Water Collection and Conveyance Systems for Civil Engineering

Every modern community relies on a dependable system to gather and transport clean water from natural sources to treatment facilities and homes. This course provides a clear, structured introduction to the engineering principles behind water collection and conveyance. You will learn how to analyze water demands, evaluate sources, and design the physical systems that keep clean water flowing. Starting with foundational concepts, you will build a strong understanding of hydrology basics, water demand forecasting, and hydraulic principles before moving into practical design scenarios. By the end of this course, you will be able to confidently analyze and plan water transmission systems. What you'll learn: - Understand foundational hydrology concepts and how to estimate population water demand - Evaluate and select appropriate surface and groundwater sources for collection - Design intake structures, wells, and infiltration galleries based on environmental conditions - Apply hydraulic principles to size pipes, gravity aqueducts, and pumping mains - Analyze pipe materials, joint types, and corrosion prevention methods - Configure essential distribution accessories including valves, meters, and storage reservoirs This course begins with essential terminology and source characteristics, then guides you through intake design, pipe hydraulics, and modern distribution network configurations. It is designed for civil engineering students, municipal planners, and aspiring environmental engineers. No prior water systems experience is required to begin. Gain the practical knowledge needed to design resilient water infrastructure.