Course Overview

Curious about how we turn moving air into clean power? This module takes you inside the world of wind energy, from the science of where wind comes from to the tech that captures it. You’ll discover how landscapes and weather patterns shape wind, how we measure it, and why those details matter when building turbines. The module will break down the stats and tools experts use to forecast energy production and find the best sites. You’ll explore the aerodynamics behind turbine blades, how much power can really be harvested, and what affects performance. Then, step into the engineering side: gears, generators, and the electrical systems that keep everything running smoothly. We’ll also look at offshore wind, where the challenges are bigger but the rewards even greater—think stronger winds, tougher designs, and building power plants at sea. By the end, you’ll see how science, data, and engineering come together to drive one of the fastest-growing sources of renewable energy.

Main Goal

Designed for engineers, researchers, and sustainability advocates, this module offers a comprehensive exploration of wind energy technologies, from the fundamental principles of wind as a natural phenomenon to the intricate design and operation of wind turbines. Delve into the aerodynamic, mechanical, and electrical aspects of wind energy systems, and gain insights into the challenges and innovations shaping offshore wind energy.

Skills To Be Gained

On completion of this module the learner will/should be able to;

1. Analyse the natural phenomena influencing wind energy systems.
2. Apply statistical methods to analyse wind data for energy production forecasting.
3. Evaluate aerodynamic principles in the design and performance of wind turbines.
4. Assess the mechanical and electrical components of wind turbines and their integration.
5. Identify and address the challenges in the design and operation of onshore and offshore wind energy systems.

Practical Notes

Contact TUS for information on discounted fees.

Contact details: Gerard Cahill, TUS DigiWind Manager, gerard.cahill@tus.ie