Hydraulic engineer · Researcher · Software developer
Water-network modelling for transient analysis, control and better engineering decisions.
I develop hydraulic models, research methods and web-based tools for water distribution systems, with a focus on transient behaviour, state-space modelling, model validation and practical simulation workflows.
Complex systems, practical decisions
Turning hydraulic behaviour into tools engineers can inspect, test and trust.
My work connects mathematical modelling, numerical simulation and clear web interfaces so transient behaviour in pipe networks can be explored with less friction and better evidence.
What I do
Focused modelling support for water-network problems
Transient analysis
Model pump trips, valve operations, boundary changes and pressure-wave behaviour using MOC and EWCM workflows.
Dynamic and state-space modelling
Develop interpretable dynamic representations for modal analysis, estimation, control and system-level investigation.
Simulation software
Build reproducible tools for preparing models, running studies, inspecting results and comparing modelling assumptions.
Engineering validation
Use benchmark cases, quiet-start checks, event tests and solver comparisons to understand model behaviour and limitations.
Featured software
HydraulicSim brings water-network modelling into the browser.
HydraulicSim is an actively developed modelling environment for preparing water-distribution networks, running steady and transient simulations, and reviewing pressure and flow behaviour through a clear engineering workflow.
- Build and inspect hydraulic network models
- Run steady-state and transient studies
- Compare scenarios, warnings and validation outputs
Illustrative schematic — a network model and its transient pressure and flow response. Not a screenshot of the application.
Selected capabilities
Hydraulic modelling
- Transient modelling of pipe networks, pumps, valves, tanks and hydraulic boundary conditions.
- State-space formulations for modal analysis, control and estimation.
- Model verification using quiet-start tests, event tests and benchmark comparisons.
Digital engineering
- Python and MATLAB simulation engines.
- Browser-based interfaces for preparing models and reviewing simulation results.
- Reproducible workflows for testing, documenting and comparing simulation cases.
Selected work
Modelling, research and tools
HydraulicSim
Browser-based modelling and transient simulation workflows for water-distribution systems.
Elastic Water Column modelling
Research into compact dynamic models for hydraulic transients, modal analysis and control-oriented studies.
State estimation and data assimilation
Research direction connecting hydraulic models with measurements, calibration and observer-based estimation.
Collaboration
Interested in testing HydraulicSim or discussing a modelling workflow?
I welcome conversations with hydraulic modellers, researchers and engineers interested in transient simulation, model validation and web-based engineering tools.