Water Resource Systems: Modeling and Optimization for Engineers

Managing global water resources requires robust quantitative analysis to balance supply, demand, and environmental protection. This text-based course introduces you to the engineering principles used to design and manage large-scale water systems. You will transition from understanding basic hydrological concepts to building practical simulation and optimization models. Through written explanations and clear code examples, you will gain the skills to evaluate river basins, design flood control systems, plan water supplies, and address groundwater remediation challenges using industry-standard analytical tools. What you'll learn: Understand foundational water resource terminology, hydrological cycle dynamics, and system engineering principles; Build simulation models using MATLAB to analyze complex river basin development and water distribution networks; Solve numerical optimization problems using GAMS to allocate water resources efficiently under competing demands; Design quantitative strategies for flood control, municipal water supply, and groundwater remediation; Apply modern climate resilience and sustainability metrics to water resource planning. The course begins with core definitions and essential mathematical concepts before guiding you through step-by-step modeling scenarios. You will progress from simple water balance equations to comprehensive multi-objective optimization challenges. Designed for aspiring civil engineers, environmental scientists, and students new to water resource planning, this course requires no prior modeling experience. Start reading today to master the quantitative tools shaping the future of water management.