Water Modeling Technologist, Environment & Protected Areas at the Government of Alberta: 2024 –2025. 

As a Water Modeling Technologist with the Government of Alberta, I designed and automated end-to-end hydrologic workflows that integrate real-time licensing and water-use data to produce scalable, policy-ready models. Leveraging Python, R, GIS and Excel, I built dynamic dashboards and forecasting tools that translate complex datasets into clear insights, enabling rapid “what-if” analyses and evidence-based decision-making.

• Engineered a multi-sheet Excel-Python tool to ingest licensing and hydrologic inputs, compute seasonal/annual allocations, net licensed use and basin-scale supply–demand balances.

• Developed Python/R scripts to automate drought and allocation forecasts, reducing runtimes by 90% while improving accuracy for agricultural stakeholders.

• Created a one-click data-ingestion pipeline (APIs, FTP, spreadsheets) to validate, harmonize and prepare datasets for real-time reporting.

• Designed interactive dashboards that display surface-water quality, supply forecasts and drought metrics—cutting report turnaround from days to minutes.

• Created one-click GUI applications that automate data ingestion, model runs, QA/QC, and dashboard generation, eliminating manual steps and cutting processing time by 90 %.

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Capstone Project Manager, Student project at SAIT: 2023–2024. 

Led a team in conducting a reclamation study at a mining site, for a leading Canadian resource company in Canada. utilizing GIS expertise to develop a prediction model for the impact of mining expansion and proposing mitigation solutions. Emphasized robust spatial analysis and stakeholder collaboration.

• Directed the creation of a spatial prediction model in ArcGIS Pro & QGIS to assess mining-expansion impacts on terrain and water balance.

• Integrated drone imagery and soil-erosion tools to map areas requiring revegetation and engineering controls.

• Coordinated weekly reviews with academic advisors and the client’s engineering team to refine methodology and deliverables.

Team lead of Geospatial Operations and Environmental Impact Assessment (EIA), Canada Chinook for Trading and Construction, 2022–2023. 

Drove reclamation, CCUS feasibility and water-policy projects by merging advanced GIS, remote sensing and hydrologic modelling with automated Python/ArcPy and FME pipelines. Ensured compliance, community alignment and data efficiency.

• Directed GIS-driven reclamation studies, building spatial prediction models to optimize post-mining land-restoration designs.

• Managed bitumen CCUS site assessments: integrated subsurface geology, surface-water monitoring and carbon-sequestration simulations to evaluate storage capacity and environmental risk.

• Led water-policy impact analyses using spatial statistics and trend analysis; recommended regulatory enhancements to support Alberta’s watershed health.

• Automated geoprocessing workflows in Python/ArcPy and FME—reducing data-prep time by 75% and enabling dynamic mapping of reclamation and CCUS assets.

• Collaborated with engineers, regulators and Indigenous stakeholders to incorporate community-driven land-use priorities.

 

Environmental Lead, Al-Mayameen for Investment Company, 2019– 2022.

Oversaw environmental impact and resource assessments for sustainable development projects in Amman, Jordan. Combined EIA, water-resources modelling and stakeholder engagement to guide policy and infrastructure planning.

• Led EIAs for medical-waste facilities, focusing on air quality, carbon emissions, noise and water-contamination mitigation.

• Managed interdisciplinary teams to collect baseline data (meteorology, air/water quality) and develop mitigation strategies aligned with SDGs and regulations.

• Directed integrated water-resources modelling under multiple climate-change scenarios to forecast long-term impacts on hydrological systems.

• Presented technical findings to government agencies and community groups, fostering consensus on sustainable development plans.

Water and Environmental Consultant, Rekaaz Aleamar Est Company, 2016–2019. 

Delivered water-resource and environmental engineering services for oil & gas projects—incorporating CCUS feasibility studies and GHG-emissions analysis—to support sustainable extraction and infrastructure development in Saudi Arabia.

• Conducted comprehensive water-use assessments for hydraulic-fracturing operations, integrating subsurface geospatial analysis and regulatory compliance for oil & gas clients.

• Performed CCUS site evaluations: modelled CO₂ injection capacity, plume migration and leakage risk to inform early-stage carbon-storage strategies.

• Developed lifecycle GHG-emissions inventories using Python and GHGenius, assessing impacts of extraction and CCUS pathways on corporate sustainability targets.

• Led hydrological studies on flood risk and drought prediction, embedding climate-scenario projections into MODFLOW and HEC-RAS models to recommend engineering mitigation measures.

• Applied advanced spatio-statistical methods to evaluate climate-change impacts on local water resources, guiding robust resource-management plans.