APPLICATION INTEGRATIONS
Enhance your modeling with third-party applications
Flood Modeller is built on an open architecture that enables seamless integration with leading hydraulic modeling, flood forecasting and drainage applications, including TUFLOW, EPA SWMM, Delft-FEWS, ReFH2 and WINFAP.
Open standard formats
Flood Modeller uses non-proprietary file types and structures, allowing users to access data with third-party applications and rapidly develop their own bespoke tools to extend functionality and bring greater efficiency.
Python API
Our open-source Python API provides a bridge between Flood Modeller and the Python programming language, allowing you to develop and integrate custom tools and workflows. This added flexibility allows you to significantly boost your productivity and deliver innovative solutions to your clients by automating different tasks.
TUFLOW
TUFLOW modelers can leverage Flood Modeller's extensive features for model building, simulation, and analysis. By dynamically linking TUFLOW to our industry-leading 1D river solver, you gain unparalleled accuracy and the ability to precisely represent diverse hydraulic scenarios.
Flood Platform
Effortlessly manage and catalog your model files using Flood Platform. Share results seamlessly with this web-based tool and gather feedback from reviewers and stakeholders with ease. Need more computing power or unlimited Flood Modeller licenses? Scale effortlessly to meet your needs.
Delft-FEWS
Integrate Flood Modeller's 1D and 2D solvers with Delft-FEWS for unparalleled speed and precision in real-time flood forecasting. This trusted integration has been relied upon by national governments for over 20 years, ensuring reliable flood warning and incident management services.
EPA SWMM
We have seamlessly integrated the FEMA-approved EPA SWMM numerical solver to model urban drainage and sewer systems directly within Flood Modeller. Recognized globally as a leading drainage modeling engine, you can take full advantage of Flood Modeller's comprehensive features to elevate your integrated modeling projects.
Why Integrate?
Connect the tools you already use. Flood Modeller integrates hydrology, hydraulic modelling, drainage and forecasting applications into a unified workflow, enabling faster project delivery, greater automation and improved collaboration across teams.
Python API
Automate hydraulic modelling workflows and extend Flood Modeller's capabilities with our open-source Python API. Create custom tools, automate model setup and analysis, and streamline repetitive tasks. Whether you're developing bespoke applications or building advanced modelling workflows, the Python API provides the flexibility to improve productivity and accelerate project delivery.
ReFH2 and WINFAP
Streamline Flood Estimation Handbook (FEH) analysis with direct integration between Flood Modeller, ReFH2 and WINFAP. Generate hydrological inputs more efficiently, minimise manual data transfer and maintain consistency throughout the modelling process. This seamless workflow saves time, reduces errors and supports more effective catchment and flood risk assessments.
TUFLOW
Combine the strengths of TUFLOW's advanced 2D floodplain modelling capabilities with Flood Modeller's industry-leading 1D river modelling solver. This dynamic integration enables accurate representation of complex hydraulic systems, helping engineers deliver more robust flood risk assessments, river modelling studies and hydraulic designs.
Flood Platform
Manage, share and review hydraulic modelling projects through Flood Platform, our cloud-based collaboration environment. Centralise model storage, engage stakeholders more effectively and scale computing resources whenever additional capacity is required. From project delivery to stakeholder review, Flood Platform helps teams work more efficiently across the entire modelling lifecycle.
Delft-FEWS
Integrate Flood Modeller's 1D and 2D hydraulic solvers with Delft-FEWS to support real-time flood forecasting, flood warning and incident management. Trusted by national forecasting agencies and operational flood services, this proven integration delivers the speed, reliability and accuracy needed for informed decision-making during flood events.
EPA SWMM
Model urban drainage networks and sewer systems directly within Flood Modeller using the FEMA-approved EPA SWMM numerical solver. Widely recognised as a leading drainage modelling engine, EPA SWMM enables the analysis of surface water flooding, sewer performance and integrated drainage systems, helping engineers deliver comprehensive flood risk and urban drainage studies.
