Burbank Site Safety Audit

Is the correct signage visibly displayed and details completed (eg. Keep Out sign, Contractor requirements and Builders Site sign with lot number)?<br>

Is mud control ie. crushed rock/recycled mix/mulch, required on site, has an adequate amount been ordered or does it require a top up

Is the site bin/cage/skip provided, accessible and not over flowing <br>

Is their adequate silt control on site eg: wash up pit, silt barrier, silt socks/sausages, brick barrier for sand

Is the site litter control working

Is a site clean required

Noise is adequately managed on site to minimise impact to neighbours and ensure site comms eg: radios, start times, generators, plant equipment

Cross over appropriately installed and maintained (if required)

Are the driveways, footpaths and nature strips clear of materials

Perimeter fencing appropriately installed and maintained (no missing panels/gates closed)

Is the onsite traffic management working safely

Are the toilets clean accessible and in correct operating condition with toilet paper

Are programmed cleans in place minimum 2 per day and adequate paper and soap

Are programmed cleans in place minimum 2 per day and adequate paper and soap (cleaning log must be completed)

Are all trades working sun smart

Does the trade have an adequate first aid kit and is first aid trained

On site contractors inducted (Scan Epass)

Large exposed trenches have fencing/barrier in place, trenches in minimum excess of 1.5m deep have been battered back and/or shored

Is there safe access to and from trench

Any worker/spotter must not be in the swing zone of any plant machinery

All worker in vicinity of any plant machinery must wear a hard hat

All bedding materials are within the site boundary

Material removed from trenching work is at least the estimated depth of the trench away from its edge

All spoils are retained on site until removed

Open screw pile holes and piers that are left unattended have covers preventing entry and identified on builders site sign

Any temp fencing that has been tampered has been reinstated to original installation specification

All roads areas are cleaned with no worker or public safety risks

Is the plant operator or spotter using a phone or similar device when machinery is operating (not permitted on a Burbank site)

All pant equipment has had a pre start checklist completed by the operator

ensure the operator completes a checklist on the plant equipment before any further works are done

Is the site secured (pad locked, secured fencing) where exposed pier holes or trenches are left overnight

Ask onsite contractors to verbalise their SWMS doc (if they cannot, conduct a SWMS review and have team sign off)

A person on team is first aid trained

On site contractors inducted (Scan Epass)

Are all-star pickets/ starter bar/ reo bar/capped and boxing secured around the pour site (complete slab)?

Has a pre start check list been completed by the operator for all plant equipment

Are all workers in the vicinity of a boom (excavator or concrete boom) wearing a hard hat

Are all workers handling steel mesh wearing gloves and working sun smart

Is there a firm level base surrounding slab areas to provide a stable work platform

All excess polystyrene pods are secured (tied down) with offcuts in bags to prevent being blown away in winds

All concrete overflow and clean up retained on site, away from drains or watercourses

Concreters equipment wash off is retained to site

Formwork (timber) cuts are completed on a stable and secure platform

Is there a Concrete boom pump on site

Is there clear access & egress to pumping area eg: power lines, clear of foot paths, structures etc.

Will pumping the operation place pedestrians/public at risk?

Is adequate protection or signage around the area to assist pedestrian movement?

Is Traffic Control required and has it been implemented?

Has the pump operator and hose operator completed a SWMS and it is signed off? (does it include the concreters)

Has the operator provided evidence of an operator’s ticket (High Risk Work) Type – PB (NOT Sighted = No pumping) Line pump not required.

Is the service or maintenance log completed, including yearly crack testing and 10yr major servicing compliance plate visible where applicable. (operator will show you this info)

Has the operator completed a pre-start checklist for the plant? Are there faults not been closed out?

Has the concrete pump sufficient space on site to setup including outriggers and slewing?

Has a plan been discussed for excess concrete and a wash out area developed? Hoses are not to be washed on nature strips or roadway.

Has the operator inspected the ground for soft ground, trenches or covered pits unsuitable for outriggers?

Are the outriggers fully extended and appropriate bog mats or sole plates used to prevent sinking? (line pump truck vertical legs are on a solid surface)

Does the pump look fit for use? Leaks, Hydraulic oil evident around outriggers?

