Uses Geographic Information Systems (GIS) technology to help select the best sites for wind farm development.

Maintains, repairs and replaces systems and components. They identify and resolve technical problems and make sure the turbine is working properly.

Manages noise and vibration impacts from wind turbines and works to minimise potential disturbances.

Conducts geotechnical investigations and assessments to ensure the stability and integrity of foundations for offshore wind turbines.

Specialises in the design and installation of cables, on land or subsea for offshore wind farms, ensuring reliable and efficient power transmission.

Forms an integral part of the construction and operations phases and is typically required to oversee and report on all the electrical operational, installation and safety requirements for the project.

Responsible for service and maintenance work on all wind turbines and associated hydraulic and mechanical equipment.

Conduct studies to identify the most appropriate locations for wind turbines, analysing data on wind speeds and patterns, designing and testing wind turbine components.

A specialised type of engineer who works specifically on the design and analysis of wind turbine structures. Wind turbines are complex machines that must be built in the most sustainable and efficient way possible.

Designs and plans large infrastructure projects, such as wind farm foundations, access roads, and crane paths and pads.

Works on the electronic systems used to operate and monitor the turbine. They ensure the turbines can be operated remotely.

Tests, analyses and measures wind efficiency and suggest ways to improve energy production.