |
MASc |
95-97 |
Modeling Equilibrium and Nonequilibrium Ion Exchange Solute Transport in Groundwater |
Engineer, Jacques Whitford Environment Ltd |
|
Zheng, Y. |
MASc |
94-96 |
Lateral Distribution of Boundary Shear in Non-circular Ducts and Open-channels |
Engineer, Greenland Engrg Group |
* co-supervise ** co-supervise, major supervision