Through practical exercises and real-world applications, participants will gain proficiency in modeling, analyzing, and optimizing water networks, preparing them to tackle complex challenges in water resource management effectively.

• Understand the principles and importance of hydraulic modeling in water distribution systems.
• Gain proficiency in using WaterGEMS for modeling, analysis, and optimization.
• Learn advanced techniques for scenario management, model calibration, and optimization.
• Acquire practical skills in interpreting simulation results and making informed decisions.
• Apply WaterGEMS to real-world case studies and scenarios.

Personal Impact

• Gain advanced proficiency in hydraulic modeling techniques using Bentley's WaterGEMS software.
• Acquire skills to effectively analyze and optimize water distribution systems for enhanced efficiency.
• Enhance career prospects with specialized knowledge in hydraulic engineering and water resource management.
• Improve problem-solving abilities by applying practical modeling skills to real-world scenarios.

Organizational Impact

• Optimize water distribution systems through enhanced modeling and simulation capabilities.
• Improve decision-making processes related to water infrastructure investments and operations.
• Increase operational efficiency and cost-effectiveness in water utility management.
• Foster innovation and best practices in hydraulic engineering across the organization, ensuring sustainable water resource management.

• Civil engineers specializing in water resources
• Municipal water utility managers and operators
• Consulting engineers involved in water infrastructure projects
• Researchers and academics in the field of hydraulic engineering
• Professionals seeking advanced skills in hydraulic modeling and simulation

This interactive Training will be highly interactive, with opportunities to advance your opinions and ideas and will include:

• Lectures
• Workshop & Work Presentation
• Case Studies and Practical Exercise
• Videos and General Discussions

Module 1: Introduction to WaterGEMS

• Overview of hydraulic modeling
• Introduction to WaterGEMS interface
• Setting up a new project
• Importing CAD and GIS data
• Understanding model components

Module 2: Building a Hydraulic Model

• Defining network components (pipes, nodes, tanks, pumps)
• Assigning properties (diameter, roughness, demand patterns)
• Creating and editing hydraulic elements
• Checking model connectivity and data validation
• Using templates for efficient model setup

Module 3: Hydraulic Analysis Basics

• Running steady-state and extended period simulations
• Analyzing pressure and flow characteristics
• Assessing hydraulic performance metrics
• Interpreting simulation results
• Conducting sensitivity analysis

Module 4: Advanced Modeling Techniques

• Implementing demand-driven modeling
• Incorporating complex pipe networks (loops, branches)

• Applying boundary conditions and constraints
• Modeling pressure-dependent demands
• Handling transient flow analysis

Module 5: Scenario Management

• Creating and managing multiple scenarios
• Comparing simulation results across scenarios
• Optimizing network designs and operations
• Evaluating system resilience and reliability
• Integrating risk assessment in scenario planning

Module 6: Model Calibration and Validation

• Calibrating model parameters to field data
• Using optimization tools for calibration
• Validating model accuracy and reliability
• Adjusting model assumptions and parameters
• Documenting calibration procedures

Module 7: Network Optimization

• Identifying performance bottlenecks
• Implementing optimization strategies
• Improving energy efficiency
• Reducing water loss and leakage
• Integrating GIS for spatial analysis

Module 8: Water Quality Modeling

• Incorporating water quality parameters
• Tracking contaminants and pollutants
• Assessing water age and mixing characteristics
• Simulating water treatment processes
• Mitigating water quality risks

Module 9: GIS Integration and Data Management

• Integrating GIS data with WaterGEMS
• Using GIS for spatial analysis and visualization
• Managing and updating GIS data layers

• Leveraging spatial queries and overlays
• Ensuring data consistency and accuracy

Module 10: Case Studies and Practical Applications

• Analyzing case studies of real-world applications
• Solving complex hydraulic problems
• Presenting findings and recommendations
• Discussing best practices and lessons learned
• Q&A and final assessment

A RECTUS attendance certificate will be awarded to all participants who complete at least 80% of the total course duration.