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infrastructure design diploma gold courses:

Training course Course Levels Duration WaterCAD 1 level 16 hrs

SewerCAD 2 level 16 hrs

Storm CAD 1 level 16 hrs

Infrastructure training diploma : This diploma is designed by engosoft specially for infrastructure designers it takes you step by step from the beginning basics for pipe and networks design through the technical courses which the trainee will learn the design basics the first step is by learning the AutoCAD commands through Autocad course which will helps you in drafting , annotation then the watercad course for designing underpressure pipe networks based on the demands and popullation of the study area and methodes of distribution .after that comes the sewercad software which will provide the trainee with the the basics of the traditional way to dispose of waste water is cesspit. the solution is to design sewage collection system . At last the storm Cad which provides comprehensive modeling for the design and analysis of storm sewer systems. StormCAD provides calculations for catchment runoff, gutters, inlets, junctions, pipe networks, and outfalls, and its intuitive interface makes the design and analysis of storm sewer systems easier than ever

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Sewer CAD

training course begins with the basics of the traditional way to dispose of waste water is cesspit. the solution is to design sewage collection system . Design of water distribution network is one of the most important infrastructure action .

Storm Cad StormCAD provides comprehensive modeling for the design and analysis of storm sewer systems. StormCAD provides calculations for catchment runoff, gutters, inlets, junctions, pipe networks, and outfalls, and its intuitive interface makes the design and analysis of storm sewer systems easier than ever. This workshop will go over StormCAD’s features and platforms, a product demonstration and your chance to ask questions

Water CAD training course begins with the basics of hydraulics theory as it applies to water distribution modeling, then takes students through more advanced topics such as: working with multiple scenarios and alternatives; model calibration; pump selection; energy and cost studies; extended period simulation; fire flow analysis; water quality analysis; and finally identifying critical links or shortfalls within a water system .

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Water CAD ( 16 HRS )

training course begins with the basics of hydraulics theory as it applies to water distribution modeling, then takes students through more advanced topics such as: working with multiple scenarios and alternatives; model calibration; pump selection; energy and cost studies; extended period simulation; fire flow analysis; water quality analysis; and finally identifying critical links or shortfalls within a water system .

Introduction :

course begins with the basics of hydraulics theory as it applies to water distribution modeling,

then takes students through more advanced topics such as: working with multiple scenarios

and alternatives; model calibration; pump selection; energy and cost studies; extended period

simulation; fire flow analysis; water quality analysis; and finally identifying critical links or

shortfalls within a water system. Students will become familiar with WaterCAD and use the

software to reinforce concepts with case studies. Additional days cover: advanced water

distribution modeling software tools for automating system calibration and design; pump

scheduling; and model skeleton. Also covered are specific topics such as: building models from

geospatial and other data sources; developing system demands from geospatial data on land

use or population, etc.; importing elevation data from digital elevation models; introductory

material on customizing and extending WaterCAD using Water Objects; and also bringing

SCADA data into a model. Other topics covered during the advanced portion of the class include

leveraging the interoperability of WaterCAD to take advantage of the industry’s leading

CAD/GIS platforms.

Learning Objectives: By the end of this course, students will be able to:

Apply the basic principles of water distribution modeling

Gain essential knowledge for water system design, operation, and troubleshooting

Apply WaterCAD models to solve common water distribution system problems

Develop a deeper understanding of model creation and analysis using WaterCAD

Increase productivity by using automated approaches to complete common modeling tasks

Building functional models using existing data

Locating critical pipe segments, analyzing their impact and remediating them within water system

Troubleshooting an existing distribution system model for closed valves

Skeleton existing water model effectively for use in master planning

Using models for solving complex design and operation control problems

Determining the most applicable method(s) to simulate system demand and where that

demand data may come from any source .

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Sewer CAD

training course begins with the basics of the traditional way to dispose of waste water is cesspit. the solution is to design sewage collection system . Design of water distribution network is one of the most important infrastructure action .

Introduction :

Municipalities, utilities, and engineering firms around the world use SewerCAD to plan, design,

and analyze their wastewater collection systems.

An easy-to-use interface, automatic design features, and stunning presentation tools will help

you focus on engineering better sewer collection systems.

Modelers can build complete system profiles on-the-fly with full layer annotation and

placement control, instantly recognize bottlenecks in your system with dynamic presentation

and reporting tools, and use automated design tools to propose improvements and assess the

financial impact of suggested changes.

Learning Objectives: • Sewer System Overview/Assembling a Model /Sanitary Dry Weather Flows • Constructing a Gravity Network (Construct and solve a basic gravity network model-multiple scenarios) • Reviewing Results in SewerCAD (Using FlexTables / Color-Coding / Annotating / Creating Profile) • Designing a New System with Dry and Wet-Weather Flows (Design a new system for peak flows and test for minimum flows. Automated Design-Designing a New System) • Pumps and Force Mains/Gravity and Pressure (Analyze the hydraulics of a gravity and pressure sewer system, and design a new branch) • Extended Period Simulations (Construct a sewer system with gravity and pressure components and run dry and wet weather simulations through time. Review Extended Period Simulation Results) • Building Model from External Data Sources (CAD/GIS) (Construct a model using the ModelBuilder Wizard and review the topography of the newly created model)

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Storm Cad StormCAD provides comprehensive modeling for the design and analysis

of storm sewer systems. StormCAD provides calculations for catchment

runoff, gutters, inlets, junctions, pipe networks, and outfalls, and its

intuitive interface makes the design and analysis of storm sewer systems

easier than ever. This workshop will go over StormCAD’s features and

platforms, a product demonstration and your chance to ask questions

Introduction :

StormCAD provides comprehensive modeling for the design and analysis of storm sewer

systems. StormCAD is FEMA-approved and provides calculations for catchment runoff, gutters,

inlets, junctions, pipe networks, and outfalls, and its intuitive interface makes the design and

analysis of storm sewer systems easier than ever.

Learning Objectives: •Getting Started in Bentley Storm

•Quick Start Lessons

•Introducing the Workspace

•Using Model Builder to Transfer Existing Data

•Creating Models

•Scenarios and Alternatives

•Calculating Your Model

•Presenting Your Results

•Theory

•Gravity Flow Diversions