Course Catalogue.

By the end of this course, you will be able to:

• Analyze and solve practical fluid and hydraulics problems using hydrostatics and hydrodynamics principles.
• Calculate frictional head losses and determine required pump head and horsepower for real systems.
• Specify and select hydraulic machines based on system head, flow rate, and performance requirements.
• Evaluate hydraulic systems to optimize the conversion of hydraulic power into electrical energy.
• Apply structured troubleshooting approaches to improve the efficiency and reliability of hydraulic systems.

Description

In professional practice, engineers are often required to analyze fluid systems that involve competing constraints related to flow behaviour, energy losses, equipment performance, and system efficiency. Whether the application involves water distribution, pumping systems, or hydroelectric facilities, inaccurate assumptions or incomplete analysis can lead to operational inefficiencies, increased costs, or system failures.

This course builds a practical understanding of fluid statics, hydrodynamics, and hydraulic machines by linking fundamental principles directly to real engineering problems. Through mathematical formulations, worked examples, and applied case studies, you will examine laminar and turbulent flow, calculate frictional head losses, and evaluate pump and turbine performance under varying operating conditions.

By emphasizing applied analysis and decision‑making, this training equips you with structured methods to assess hydraulic systems, select appropriate equipment, and troubleshoot performance issues with confidence. The skills developed can be applied directly to infrastructure projects, water resource systems, and hydroelectric power generation, enabling more informed and effective engineering decisions.

Who Should Attend

This course is designed for:

• Civil, mechanical, electrical, environmental, chemical, and industrial engineers
• Engineering technologists and technicians working with fluid or hydraulic systems
• Professionals involved in pumping systems, water resources, or hydraulic infrastructure
• Engineers working on or supporting hydroelectric power projects
• Early‑career to senior practitioners seeking to strengthen applied fluid mechanics skills

Course Syllabus

Course Outline

• Hydrostatics and hydrodynamics concepts and analyses
• Manning’s equation and fluid flow rate calculations
• Application of Bernoulli’s equation for calculation of fluid flow and fluid energy analysis
• Application of Darcy and Hazen-Williams equations for calculation of frictional head losses in fluid systems
• Hydraulic machines, such as pumps, are commonly applied in the industrial and commercial environment
• Mathematical analysis involving matching of system head requirements with available pump curves
• Hydraulic machines commonly applied in the hydroelectric systems environment, such as turbines