Wind Turbine Fundamentals
- Understand the basic forms of energy and how they relate to renewable generation
- Learn the key design principles of wind turbines, including aerodynamics, power curves and electrical systems
- Gain insight into turbine performance, energy yield and influencing factors
- Develop an understanding of the full asset lifecycle from planning to decommissioning
- Become familiar with certification requirements, industry standards and offshore logistics
- Recognise major trends shaping the future of wind and the wider renewable energy market
Overview
Copilot said: This introductory Wind Energy course provides a practical overview of how wind turbines and wind farms generate electricity, covering the fundamentals of energy, renewable generation, turbine aerodynamics, and key mechanical and electrical systems. Through a combination of theory, practical activities and a virtual offshore turbine tour, participants will gain an understanding of the wind energy sector, turbine lifecycle, and the training, certification and competence requirements for working in both onshore and offshore environments.
Who should attend
Copilot said: This course is ideal for individuals seeking a broad introduction to the wind energy sector, graduates, trainees and engineers looking to develop a career in wind energy, professionals transitioning from industries such as oil and gas into offshore wind, and engineers, supervisors and managers involved in turbine operations, maintenance and project support services.
Course Content
This course provides a clear introduction to how wind turbines and wind farms function, from the fundamentals of energy through to the full lifecycle of a modern turbine.
Using a blend of classroom-based theory, guided practical activities and a virtual walk-through of an offshore turbine, participants will explore the principles of energy and renewable generation, aerodynamics, mechanical and electrical systems, and how these come together to generate power and energy yield.
The course also outlines the requirements of training, certification, competence standards across both onshore and offshore environments.
This course contributes 7 CPD hours.
Who Should Attend
Course Syllabus
Day 1
Structure:
During this course, you will learn:
- Energy
- Energy fundamentals: chemical, thermal, mechanical and electrical energy
- Types of renewable energy and the role of wind
- Turbine design and performance
- Wind turbine design and operation
- Aerodynamic principles, power curve behaviour and energy yield
- Guided virtual tour of a 7 MW wind turbine
- Asset lifecycle and skills development
- Mechanical and electrical systems within a turbine
- Asset lifecycle: development, surveys, planning and project management
- Installation, O&M and sustainable decommissioning strategies for onshore and offshore sites
- GWO and industry certification
- Future technology trends and long-term potential of sustainable energy
Additional Information
Matthew is a Chartered Mechanical Engineer with international experience across energy, utilities, manufacturing and process industries. He has progressed through technical, supervisory and leadership roles in maintenance, asset management and project management and is recognised for making complex concepts clear and practical.
He has delivered training to engineers, technicians, and managers, supporting companies in developing asset management and maintenance strategies aligned with ISO 55001. Matthew has also led improvement projects across oil and gas, refining, manufacturing and renewable energy. He is a Fellow of the Institution of Mechanical Engineers and a certified PRINCE2 Practitioner in Project Management.