Are the final flexible hoses fixed with a safety sling around couplings in case of falling? (ensure hose end does not have a metal fitting attached)

Are concrete trucks going to be spotted whilst reversing up to the hopper to avoid inadvertent contact with the pump?

Have all persons involved in the concrete pour wearing the appropriate PPE?

On site contractors inducted (Scan Epass)

Framing guns in single shot mode unless flooring (SA_04)

Remove nail gun from site & issue a non conformance R&C

All cutting equipment has appropriate guarding in place and blades in good condition

Remove equipment from site

All drop/miter saws have a dust extraction system in place (Class H - hepa filter for all silica products)

Electrical equipment test & tag in date and all leads in good condition

Remove equipment from site immediately

Ladders industrial rated and top two steps not used (unless they are a platform ladder, no three step ladders on site)

Air lines are disconnected from nail guns when moving work zones

Air line couplings are checked for function and security

Walls braced and adequate propping in place were required (refer to safety alerts or Safety instruction for more information)

Fire check is installed as per manufacturers safety instructions, no manual lift to upper floor

First floor fall protection in place prior to flooring

The balcony guard rail is in place for all balcony works

Does the balcony and alfresco have sufficient structural support? (structural posts or accrow props for temp support)

All external openings and internal voids have fall protection in place (windows, balconies, stairwell, upper floor void areas)

Propping requirements for floor loading has been assessed and managed in accordance with safety instruction SI_04

All steel work completed and supported to prevent collapse

All internal joist connections with metal brackets are complete with bolts and tightened

All upper floor joists and trusses secured from inside frame from a ladder or trestle

Do all works near an open edge have sufficient guard rail height

Window temp installation as per safety Alert SA_54

Are any workers within 2m of a fall zone that is 2m or greater without fall protection in place

Is there a scaffold installed

Scaffold Safety Check

Does the ground condition supporting the scaffold form a solid base, free from standing water or wash out.

Are the sole plates for the scaffold in place?

Are standards (uprights) of the scaffold seemingly plumb

Are the lift heights of decks of the scaffold correct?

Are transoms and ledgers locked in place?

Is the point of access/egress to the scaffold easily identified?

is the scaffold tag in place and adjacent to the access/egress point? is it signed of as complete.

Are all the scaffold decks complete?

Is there sufficient edge protection in place?

Are the internal fall zones between the deck of the scaffold and the building adequately secured with hand-rails?

Are there ties in place and are they securing the scaffold in an appropriate manner? (does it feel secure)

If shade cloth/hoarding is provided, is it attached securely and free from rips and tears?

Are the trades aware of the loading capabilities of the scaffold, and are working within these specifications?

Are the trades maintaining good housekeeping practices by removing waste materials from the decks?

Is there adequate room to dismantle and to stack the scaffold ready for return?

Does the scaffold "feel" secure?

Has the contractor walked scaffold system to check for hazards prior to the commencement of work

Does the scaffold have an adequate number of loading/cutting bays for trades min one at each end

Housekeeping clean as you go system in place

On site contractors inducted (Scan Epass)

Ask framers to verbalise their SWMS doc (if they cannot, conduct a SWMS review and have team sign off)

Are the weather conditions safe to undertake roofing work, (no rain, surface not wet, winds low to moderate)

Is there adequate fall protection in place, no gaps where a person can fall through.

Have materials been mechanically lifted onto the roof (no hand pass up of roof sheeting)

Has the contractor walked scaffold system to check for hazards prior to the commencement of work

Is there a scaffold installed

Scaffold Safety Check

Does the ground condition supporting the scaffold form a solid base, free from standing water or wash out.

Are the sole plates for the scaffold in place?

Are standards (uprights) of the scaffold seemingly plumb

Are the lift heights of decks of the scaffold correct?

Are transoms and ledgers locked in place?

Is the point of access/egress to the scaffold easily identified?

is the scaffold tag in place and adjacent to the access/egress point? is it signed of as complete.

Are all the scaffold decks complete?

Is there sufficient edge protection in place?

Are the internal fall zones between the deck of the scaffold and the building adequately secured with hand-rails?

