HydroNexus - Water Resources Management Model, South Saskatchewan River Basin

Designed and developed an advanced Decision Support System (DSS) for integrated water resources planning and operations within the South Saskatchewan River Basin (SSRB). The platform combines hydrologic analysis, reservoir operations, irrigation demand management, environmental flow assessment, and system performance analytics into a unified interactive dashboard.

The application models basin-scale river network operations using WRMM/WRM-DSS concepts, including reservoirs, diversion systems, irrigation districts, natural channel flow constraints, and interprovincial apportionment requirements. It supports scenario evaluation, operational policy visualization, drought and flow analysis, penalty-based optimization logic, and water allocation decision workflows.

Key features include:

Interactive SSRB basin schematic and network visualization
Dynamic hydrology and flow analysis dashboards
Reservoir operating zone and WCO penalty modeling
Irrigation demand satisfaction assessment
KPI and performance monitoring panels
SCF and HBDF input configuration visualization
Responsive dark-theme engineering dashboard UI
Modular and scalable front-end architecture using dynamic tab systems and reusable components

Technologies:
HTML, CSS, JavaScript, SVG, Chart.js, Data Visualization, Hydrologic Modeling Concepts, WRMM/WRM-DSS Framework, Water Resources Engineering, GIS-informed System Design

Focus Areas:
Water Resources Management, Reservoir Operations, Basin Planning, Decision Support Systems, Environmental Flow Management, Irrigation Systems, Hydrologic Analytics, Infrastructure Visualization, Operational Optimization