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Stormwater &
Flood Risk Management

Hydrological &
Hydraulic Modelling

Who are we

We specialize in advanced hydrological and 1D/2D hydraulic modelling to solve complex stormwater and flooding challenges.

 

Whether evaluating a single site or an entire catchment, we support every phase of your project from desktop studies and precise hazard mapping to practical masterplanning and engineering design.

 

We also provide independent technical reviews to ensure full confidence and compliance in your third-party designs.

Services

We offer a whole range of services related to stormwater and flood management

01.

Desktop studies
Desktop studies

Gathering and analyzing historical data, topographical maps, and previous reports before proceeding to the more extensive stages.

We identify missing information and assess early risks; a critical first step if historical gauge data or localized terrain mapping can sometimes be sparse.

Desktop studies

02.

Hydrological modelling

Converting rainfall data into runoff estimates to understand how much water will flow through a catchment. We build models tailored to specific regional climates; from intense, sudden flash flooding in dry Middle Eastern wadis to heavy monsoon downpours in Pakistan to establish accurate baseline flows.

Hydrological modelling
Hydrological modelling

03.

Hydraulic modelling

Establishing 1D and 2D hydraulic models by processing surveyed and terrain data into modelling software to quantify flow, velocity, hazard, and depth. We assess system performance and infrastructure to identify bottlenecks and capacity constraints, ensuring water moves safely through the environment.

1D/2D Hydraulic modelling
Hydraulic modelling

04.

Groundwater modelling

Simulating subsurface water movement to understand water tables, seepage, and aquifer behavior. This is vital for managing water resources and planning construction dewatering in the Middle East and Africa, where groundwater is both a critical resource and a frequent project constraint.

Groundwater modelling
Groundwater modelling

Data & Modelling

Stormwater drainage Masterplanning

05.

Desktop studies
Masperplanning

Developing district or catchment wide stormwater and drainage strategies for large-scale developments. Whether supporting an expanding city or a new mega-project, we can model integrated, long-term flood and stormwater management frameworks that fit seamlessly into the broader vision.

06.

Stormwater design

Translating hydraulic model results into practical, buildable infrastructure. We provide detailed sizing and design for culverts, open channels, attenuation basins, and storm sewer networks, ensuring the built environment can handle predicted flows without unnecessary over-engineering.

Stormwater system design
Hydrological modelling

07.

Hazard mapping

Creating clear, actionable maps that show where water will go, how deep it will get, and how fast it will move during major storm events. We help developers and municipalities identify high-risk zones to protect communities, critical infrastructure, and future investments and identify mitigation solutions.

Flood risk and hazard mapping
Hydraulic modelling

08.

Climate resilience

Future-proofing infrastructure against shifting weather patterns. We incorporate nature-based solutions, like SuDS and green infrastructure, and updated climate projections to ensure drainage networks in vulnerable regions remain robust for decades to come while protecting the environment.

Groundwater modelling
SuDS Climate Change and Greem Infrastructure

Planning & Design

09.

Custom tool and plugins

Building tailored scripts, GIS tools, and software plugins to automate repetitive tasks and process datasets efficiently. This allows our team and clients' to handle complex, large data and deliver precise results faster and more cost-effectively while reducing human error.

Custom tools and plugins for QGIS
Hydrological modelling
Technical reviews

10.

Acting as an independent expert eye on third-party models, designs, and reports. We provide rigorous quality assurance, checking technical assumptions and model stability compliance to give clients complete confidence before they approve final investments.

Technical review of stormwater design
Hydraulic modelling

Specialized Services

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Our experts specialize in advanced H&H modelling and GIS technologies. From seamless data pre-processing to sophisticated post-processing analysis, we transform raw data into highly effective flood management and engineering solutions

Software capabilities

Software Capabilities

Our experts specialize in advanced H&H modelling and GIS technologies. From seamless data pre-processing to sophisticated post-processing analysis, we transform raw data into highly effective flood management and engineering solutions

Submit your request

Project Type

Data & Modelling

  • 3D Terrain Mesh
    01. Desktop studies

    Gathering and analyzing historical data, topographical maps, and previous reports before proceeding to the more extensive stages.

    We identify missing information and assess early risks; a critical first step if historical gauge data or localized terrain mapping can sometimes be sparse.

  • water level gauge.jpg
    02. Hydrological modelling

    Converting rainfall data into runoff estimates to understand how much water will flow through a catchment. We build models tailored to specific regional climates; from intense, sudden flash flooding in dry Middle Eastern wadis to heavy monsoon downpours in Pakistan to establish accurate baseline flows.

  • 2D model.jpg
    03. Hydraulic modelling

    Establishing 1D and 2D hydraulic models by processing surveyed and terrain data into modelling software to quantify flow, velocity, hazard, and depth. We assess system performance and infrastructure to identify bottlenecks and capacity constraints, ensuring water moves safely through the environment.

  • Abstract Earth Pattern
    04. Groundwater modelling

    Simulating subsurface water movement to understand water tables, seepage, and aquifer behavior. This is vital for managing water resources and planning construction dewatering in the Middle East and Africa, where groundwater is both a critical resource and a frequent project constraint.

Planning & Design

  • Masterplan.png
    05. Masterplanning

    Gathering and analyzing historical data, topographical maps, and previous reports before proceeding to the more extensive stages.

    We identify missing information and assess early risks; a critical first step if historical gauge data or localized terrain mapping can sometimes be sparse.

  • Pipes.png
    06. Stormwater design

    Converting rainfall data into runoff estimates to understand how much water will flow through a catchment. We build models tailored to specific regional climates; from intense, sudden flash flooding in dry Middle Eastern wadis to heavy monsoon downpours in Pakistan to establish accurate baseline flows.

  • 2D flooding ICM.png
    07. Hazard mapping

    Establishing 1D and 2D hydraulic models by processing surveyed and terrain data into modelling software to quantify flow, velocity, hazard, and depth. We assess system performance and infrastructure to identify bottlenecks and capacity constraints, ensuring water moves safely through the environment.

  • roundabout flooding.jpg
    08. Climate resilience

    Simulating subsurface water movement to understand water tables, seepage, and aquifer behavior. This is vital for managing water resources and planning construction dewatering in the Middle East and Africa, where groundwater is both a critical resource and a frequent project constraint.

Specialized Services

  • coding.jpg
    09. Custom tools and plugins

    Converting rainfall data into runoff estimates to understand how much water will flow through a catchment. We build models tailored to specific regional climates; from intense, sudden flash flooding in dry Middle Eastern wadis to heavy monsoon downpours in Pakistan to establish accurate baseline flows.

  • Checklist_review.png
    10. Technical reviews

    Establishing 1D and 2D hydraulic models by processing surveyed and terrain data into modelling software to quantify flow, velocity, hazard, and depth. We assess system performance and infrastructure to identify bottlenecks and capacity constraints, ensuring water moves safely through the environment.

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