Urban Flood Resilience Framework
Multi-hazard flood risk model integrating 50-year rainfall projections and impervious surface change for coastal cities.
Environmental and water resources engineer working across hydrology, hydraulics, climate adaptation, nature-based solutions, wet infrastructure, and sustainable water systems.
I am an environmental and water resources engineer with a focus on hydrology, hydraulics, and climate-resilient water systems. My work spans the full water cycle — from rainfall modelling and river hydraulics to sustainable drainage design and nature-based flood management.
Based in the Netherlands, I collaborate with research institutions, governmental bodies, and engineering teams to develop data-driven solutions for water infrastructure in a changing climate.
Multi-hazard flood risk model integrating 50-year rainfall projections and impervious surface change for coastal cities.
Design and monitoring of constructed wetlands achieving significant nutrient removal using nature-based engineering.
1D/2D hydraulic modelling of river systems for flood plain delineation, infrastructure design, and climate-adjusted discharge scenarios.
Nature Water · Vol. 2, 210–225
Journal of Hydrology · Vol. 621, 129562
Water Resources Research · Vol. 58, e2022WR032541
Environmental Science & Technology · Vol. 55(14), 9880–9893
From hydrological assessments and hydraulic modelling to climate adaptation strategies and nature-based design — independent technical expertise across the full water engineering spectrum.
Catchment modelling, 1D/2D hydraulic analysis, flood frequency estimation, and low-flow studies for infrastructure design.
Translating IPCC scenarios into project-level risk profiles and adaptive management plans for long-lived water infrastructure.
SuDS masterplanning, green infrastructure design, bioretention systems, and permeable paving integrated into urban water strategy.
Environmental monitoring network design, remote sensing, and data dashboards for continuous water quality assessment.
Design and assessment of constructed wetlands, river restoration, and green–blue infrastructure for multi-benefit water outcomes.
Peer-reviewed publications, technical reports, grant applications, and policy briefs connecting water science to engineering decisions.
Interested in collaborating on water resources research, hydraulic modelling, or climate-resilient infrastructure? Use the form or connect via the links below.
Contact details will be added later.