Hydraulic Engineering

This unit focuses on hydraulic systems and their applications. It explores the fundamental and advanced principles of hydraulic engineering, equipping you with the knowledge to design and analyse water distribution and control systems in civil engineering contexts.



Key topics include open channel flow, hydraulic jumps, pipe flow, groundwater supply, well hydraulics, water quality, and treatment. The unit also covers the design and analysis of hydraulic systems, such as water supply networks, open channels, and pump and turbine systems, ensuring a comprehensive understanding of fluid behaviour and its impact on infrastructure.




By the end of this unit, you will have developed key skills to tackle hydraulic engineering challenges, including the design of water distribution networks, open channels, groundwater system, and water treatment systems, contributing to sustainable and efficient water management solutions in civil engineering.

Learning Outcomes

On successful completion of this unit, students will be able to:

1. Analyse water distribution system performance using hydraulic principles, and evaluate system design options for efficiency, sustainability and system resilience;
2. Design hydraulic systems, including pumps, channels, groundwater wells, and distribution networks, using appropriate engineering methods and technical judgment;
3. Determine key components of water treatment systems based on source water quality and relevant water supply standards; and
4. Collaborate effectively within a team setting to formulate engineering solutions for complex hydraulic challenges, including hydraulic jumps and dam planning, by integrating technical, environmental and regulatory considerations.