Hydrological Modelling

Hydrological Modeling Expertise

With over 15 years of experience in water resources engineering, I have developed extensive expertise in various hydrological modeling approaches, from conceptual models to complex continuous simulation systems.

Conceptual Models

RORB (Runoff Routing)

Event-based rainfall-runoff modeling
Flood frequency analysis
Regional flood estimation techniques

URBS (Urban Runoff Block Scheme)

Urban catchment modeling
Real-time flood forecasting
Integration with Delft FEWS for operational forecasting

Continuous Simulation Models

GoldSim GoldSim has been a cornerstone of my modeling approach for complex water resource systems:

Water Balance Modeling: Long-term continuous simulation of reservoir systems, irrigation schemes, and mine water management
Discrete Event Modeling: Simulation of operational rules, maintenance schedules, and emergency procedures
Level Pool Routing: Reservoir operation modeling under various release policies
Storage Routing: Complex storage-discharge relationships for natural and constructed water bodies

Advanced Modeling Applications

Integration with Forecasting Systems

Delft FEWS configuration and adapter development
Real-time data assimilation
Automated model execution and result processing

Model Validation & Uncertainty Analysis

Statistical validation of model outputs
Sensitivity analysis of model parameters
Bayesian approaches to parameter estimation

Modeling Philosophy

My approach to hydrological modeling emphasizes:

Fit for Purpose: Selecting the appropriate modeling approach for each specific application
Data-Driven: Leveraging available data to inform model development and validation
Transparent: Clear documentation of assumptions, methods, and limitations
Robust: Incorporating uncertainty analysis and sensitivity testing

Software Proficiency

TUFLOW (1D/2D hydraulic modeling)
MIKE FLOOD (Integrated flood modeling)
HEC-RAS (River analysis system)
InfoWorks RS (Urban drainage modeling)
XP Rafts (Stormwater modeling)