Day-1

• Pretest
• Establish design criteria, standards, and perform population projections.
• Calculate water demand, analyze hydraulic principles, and flow mechanics.
• Perform head loss calculations, determine pipe sizing, and select materials.
• Create effective design layouts for water distribution systems.

Day-2

• Plan distribution networks and develop loop and branch system designs.
• Design storage facilities, pump stations, and valve placement strategies.
• Address pressure zone design, ensure system redundancy, and optimize designs.

Day-3

• Learn the basics of computer modeling and key software applications.
• Perform hydraulic modeling, scenario analysis, and calibration of models.
• Integrate GIS, apply AutoCAD tools, and prepare thorough design documentation.

Day-4

• Incorporate treatment facilities, booster stations, and PRV installations.
• Design fire protection systems, emergency connections, and metering systems.
• Implement SCADA integration, smart systems, and advanced monitoring tools.
• Day-5
• Develop construction specifications and estimate project costs.
• Apply effective project management techniques for implementation.
• Conclude with a final evaluation and review of design projects.