Are there ties in place and are they securing the scaffold in an appropriate manner? (does it feel secure)

If shade cloth/hoarding is provided, is it attached securely and free from rips and tears?

Are the trades aware of the loading capabilities of the scaffold, and are working within these specifications?

Are the trades maintaining good housekeeping practices by removing waste materials from the decks?

Is there adequate room to dismantle and to stack the scaffold ready for return?

Does the scaffold "feel" secure?

Has the contractor walked scaffold system to check for hazards prior to the commencement of work

Does the scaffold have an adequate number of loading/cutting bays for trades min one at each end

Guard Rail checks

Does the guardrail wrap around the complete external perimeter where the is a risk of fall

Does the guard rail have at least two access points (one for material lift & one for ladder access)

Do all the intersecting bars overlap at least 200mm

Do all insterecting bars have joggles connecting them

Is the access gate closed

Does the access gate provide clear access with no restrictions

Is the ladder tie rail in place

The gap between the fall guardrails is no greater than 450mm

The clear distance between the mid rail and the toeboard or bottom rail should not exceed 275mm

The gap between the roof edge (including gutter) and the guardrail does not exceed 100mm (horizontal measurement)

Guardrail infill panels required where a pitch of a roof exceeds 26deg

All material spoils cleaned and placed in bins/skips

External/internal, are they fully planked, less than 2m in height, have solid stable footings, safe access/egress and a clear fall zone, correct locking pins?<br>

Extension ladders in good condition, no damaged rungs, lean angle is not greater than 1:4 vertical ratio?<br>

Ladders secure/tied off/when accessing heights ladders extend 900mm past roof line?<br>

All types of ladders must be minimum industrial grade rated at a minimum 120kgs? (encourage the use of platform type ladders were applicable)<br>

All types of ladders must be minimum industrial grade rated at a minimum 120kgs? (encourage the use of platform type ladders were applicable)<br>

Are trades working off step ladders safely eg. not standing on top step and not over reaching to complete task (platform ladders recommended)<br>

On site contractors inducted (Scan Epass)

Ask roofers to verbalise their SWMS doc (if they cannot, conduct a SWMS review and have team sign off)

Are skid steer unloading/loading ramps secured from movement when plant is being unloaded/loaded

Is there traffic management in place ie: safety bollards, spotter, flashing light on plant equipment, etc....

Is there an isolation zone in place with a spotter

Has the footpath and roadway been cleaned of mud and debris

Has a pre operational check of the plant equipment been completed

Does the plant operator have a certificate of competency or high risk licence.

Ask the site clean team to verbalise their SWMS doc (if they cannot, conduct a SWMS review and have team sign off)

On site contractors inducted (Scan Epass)

Site Meter Box RCD tested monthly and main fuse locked & door closed (must be tested prior to first use or on installation)

Trestles external/internal, are they fully planked, less than 2m in height, have solid stable footings, safe access/egress and a clear fall zone, correct locking pins?<br>

Are materials, equipment and personnel on trestles within their rated capacity?<br>

If a generator is used, it should have an RCD fitted and not used indoors or in confined space

Are electrical leads exiting through the bottom of the meter box

Electrical equipment (leads and tools) tested & tagged every 3 months and in date

No manual lifts above first trestle/ first scaffold deck, elevator to be used for all brick and mortar lifts above first deck

Mud boards used on all scaffold decks, no mortar to be placed directly on scaffold

Brick spoils placed into brick bins or neatly piles away from access zones

All run-off contained to site

Has the contractor walked scaffold system to check for hazards prior to the commencement of work

Scaffold not tampered with and safe to use

Is there a scaffold installed

Scaffold Safety Check

Does the ground condition supporting the scaffold form a solid base, free from standing water or wash out.

Are the sole plates for the scaffold in place?

Are standards (uprights) of the scaffold seemingly plumb

Are the lift heights of decks of the scaffold correct?

Are transoms and ledgers locked in place?

Is the point of access/egress to the scaffold easily identified?

is the scaffold tag in place and adjacent to the access/egress point? is it signed of as complete.

Are all the scaffold decks complete?

Is there sufficient edge protection in place?

Are the internal fall zones between the deck of the scaffold and the building adequately secured with hand-rails?

