GWO Advanced Rescue Training helps employers reduce common emergency rescue hazards associated with wind turbines.
GWO Advanced Rescue Training helps employers reduce common emergency rescue hazards associated with wind turbines.
The aim of this GWO Basic Safety Training (BST) course is to equip participants with essential safety knowledge and skills through both theoretical and practical training. This training is approved according to GWO Standards and covers the GWO Basic Training Modules.
This course is ideal for:
This GWO certified BST course provides participants with essential safety knowledge and skills through both theoretical and practical training. Fire & Safety Australia is an approved provider of GWO's BST across Australia. This training course covers:
On successful completion of the GWO BST training, students will receive GWO Certificates of Attendance and a Statement of Attainment for the following Nationally Recognised Units of Competency:
The GWO First Aid module consists of pre-course learning and assessment which students are required to complete prior to their classroom session. Further details are provided on booking/enrolment
This module requires a very high level of fitness, strength, grip, and tolerance for working at heights in simulated wind turbine environments.
This module requires a moderate level of fitness, stamina, and strength, with the ability to lift, carry, and handle loads safely while applying correct manual handling techniques.
This module requires a moderate level of stamina, grip strength, and mobility, with the ability to use firefighting equipment safely in simulated emergencies.
This module requires a moderate to high level of stamina, mobility, strength, and dexterity, with the ability to kneel, bend, apply pressure, and carry out simulated first aid responses.
This module requires a moderate to high level of stamina, strength, mobility, and dexterity, particularly for casualty rescue and CPR.
This module requires a very high level of physical fitness, stamina, grip, and mobility, as all tasks are performed under simulated emergency rescue conditions.