
Zeinab Abu Romman, PhD, P.Eng, GISP
Water Resources Engineer
Zeinab Abu Romman, PhD, GISP

Water Resources Engineer
Surface and groundwater modelling, water allocation, and climate-informed water management
Welcome to my portfolio
I’m a water resources engineer with experience in hydrologic and groundwater systems, focused on understanding climate change impacts on water availability and system behaviour.
My work combines hydrologic modelling, groundwater modelling, and geospatial analysis to evaluate key water balance components such as precipitation, evapotranspiration, recharge, and runoff under different scenarios.
I use tools such as HEC-HMS, HEC-RAS, MODFLOW, GIS, and remote sensing to support water resource assessment and planning.
What I Do
I work on applied water resource problems using modelling, data analysis, and geospatial tools. My experience includes:
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Hydrologic and hydraulic modelling for watershed analysis and flow assessment
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Groundwater modelling to evaluate aquifer behaviour and recharge processes
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Climate impact assessment on water systems under different scenarios
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GIS-based watershed analysis and spatial data processing
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Environmental data analysis, including machine learning applications
My Approach
I focus on practical, data-driven solutions that support water resource management and decision-making.
I aim to produce clear, reliable results that help engineers, planners, and decision-makers better understand water systems and respond to climate variability.
Portfolio Overview
This portfolio includes selected projects in hydrologic modelling, groundwater analysis, GIS workflows, and data-driven applications.
Each project highlights the problem, approach, tools used, and key outcomes.
Let’s Connect
Feel free to reach out if you’re interested in collaboration or opportunities in water resources engineering.
Areas of Interests
I’m interested in applying modelling, data analysis, and geospatial tools to better understand and manage water systems under changing climate conditions.
My areas of focus include:
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Surface and groundwater system interaction and water balance analysis
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Climate change impacts on water availability, recharge, and hydrologic processes
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Hydrologic and groundwater modelling for water resource assessment and planning
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Water allocation and drought response under variable climate conditions
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GIS and remote sensing applications in watershed and hydrologic analysis
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Data-driven approaches, including machine learning, for environmental datasets
I am particularly interested in work that supports practical water management decisions and improves resilience to climate variability.