Are there ties in place and are they securing the scaffold in an appropriate manner? (does it feel secure)

If shade cloth/hoarding is provided, is it attached securely and free from rips and tears?

Are the trades aware of the loading capabilities of the scaffold, and are working within these specifications?

Are the trades maintaining good housekeeping practices by removing waste materials from the decks?

Is there adequate room to dismantle and to stack the scaffold ready for return?

Does the scaffold "feel" secure?

Has the contractor walked scaffold system to check for hazards prior to the commencement of work

Does the scaffold have an adequate number of loading/cutting bays for trades min one at each end

Does the trade have an adequate first aid kit and is first aid trained

Are all trades working sun smart

On site contractors inducted (Scan Epass)

Ask Bricklayers to verbalise their SWMS doc (if they cannot, conduct a SWMS review and have team sign off)

If a generator is used, it should have an RCD fitted and not used indoors or in confined space

Site Meter Box RCD tested monthly and main fuse locked & door closed (must be tested prior to first use or on installation)

Are electrical leads exiting through the bottom of the meter box

Electrical equipment (leads and tools) tested & tagged every 3 months and in date

Are trades working off step ladders safely eg. not standing on top step and not over reaching to complete task (platform ladders recommended)<br>

All types of ladders must be minimum industrial grade rated at a minimum 120kgs? (encourage the use of platform type ladders were applicable)<br>

Step/platform ladder fully open, both stays in good condition and on stable ground<br>

Are any workers within 2m of a fall zone that is 2m or greater without fall protection in place

All nail guns have bump-fire disabled

Equipment has required guarding in place (eg. Drop saw/circular saw)

All saws have a dust extraction system in place (Class H - hepa filter for all silica products)

Housekeeping clean as you go system in place

no pass ups all cladding material if mechanically lifted onto scaffold loading bay

Scaffold setup with loading bays to lift cladding onto and to be used as a cutting zone

Has the contractor walked scaffold system to check for hazards prior to the commencement of work

Is there a scaffold installed

Scaffold Safety Check

Does the ground condition supporting the scaffold form a solid base, free from standing water or wash out.

Are the sole plates for the scaffold in place?

Are standards (uprights) of the scaffold seemingly plumb

Are the lift heights of decks of the scaffold correct?

Are transoms and ledgers locked in place?

Is the point of access/egress to the scaffold easily identified?

is the scaffold tag in place and adjacent to the access/egress point? is it signed of as complete.

Are all the scaffold decks complete?

Is there sufficient edge protection in place?

Are the internal fall zones between the deck of the scaffold and the building adequately secured with hand-rails?

Are there ties in place and are they securing the scaffold in an appropriate manner? (does it feel secure)

If shade cloth/hoarding is provided, is it attached securely and free from rips and tears?

Are the trades aware of the loading capabilities of the scaffold, and are working within these specifications?

Are the trades maintaining good housekeeping practices by removing waste materials from the decks?

Is there adequate room to dismantle and to stack the scaffold ready for return?

Does the scaffold "feel" secure?

Has the contractor walked scaffold system to check for hazards prior to the commencement of work

Does the scaffold have an adequate number of loading/cutting bays for trades min one at each end

On site contractors inducted (Scan Epass)

Ask framers to verbalise their SWMS doc (if they cannot, conduct a SWMS review and have team sign off)

Site Meter Box RCD tested monthly and main fuse locked & door closed (must be tested prior to first use or on installation)

Electrical equipment (leads and tools) tested & tagged every 3 months and in date

Are electrical leads raised up where practicable

Ladders industrial rated and top two steps not used (unless they are a platform ladder, no three step ladders on site)

Are any workers within 2m of a fall zone that is 2m or greater without fall protection in place

Housekeeping in place, work zone cleaned once work is completed, (Next Trade Ready)

On site contractors inducted (Scan Epass)

Ask framers to verbalise their SWMS doc (if they cannot, conduct a SWMS review and have team sign off)

Are any workers within 2m of a fall zone that is 2m or greater without fall protection in place

Ladders industrial rated and top two steps not used (unless they are a platform ladder, no three step ladders on site)

On site contractors inducted (Scan Epass)

