Mazda Kompanizare Email & Phone Number

Nanaimo, British Columbia, Canada

Nanaimo, British Columbia, Canada

Working on the wellhead protection area of the production wells using Analytical Solution Method (ASM) as well as Analytical Element Method (AEM, using GFLOW).* Applied analytical element method with GFLOW for Well Head Protection Area evaluations.* Utilized MODFLOW 6 and MODPATH 7 for transient/steady flow simulations around pumping wells. * Assessed wells’ capture zones and assess the Well Head Protection Areas (WHPA). * Reviewed reports on the effect of mining activities and dewatering impacts.* Developed groundwater model layer settings using Model-Muse.

Saskatoon, Saskatchewan, Canada

Saskatoon, Saskatchewan, Canada

Working on watershed-scale surface water modelling.* Analyzed spatial and temporal distribution of groundwater-surface water interactions; findings relevant to Great Lakes Basin.* Utilized MESH Hydrological Model, processed on Compute Canada. * Prepared NetCDF climate data for diverse climate scenarios.* Calibrated groundwater model using PEST and OSTRICH software.

Waterloo, Ontario

I am now working in both Biogeochemistry Research Group and Hydrometheorology Research Group. The project I am starting to work in is Agricultural Water Future in Canada.* Created a module assessing nutrient transport through surface and tile flow from the edge of agricultural fields. * Simulated different hydrological components in a cold region using Cold Region Hydrological Model (CRHM). * Measured tile flow using velocity meter and transducer.* Developed a code to calculated total dissolved phosphor transported by the tile flow in a defined time interval using relationship between flow rate and dissolved concentrations.* Developed a C4 photosynthesis code (in R) and evaluated the water use efficiency of two selected crops, maize and alfalfa, in farm scale.

Waterloo, Ontario, Canada

Assessed the effect of open pit mining on surface water-groundwater interaction in Old Sand area, Alberta. Using PRMS and GSFLOW surface flow and shallow groundwater were simulated and the effect of surface disturbance and change in land use on water flow in the mining areas were evaluated.

Kitchener, Canada Area

Hydrometeorology Research Group, Department Of Geography And Environment

Wetlands Hydrology Research Group, Department Of Geography And Environment

In University of Waterloo I was working on assessment of vertical percolation rates from the saturated surface layers to the fractures bedrock. I derived an analytical solution in them the thickness of one layer in the system was radially changed. Also I simulated the unsaturated flow in local and regional scales for a mine dewatering site by using HYDRUS3D.* Evaluated impact of mine dewatering on the surrounding environment and surface-groundwater interactions using variably saturated flow simulation.* Employed HYDRUS-3D to simulate flow in variably saturated layers around an open pit mine. * Measured the water level in peat layer and fine-grained marine sediment below the peat layer using multi-level observation well. * Assessed the barrier effect of the fine-grained marine sediment below the peat layers, for different bedrock layer saturations. * Assessed vertical hydraulic conductivity profile in peat layers by numerical groundwater simulation utilizing MODFLOW.

Shiraz, Iran

I was teaching courses including Dry Land Hydrology, Desert Geomorphology in MSc, Advanced Math for Hydrogeologist, in PhD. Engineering Geology, Groundwater, Soil Mechanics, Hydrology, Fluvial and Aeolian Geomorphology for BSc students.I had 4 PhD student, ( two Co-adviser) and more than 20 MSc students under my supervision.* Successfully supervised and concluded various hydrogeology and groundwater related projects. * Conducted well water level monitoring, and pumping rate measurement. * Used numerical (MODFLOW) and analytical element methods (GFLOW) assessing the wells capture zones. * Assessed the net recharge to groundwater in an Artificial Groundwater Recharge project, using MODFLOW 2005. * Assessed critical pumping rates in fresh-saline aquifers with sharp interfaces, using analytical element method.* Evaluating maximum allowable pumping rates in large diameter wells with quicksand, using MODFLOW and RADMODE.* Assessed the effect of urbanization and climate change on groundwater level trends using non-parametric Mann-Kendall analysis. * Simulation of major ion transport in watershed scale using MT3DMS.* Simulated the temporal and spatial changes in saline -freshwater interface using SEAWAT and measured the EC (Electrical Conductivity) profiles in a monitoring well network. * Performed pumping test measurements and interpreted its water level timeseries using AQTESOLV.* Presented theoretical and practical academic courses, including hydrogeology, groundwater, soil mechanics, and engineering geology.

College Station, Texas

Research on analytic solution of saturated flow around horizontal wells under supervision of Professor Hongbin Zhan, Department of Geology and Geophysics.

Bushehr, Iran

I was lecturer in Department of Civil Engineering. I taught Groundwater, Water Supply and Sewerage Engineering, Hydrology, Geology, Engineering Geology for BSc students.

Doctor Of Philosophy (Ph.D.), Hydrogeology

Activities and Societies: Groundwater modeling, Analytic solution of flow in saturated aquifers

First Year Of My Bsc, Geology/Earth Science, General