Infrastructure Professional Track
A practical training package for designing and analyzing infrastructure networks (water, sewer, stormwater, and shop drawings) using WaterGEMS, SewerGEMS, and StormGEMS, with a strong focus on hydraulic modeling and hands-on application in line with recognized engineering standards.
محتويات الباقة
SewerGEMS Program
A practical training program for designing and analyzing sewerage networks using SewerGEMS, with a clear explanation of network design fundamentals and hydraulic load analysis. From creating digital models, to applying design standards, and ultimately integrating technical data to enhance design accuracy and operational efficiency.
StormCAD Program
A training program that covers the fundamentals of designing and analyzing stormwater drainage networks using StormGEMS, with a focus on stormwater runoff management and hydraulic modeling of drainage systems. The program enables participants to analyze flooding scenarios, evaluate the performance of drainage systems, and propose engineering solutions to enhance efficiency and system stability.
WaterGEMS Program
A training program for designing and analyzing water distribution networks using WaterGEMS, with a focus on understanding network components and fundamental hydraulic principles. From creating hydraulic models, to analyzing pressures and flows, and ultimately evaluating network performance under different operating conditions.
Civil Infrastructure Shop Drawings
A practical training program for preparing shop drawings for infrastructure projects, with a clear explanation of how to transform engineering designs into accurate execution drawings. From reading and analyzing drawings, to coordinating details across disciplines, and ultimately reducing errors to ensure high-quality on-site execution.
What you will learn
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Developing accurate hydraulic models for water, sanitary sewer, and stormwater networks using GEMS software.
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Calculating pressures, flows, and hydraulic loads to ensure network efficiency and stability.
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Analyzing network performance and predicting operational issues such as flooding and blockages.
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Integrating GIS data with hydraulic models to enhance design accuracy and decision-making.
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Preparing infrastructure shop drawings and linking design with on-site execution.
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Applying approved engineering codes and standards in civil infrastructure projects.
Target Audience
Civil and Infrastructure Design Engineers.
Water, Sewer, and Stormwater Network Engineers.
Technical office and engineering consultancy professionals.
Site engineers and supervisors in infrastructure projects.
Civil engineering students and graduates seeking specialization in infrastructure networks.