Ask framers to verbalise their SWMS doc (if they cannot, conduct a SWMS review and have team sign off)

Site Meter Box RCD tested monthly and main fuse locked & door closed (must be tested prior to first use or on installation)

All working at height risks are managed for plaster delivery eg: plaster crane lift from external window/doors, plaster lifter in use, no open voids in work zone

Where stilts are used, is area clean and free from trip hazards with a seat readily available

Internal housekeeping maintained during rough in and stop up

Does all sanding equipment have adequate dust control measure in place and are personal using appropriate PPE eg: dust mask, eye protection

Are all ladders used a minimum, industrial grade and rated at a minimum 120kgs?

Step/platform ladder fully open, both stays in good condition and on stable ground (No 3 step ladders on site)

Housekeeping clean as you go system in place

Plaster spoils stacked neatly or in supplied bags for pick up and recycling (do not comingle waste with plaster)

On site contractors inducted (Scan Epass)

Ask plasterers to verbalise their SWMS doc (if they cannot, conduct a SWMS review and have team sign off)

Site Meter Box RCD tested monthly and main fuse locked & door closed (must be tested prior to first use or on installation)

Are electrical leads exiting through the bottom of the meter box

Are electrical leads raised up where practicable

All types of ladders must be minimum industrial grade rated at a minimum 120kgs? (encourage the use of platform type ladders were applicable)<br>

Step/platform ladder fully open, both stays in good condition and on stable ground<br>

Are trades working off step ladders safely eg. not standing on top step and not over reaching to complete task (platform ladders recommended)<br>

Equipment has required guarding in place (eg. Drop saw/circular saw)

Mitre/Drop saw has dust extraction in place

Do stair risers have fall protection in place

Do all works near an open edge have sufficient guard rail height

Does the trade have an adequate first aid kit and is first aid trained

On site contractors inducted (Scan Epass)

Ask framers to verbalise their SWMS doc (if they cannot, conduct a SWMS review and have team sign off)

Site Meter Box RCD tested monthly and main fuse locked & door closed (must be tested prior to first use or on installation)

Are electrical leads exiting through the bottom of the meter box

Electrical equipment (leads and tools) tested & tagged every 3 months and in date

Are electrical leads raised up where practicable

Stairs in place to lift cabinets to upper floors

Equipment has required guarding in place (eg. Drop saw/circular saw)

Mitre/Drop saw has dust extraction in place

All types of ladders must be minimum industrial grade rated at a minimum 120kgs? (encourage the use of platform type ladders were applicable)<br>

Step/platform ladder fully open, both stays in good condition and on stable ground<br>

Are trades working off step ladders safely eg. not standing on top step and not over reaching to complete task (platform ladders recommended)<br>

Props used to support cabinetry installed to higher levels

Housekeeping clean as you go system in place

No dry grinding or cutting of stone bench tops has been conducted

Installer has not tampered with any electrical fitting (energised or not)

Does the trade have an adequate first aid kit and is first aid trained

On site contractors inducted (Scan Epass)

Ask installer to verbalise the SWMS doc (if they cannot, conduct a SWMS review and have team sign off)

Site Meter Box RCD tested monthly and main fuse locked & door closed (must be tested prior to first use or on installation)

Are electrical leads exiting through the bottom of the meter box

All types of ladders must be minimum industrial grade rated at a minimum 120kgs? (encourage the use of platform type ladders were applicable)<br>

Are trades working off step ladders safely eg. not standing on top step and not over reaching to complete task (platform ladders recommended)<br>

Does the trade have an adequate first aid kit and is first aid trained

Electrical equipment (leads and tools) tested & tagged every 3 months and in date and in good condition

Equipment has required guarding in place (eg. Drop saw/circular saw)

Mitre/Drop saw has dust extraction in place

Housekeeping clean as you go system in place

All nail guns have bump-fire disabled

Does the trade have an adequate first aid kit and is first aid trained

On site contractors inducted (Scan Epass)

Ask fix carpenter to verbalise the SWMS doc (if they cannot, conduct a SWMS review and have team sign off)

Site Meter Box RCD tested monthly and main fuse locked & door closed (must be tested prior to first use or on installation)

Has the contractor walked scaffold system to check for hazards prior to the commencement of work

Scaffold is set up correctly to access all external upper story areas

External fall zones have fall protection in place

Is there a scaffold installed

Scaffold Safety Check

Does the ground condition supporting the scaffold form a solid base, free from standing water or wash out.

