Course Overview:
The “Hydrological Engineering and Water Drainage System Design” course focuses on managing surface and groundwater and designing effective drainage systems. It emphasizes the use of hydrological methods to estimate water quantities, analyze water flow, and design systems that ensure safe and efficient water distribution while considering environmental factors.
Course Objectives:
- Understand the fundamental principles of hydrological engineering and its significance in drainage system design.
- Develop skills for analyzing surface and groundwater flows.
- Learn how to design effective drainage systems to meet community needs.
- Assess the impact of climatic and environmental changes on drainage systems.
- Apply modern methods in measuring and designing hydrological systems.
Training Content:
- Introduction to hydrological engineering and drainage concepts.
- Hydrological analysis of surface and groundwater flows.
- Design of wastewater and surface drainage systems.
- Estimation of water quantities through mathematical modeling.
- Impact of climate change on drainage systems.
- Techniques for sustainable water management.
- Case studies of drainage systems in various environments.
- Use of modern software in the design and analysis of drainage systems.
Target Audience:
This course is aimed at civil and environmental engineers, engineering students, water management specialists, researchers, and urban planners. It is also beneficial for professionals working in urban planning and water resource management, as well as engineers looking to enhance their skills in designing water drainage systems.
