Urban Utilities Planning: Water, Sanitation, and Drainage

As urban populations grow, designing resilient infrastructure becomes critical to the survival and health of our cities. This course provides a comprehensive introduction to urban utilities planning, focusing on the essential systems that keep cities running: water supply, sanitation, and stormwater drainage. You will transition from understanding basic civil and environmental concepts to analyzing and planning integrated utility networks. By exploring real-world planning principles, you will gain the skills needed to contribute to sustainable urban development and climate-resilient infrastructure projects. What you'll learn: - Understand the foundational principles of urban water demand, sourcing, and distribution network design. - Analyze sanitation systems, including wastewater collection, treatment processes, and decentralized management. - Design effective stormwater drainage systems using modern runoff estimation and sustainable urban drainage concepts. - Integrate green infrastructure and climate-resilience strategies into traditional utility planning frameworks. - Apply regulatory standards and environmental impact guidelines to urban utility projects. The course begins with core terminology and the historical context of urban planning before guiding you through the technical aspects of water distribution, sanitation networks, and drainage design. You will explore modern sustainability practices, including water recycling and flood mitigation, through clear written explanations and practical planning exercises. This course is designed for beginners, aspiring urban planners, civil engineering students, and environmental enthusiasts. No prior experience in utility design or engineering is required. Start building the foundational knowledge needed to plan the sustainable cities of tomorrow.