Dynamic Hydraulic & Water Resources Engineer with hands-on experience in flood modeling, risk assessment, and infrastructure vulnerability analysis Proven ability to support climate-resilient urban planning through multi-criteria spatial analysis, morphodynamic modeling, and stakeholder-oriented planning. Skilled in integrating hydraulic simulations with geospatial and infrastructure datasets to prioritize interventions and drive evidence-based disaster risk reduction strategies.
- Applied 2D flood modeling and risk assessment to support urban infrastructure planning in flood-prone cities.
- Contributed to the formulation of DRR investment projects by mapping hazard-prone zones and aligning with regional policy frameworks.
- Conducted multi-criteria spatial analysis combining elevation, exposure, and informal settlement data to prioritize intervention zones.
- Supported flood vulnerability evaluation of national road networks by integrating hydraulic outputs with infrastructure datasets.
- Built and deployed low-cost IoT-based water monitoring systems for catchment-scale real-time data acquisition
- Contributed to dewatering and flood hazard mitigation analysis for mine infrastructure in Canada.
- Developed aquifer contamination models for mining-impacted areas and produced remediation scenario maps
Flood Modeling
Sediment & Morphodynamic Analysis
MCDA/GIS
Remote Sensing
Written and verbal communication
Hydraulic/Hydrology
Research, planning and organizing