Are the sole plates for the scaffold in place?

Are standards (uprights) of the scaffold seemingly plumb

Are the lift heights of decks of the scaffold correct?

Are transoms and ledgers locked in place?

Is the point of access/egress to the scaffold easily identified?

is the scaffold tag in place and adjacent to the access/egress point? is it signed of as complete.

Are all the scaffold decks complete?

Is there sufficient edge protection in place?

Are the internal fall zones between the deck of the scaffold and the building adequately secured with hand-rails?

Are there ties in place and are they securing the scaffold in an appropriate manner? (does it feel secure)

If shade cloth/hoarding is provided, is it attached securely and free from rips and tears?

Are the trades aware of the loading capabilities of the scaffold, and are working within these specifications?

Are the trades maintaining good housekeeping practices by removing waste materials from the decks?

Is there adequate room to dismantle and to stack the scaffold ready for return?

Does the scaffold "feel" secure?

Has the contractor walked scaffold system to check for hazards prior to the commencement of work

Does the scaffold have an adequate number of loading/cutting bays for trades min one at each end

Painter has not tampered with any electrical fitting (energised or not)

Are all trades working sun smart

Electrical equipment (leads and tools) tested & tagged every 3 months and in date

Ladders industrial rated and top two steps not used (unless they are a platform ladder, no three step ladders on site) trestles preferred

Air line couplings are checked for function and security

Dust and vapour control measure in place and use of appropriate PPE eg: P2 mask or canister filters when spraying

Adequate ventilation in place to disperse paint fumes

Void platform installed in stairwell and void areas

All run-off from cleaning equipment is contained to site, interceptor wash up used

On site contractors inducted (Scan Epass)

Does the trade have an adequate first aid kit and is first aid trained

Ask framers to verbalise their SWMS doc (if they cannot, conduct a SWMS review and have team sign off)

Site Meter Box RCD tested monthly and main fuse locked & door closed (must be tested prior to first use or on installation)

Power is isolated when working on energised circuits

Electrical equipment (leads and tools) tested & tagged every 3 months and in date

All types of ladders must be minimum industrial grade rated at a minimum 120kgs? (encourage the use of platform type ladders were applicable)<br>

Are trades working off step ladders safely eg. not standing on top step and not over reaching to complete task (platform ladders recommended)<br>

Extension ladders in good condition, no damaged rungs, lean angle is not greater than 1:4 vertical ratio?<br>

Ladders secure/tied off/when accessing heights ladders extend 900mm past roof line?<br>

Housekeeping clean as you go system in place

Mechanical lifts/trolley used for heavy awkward items eg: ovens, hot water service, dish washers, etc...

Boot covers used inside dwelling (Do not remove boots/shoes)

Does the trade have an adequate first aid kit and is first aid trained

On site contractors inducted (Scan Epass)

Ask contractor to verbalise their SWMS doc (if they cannot, conduct a SWMS review and have team sign off)

Site Meter Box RCD tested monthly and main fuse locked & door closed (must be tested prior to first use or on installation)

Has the contractor walked scaffold system to check for hazards prior to the commencement of work

Scaffold is set up correctly to access all external upper story areas

Is there a scaffold installed

Scaffold Safety Check

Does the ground condition supporting the scaffold form a solid base, free from standing water or wash out.

Are the sole plates for the scaffold in place?

Are standards (uprights) of the scaffold seemingly plumb

Are the lift heights of decks of the scaffold correct?

Are transoms and ledgers locked in place?

Is the point of access/egress to the scaffold easily identified?

is the scaffold tag in place and adjacent to the access/egress point? is it signed of as complete.

Are all the scaffold decks complete?

Is there sufficient edge protection in place?

Are the internal fall zones between the deck of the scaffold and the building adequately secured with hand-rails?

Are there ties in place and are they securing the scaffold in an appropriate manner? (does it feel secure)

If shade cloth/hoarding is provided, is it attached securely and free from rips and tears?

