Training on Mastering Sewer & Stormwater Modeling with Bentley SewerGEMS

This Training on Mastering Sewer & Stormwater Modeling with Bentley SewerGEMS 10-day program provides in-depth training in using Bentley SewerGEMS software for advanced sewer and stormwater system modeling. Through a blend of theory and extensive hands-on exercises, you'll gain the practical skills to model, analyze, and optimize complex sewer networks, preparing you to tackle real-world challenges in wastewater and stormwater management. You'll learn to leverage SewerGEMS's powerful capabilities to improve system efficiency, reduce operational costs, and enhance decision-making processes related to sewer infrastructure planning and operations.

Key Features:

• In-depth Training: Master SewerGEMS's capabilities through a combination of lectures and hands-on exercises.
• Real-World Applications: Apply your skills to realistic case studies and scenarios.
• Expert Instruction: Learn from experienced professionals in the field of water resources engineering.
• Comprehensive Coverage: Explore all aspects of sewer and stormwater modeling, from basic concepts to advanced techniques.
• Practical Skills Development: Gain the confidence to use SewerGEMS to solve real-world problems.

Target Audience:

This training on mastering sewer & stormwater modeling with bentley sewergems course is designed for professionals in various roles:

• Civil Engineers specializing in wastewater and stormwater management.
• Municipal Water & Sewer Utility Managers & Operators.
• Consulting Engineers involved in sewer infrastructure projects.
• Researchers & Academics in environmental engineering.
• Professionals seeking advanced skills in sewer and stormwater modeling.

Course Objectives: 

Upon successful completion, you will be able to:

• Understand Modeling Fundamentals: Grasp the core principles and importance of sewer and stormwater system modeling.
• Master SewerGEMS: Become proficient in using SewerGEMS for comprehensive network analysis and optimization.
• Apply Advanced Techniques: Utilize advanced techniques for scenario management, model calibration, and optimization.
• Interpret Simulation Results: Accurately interpret simulation results and make informed decisions.
• Solve Real-World Problems: Apply SewerGEMS to real-world case studies and scenarios.

Course Content:

Module 1: Introduction to Sewer & Stormwater Modeling with SewerGEMS

• Overview of Sewer & Stormwater Modeling Concepts
• Introduction to the SewerGEMS Interface & Features
• Setting Up a New SewerGEMS Project
• Importing & Managing CAD & GIS Data
• Defining Model Components (pipes, nodes, manholes, catchments)

Module 2: Building a Sewer & Stormwater Network

• Creating & Editing Network Elements
• Assigning Properties to Network Elements
• Establishing Flow Patterns & Boundary Conditions
• Ensuring Model Connectivity & Data Integrity
• Utilizing Templates for Efficient Model Setup

Module 3: Running Hydraulic & Hydrologic Simulations

• Performing Steady-State & Dynamic Simulations
• Analyzing Hydraulic & Hydrologic Results
• Troubleshooting Common Simulation Issues
• Interpreting Simulation Output Data
• Conducting Sensitivity Analysis

Module 4: Advanced Modeling Techniques

• Implementing Flow Routing Methods
• Modeling Complex Networks (branches, loops)
• Applying Boundary Conditions & Constraints
• Simulating Storm Events & Analyzing Impacts
• Modeling Infiltration & Inflow (I&I)

Module 5: Scenario Management

• Creating & Managing Multiple Scenarios
• Comparing Results Across Scenarios
• Optimizing Network Designs & Operations
• Evaluating System Resilience & Reliability
• Documenting & Presenting Scenario Analyses

Module 6: Model Calibration & Validation

• Principles of Model Calibration & Validation
• Collecting & Using Field Data for Calibration
• Optimization Tools for Model Calibration
• Validating Model Accuracy & Reliability
• Documenting Calibration Procedures & Results

Module 7: Network Optimization

• Identifying Performance Bottlenecks & Inefficiencies
• Optimization Strategies for Network Performance
• Improving Energy Efficiency & Reducing Operational Costs
• Reducing Sewer Overflow & Backups
• Using GIS for Spatial Analysis & Optimization

Module 8: Water Quality & Environmental Impact Modeling

• Introduction to Water Quality Parameters & Modeling
• Simulating Pollutant Transport & Transformation
• Assessing Water Quality Impact on Network Performance
• Modeling & Mitigating Environmental Impacts
• Integrating Water Quality Analysis with Hydraulic Modeling

Module 9: GIS Integration & Data Management

• Integrating GIS Data with SewerGEMS
• Using GIS Tools for Spatial Analysis & Visualization
• Managing & Updating GIS Data Layers
• Performing Spatial Queries & Analyses
• Ensuring Data Consistency & Accuracy

Module 10: Case Studies & Practical Applications

• Real-World Case Studies Using SewerGEMS
• Solving Complex Sewer & Stormwater Modeling Problems
• Presenting Findings & Recommendations
• Discussing Best Practices & Lessons Learned
• Final Project & Course Assessment