Course Outline

Module 1: Introduction to WaterGEMS

• Overview of hydraulic modeling and its applications

• Navigating the WaterGEMS interface and tools

• Setting up a new modeling project

• Importing CAD, GIS, and field survey data

• Understanding model components and structure

• Hands-On Exercise: Creating your first WaterGEMS model project

Module 2: Building a Hydraulic Model

• Defining key network elements (pipes, nodes, tanks, pumps, valves)

• Assigning properties (diameter, roughness, demand patterns)

• Creating and editing hydraulic elements

• Validating data and model connectivity

• Using templates and model builder tools for efficient setup

• Hands-On Exercise: Building and validating a water network from scratch

Module 3: Hydraulic Analysis and Simulation

• Running steady-state and extended period simulations

• Pressure, flow, and head loss analysis

• Evaluating network performance indicators

• Interpreting simulation results and reports

• Conducting sensitivity and demand variation analysis

• Hands-On Exercise: Running and interpreting system performance simulations

Module 4: Advanced Modeling Techniques

• Demand-driven vs pressure-dependent modeling

• Modeling loops, branches, and complex pipe systems

• Applying system constraints and control rules

• Performing transient and surge flow analysis

• Setting boundary conditions and control strategies

• Hands-On Exercise: Configuring advanced network scenarios

Module 5: Scenario Management and Optimization

• Creating and managing multiple operational scenarios

• Comparing simulation results across network conditions

• Assessing system reliability, redundancy, and resilience

• Optimizing network designs for energy efficiency

• Integrating risk-based scenario planning

• Hands-On Exercise: Running optimization scenarios using WaterGEMS tools

Module 6: Model Calibration and Validation

• Calibration principles and data requirements

• Using SCADA and field data for model validation

• Applying optimization tools for parameter calibration

• Adjusting assumptions for model refinement

• Documenting calibration procedures and results

• Hands-On Exercise: Calibrating a model using real field data

Module 7: Network Optimization and Energy Management

• Identifying performance bottlenecks and inefficiencies

• Optimizing pump operations and energy usage

• Reducing water losses and improving pressure management

• Incorporating real-time operational data

• Leveraging WaterGEMS Darwin tools for optimization

• Hands-On Exercise: Designing an energy-efficient pumping system

Module 8: Water Quality and Contaminant Modeling

• Introduction to water quality modeling principles

• Simulating water age and mixing characteristics

• Tracking contaminants and pollutants through networks

• Modeling disinfection and water treatment processes

• Managing water quality risk within distribution systems

• Hands-On Exercise: Simulating water age and chlorine decay

Module 9: GIS Integration and Data Management

• Linking GIS databases with WaterGEMS

• Spatial visualization and mapping of hydraulic parameters

• Managing and updating geospatial datasets

• Conducting spatial queries and overlays for decision support

• Ensuring data consistency and quality assurance

• Hands-On Exercise: Integrating GIS data for hydraulic network analysis

Module 10: Case Studies and Practical Applications

• Review of real-world WaterGEMS modeling applications

• Solving complex hydraulic and water quality challenges

• Developing improvement plans based on model results

• Preparing professional model reports and visualizations

• Group discussion: Best practices and lessons learned

• Hands-On Exercise: Comprehensive end-of-course modeling project