Introduces the main mechanical components and systems of a wind turbine. Participants learn about mechanical hazards, bolted and welded connections, gearboxes, braking, yaw, cooling and lubrication systems, while practising the safe use of handheld tools.

Develops the skills needed to perform bolt torquing and bolt tensioning using electrical and hydraulic tools. The module focuses on task preparation, equipment setup, correct tightening procedures, safe positioning, quality control and post-task inspection.

Introduces the risks associated with electrical, mechanical and pressure-fluid energy. Participants learn the basic principles of hazardous energy control, Lockout-Tagout, safe behaviour around isolated systems and how to respond appropriately to hazardous energy situations.

Provides an introduction to electricity and the electrical systems found in wind turbines. Participants learn about electrical hazards, circuits, components, sensors and measuring instruments, including the safe and correct performance of basic electrical measurements.

Introduces the mechanical activities involved in wind turbine installation. Participants learn about installation environments, component handling and storage, lifting operations, preparation, pre-assembly, assembly and the basic principles of mechanical completion.

Covers the basic principles of hydraulic systems used in wind turbines. Participants become familiar with pumps, valves, actuators, accumulators, hoses, sensors, hydraulic diagrams and pressure measurement while learning how to work safely around pressurised systems.

Provides an introduction to the electrical activities performed during wind turbine installation. The module covers component preparation, cable handling and connection, electrical completion, hydraulic completion, external generators and preparation for handover to commissioning.