Prepare for and apply concrete
The purpose of this standard is to provide the delegate with the knowledge to support the safe and correct preparation and application of concrete.
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Your search for concrete resulted in 55 matches. The standards are sorted in alphabetical order.
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Reinforced concrete for engineers and supervisors
This standard aims to provide learners including engineers’ foreman, supervisors, gangers and graduates with knowledge and understanding of inspecting, pouring and testing of products relating to steel reinforcement, formwork and poured concrete.
Robotic total station training - GET3408
The purpose of this standard to enable learners to learn how to use a Robotic Total Station. The content is relevant to all types of construction including earthworks, roads, houses, buildings, foundations, piles, structural steel, structures, and reinforced concrete.
Safely work at height in the reinforced concrete frame environment
This standard is designed to provide the skills and knowledge required to safely work at height in the reinforced concrete frame environment to include but not limited to proprietary and traditional formwork systems, and where precast concrete is to be used e.g. stair cores.
Specifying concrete and receiving onsite
The purpose of this standard is to provide candidates with the understanding needed for specifying concrete and receiving concrete onsite.
Static concrete placing boom practical test
Full details of this standard will be published shortly.
Static concrete placing boom: all sizes training
Full details of this standard will be published shortly
Static concrete placing boom: up to 13 meters training
Full details of this standard will be published shortly
Steelfixing introduction
The purpose of this standard is to provide the delegate with the knowledge to support the following: principles of reinforcing concrete including but not limited to pre-cast, post-tension; storing different types and quality of steel; methods used to determine cover for rebar; read and decipher information from rebar drawings and schedules covering 3D formats generated from design software; methods of tying and when different ties are used; risk awareness and hazard recognition and mitigation; deciding between pre-fabrication and in situ steelfixing; how to read steelfixing drawings and schedules; how to prefabricate a small ground beam from a drawing and schedule; pre-pour, placement and post-placement inspections.
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