(C&GWAH) City & Guilds: Working at Height Safety & Rescue

Description

This course is aimed at personnel who are required to work at height.

Industry-wide in the UK falls from height continue to be a worrying accident statistic causing around 35 fatalities per year.

Alongside our trusted partner MSA, we are committed to playing our part in the reduction of this figure. We have been given full backing and support in developing a new City & Guilds endorsed Working at Height and Rescue 2-day training course.

The aim of the course is to up the standard of work at height education, giving a trusted and recognised qualification to anyone who needs to work at height. This course has been developed with our partner MSA and is endorsed as a recognised training programme by City & Guilds.

Candidates will receive a City & Guilds certificate on successful completion of this course.

This course can be delivered in our Training Academy in Sheffield in a purpose-built training facility ensuring a safe, real-life training environment, or on your site (subject to survey to confirm suitability).

What you will learn

• Understand the law, legislation, and control measures associated with performing a task at height using a fall a restraint/arrest capability
• Select, don, and perform a WAH task using appropriate items of PPE for a given task
• Perform a pre-use examination on a given item of PPE
• Don and adjust for fit a given item of PPE
• Perform a pre-use examination on given Fall Arrest and work positioning PFPE
• Ascend and descend a given structure using appropriate given Fall Arrest PFPE
• Safely adopt a work position mode whilst on a vertical structure
• Traverse multiple safety systems whilst maintaining safe criteria at all times
• Perform a pre-use examination on a given rescue device
• Identify, reach, and maintain a safe location to anchor a given rescue device
• Rescue an individual or dead weighted mass located on a vertical structure by lowering using a given rescue device
• Rescue an individual or dead weighted mass located over an edge by lowering using a given rescue device