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We are specialists in advanced hydrological and 1D and 2D hydraulic modelling, delivering solutions for complex stormwater drainage and flooding challenges.

 

We provide robust stormwater management and comprehensive flood risk assessments tailored to both small-site developments and large-scale catchment areas.

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Our services

01

Hydrology & Hydraulic Modelling

We deliver precise catchment simulations to ensure your water management strategies are grounded in rigorous hydrological data and analysis.

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02

Flood Risk & Mapping

Protect your assets by identifying vulnerabilities through high-resolution hazard mapping and predictive flood inundation modelling techniques.

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03

Evaluate infrastructure integrity and performance under peak load with detailed hydraulic assessments that safeguard long-term built assets.

Hydraulic Assessment

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04

Integrate climate resilience into your planning with expert adaptation strategies designed to withstand evolving environmental and weather risks.

Climate & Adaptation

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Submit your request

Project Type

Our philosophy

Diagnostics

Baseline Hydrodynamics & Spatial Analytics: Establishing high-fidelity 1D/2D physical baselines by rigorously processing sparse regional terrain and rainfall data into accurate spatial models to quantify flow, velocity, and depth.

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Predicting

Climate Dynamics & Hydrologic Forecasting: Stress-testing catchments against non-stationary climate variables, extreme cyclonic events, and rapid-onset arid flash hydrology to quantify future risk and infrastructure vulnerabilities.

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Mitigation

Hazard Attenuation & Risk Management: Engineering strategic physical interventions and structural models that safely manage peak surface flows, neutralize flood hazards, and ensure long-term site viability for large-scale developments.

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Integration

Urban Infrastructure & SUDs Constructability: Translating raw hydrodynamic physics into constructable, regulatory-compliant Sustainable Urban Drainage Systems (SUDs) that align seamlessly with broader master engineering plans.

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