Water Supply Engineering: Fundamentals and Modern Design

Clean, reliable water is the backbone of any thriving community, requiring precise engineering to source, treat, and distribute safely. This text-based course guides you from the fundamental principles of hydrology and water chemistry to the design of modern, resilient water distribution networks. What you'll learn: - Understand the core concepts of water sources, hydrology, and municipal demand forecasting. - Analyze water quality parameters and the physical and chemical processes used in treatment plants. - Design water distribution networks using fundamental hydraulic principles and pipe flow calculations. - Learn the mechanics of water storage, pumping stations, and distribution infrastructure. - Explore modern smart water grid technologies, leakage detection, and sustainable resource management. - Practice solving engineering calculations for pressure loss, flow rates, and storage capacity through written exercises. You will start with foundational definitions, water chemistry basics, and regulatory standards before moving into hydraulic design, treatment methodologies, and modern network management techniques. This course is designed for aspiring civil and environmental engineers, municipal planners, and students seeking a solid, beginner-friendly grounding in water infrastructure. No prior engineering experience is required. Start your journey toward engineering safe and sustainable water systems today.