Flood Simulation
Hydrodynamic flood modelling and simulation to analyze flood behaviour, inundation extents.
Hydraulic & Hydrologic Flood Routing
Predicting how floodwater moves, changes shape, and flows downstream
Flood Mitigation
Reducing flood damage by appropriate planning, barriers, warnings, and safer land use
Estimation of Design Discharge
The basic steps for designing any water infrastructure
Storm Water Modelling
Predicting how rainwater flows through land, drains, and waterways.
Drainage Design
Planning channels and pipes to safely carry away excess rainwater
Sewer System Modelling
Map and predict how sewage flows through underground pipe networks
Solutions to Waterlogging and Salinity Removal
Implementing drainage and soil flushing techniques to remove excess water and harmful salts.
Water Balance / Water Audit
Tracking every drop of water entering and leaving a system (pipe network or watershed) to identify hidden losses.
Water Potential Assessment
Assessing available water resources to determine if there is enough to meet future needs
Waterpower Assessment
Evaluating a river's potential for generating electricity.
E-flow Assessment
Estimating the minimum river flow needed for a healthy ecosystem
Water Network Design
Planning a system of pipes and pumps to deliver clean water to every home
Surge Analysis
Studying sudden pressure spikes in pipes (because of pump failure or valve closure) to prevent them from bursting or breaking
Design of Small Hydropower Systems
Planning and design small-scale plants to turn flowing stream water into local electricity.
Surge Protection Design
Designing safety measures to stop sudden pressure spikes from damaging or bursting water pipes.
Groundwater Flow Modelling
Map and predict how water moves through underground soil layers
Groundwater Quality Modelling
Predicts how pollution travels in underground water
Groundwater Potential Assessment
Assessing how much usable water is stored underground at a particular site
Groundwater Allocation and Regulation
Setting fair rules and limits on how much underground water people can pump out.
Managed Aquifer Recharge
Artificial storing of excess surface water underground to save it for future use
Geospatial Modelling
Uses location data to analyze and visualize land, water, and resources accurately
Land Use/Land Cover (LULC) Analysis
Land use/land cover analysis unravels how their changes effect the various resources of earth.
Remote Sensing for Water Assessment
Using satellite or drone images to monitor water levels and quality from a distance
Conversion of Data into Geospatial Models
Turning regular information into interactive, location-based maps for better analysis and decision-making.
Watershed Delineation and Morphometric Analysis
Identifying drainage area and its characteristics for better understanding of flow behaviour
Water Conservation for Watersheds
Saving and protecting water within a specific land area to keep local rivers flowing
Watershed Modelling
Simulate how rain travels across a landscape into local rivers.
Water Conservation Strategies
Practical methods and habits used to reduce water waste and protect our natural supply.
Water Harvesting Systems
Collecting and storing rainwater from roofs or surfaces for later use instead of wasting it.
Rainfall-Runoff Modelling
Predicts how much rainwater will flow across land as runoff.
Training:Groundwater Modelling: MODFLOW
Training to use MODFLOW software to simulate and predict underground water and pollutant movements
Surface Water Flow Modelling: HECRAS
Training to simulate river flow and flooding with HEC-RAS software
Watershed Modelling: SWAT & HECHMS
Training to model an entire watershed using SWAT or HEC-HMS software
Software training based on Requirements
Specialized training in water resources software tailored to your specific needs
Customised Tools for QGIS using Python
Creating specialized mapping tools within QGIS by writing Python code based on requirements