Are the trades aware of the loading capabilities of the scaffold, and are working within these specifications?

Are the trades maintaining good housekeeping practices by removing waste materials from the decks?

Is there adequate room to dismantle and to stack the scaffold ready for return?

Does the scaffold "feel" secure?

Has the contractor walked scaffold system to check for hazards prior to the commencement of work

Does the scaffold have an adequate number of loading/cutting bays for trades min one at each end

Mobile scaffold set up correctly, fully planked with out-riggers when height is three times the base size

Trestles are not used as ladders

Trestles external/internal, are fully planked, less than 2m in height, have solid stable footings, safe access/egress and a clear fall zone, correct locking pins?

Do all works near an open edge have sufficient guard rail height

Electrical equipment (leads and tools) tested & tagged every 3 months and in date

Painter has not tampered with any electrical fitting (energised or not)

All run-off from cleaning equipment is contained to site, interceptor wash up used

All run-off from cleaning equipment is contained to site, interceptor wash up used

Are all trades working sun smart

On site contractors inducted (Scan Epass)

Does the trade have an adequate first aid kit and is first aid trained

Ask framers to verbalise their SWMS doc (if they cannot, conduct a SWMS review and have team sign off)

Site Meter Box RCD tested monthly and main fuse locked & door closed (must be tested prior to first use or on installation)

Are electrical leads exiting through the bottom of the meter box

Is there clear access to all entry exit points eg: dwelling, amenities, scaffold, around construction zone, etc....

Trade has not tampered with any electrical fitting (energised or not)

Electrical equipment (leads and tools) tested & tagged every 3 months and in date

Equipment has required guarding in place (eg. Drop saw/circular saw, grinders)

Mitre/Drop saw has dust extraction in place

Air line couplings are checked for function and security

Minimum P2 masks for all cutting, grinding

Tile cutter used for all main tile cuts

Ladder min industrial rated 120kg (no three step ladders)

Housekeeping clean as you go system in place

On site contractors inducted (Scan Epass)

Does the trade have an adequate first aid kit and is first aid trained

Ask trade to verbalise their SWMS doc (if they cannot, conduct a SWMS review and have team sign off)

Has the contractor walked scaffold system to check for hazards prior to the commencement of work

Site Meter Box RCD tested monthly and main fuse locked & door closed (must be tested prior to first use or on installation)

Power is isolated when working on energised circuits

Are electrical leads exiting through the bottom of the meter box

Is there clear access to all entry exit points eg: dwelling, amenities, scaffold, around construction zone, etc....

Trade has not tampered with any electrical fitting (energised or not)

All run-off from cleaning equipment is contained to site, interceptor wash up used

Electrical equipment (leads and tools) tested & tagged every 3 months and in date

Are electrical leads raised up where practicable

Ladders being used safely, industrial rated, min 120 kg (no three step ladders on site)

Equipment has required guarding in place (eg. Drop saw/circular saw)

Mitre/Drop saw has dust extraction in place

Air line couplings are checked for function and security

Housekeeping clean as you go system in place

Are all trades working sun smart

On site contractors inducted (Scan Epass)

Does the trade have an adequate first aid kit and is first aid trained

Ask trade to verbalise their SWMS doc (if they cannot, conduct a SWMS review and have team sign off)

Are electrical leads exiting through the bottom of the meter box

Power is isolated when working on energised circuits

Is there clear access to all entry exit points eg: dwelling, amenities, scaffold, around construction zone, etc....

Trade has not tampered with any electrical fitting (energised or not)

All run-off from cleaning equipment is contained to site, interceptor wash up used

Electrical equipment (leads and tools) tested & tagged every 3 months and in date

Are electrical leads raised up where practicable

Ladders being used safely, industrial rated, min 120 kg (no three step ladders on site)

Equipment has required guarding in place (eg. Drop saw/circular saw)

Mitre/Drop saw has dust extraction in place

Air line couplings are checked for function and security

Housekeeping clean as you go system in place

Are all trades working sun smart

On site contractors inducted (Scan Epass)

Does the trade have an adequate first aid kit and is first aid trained

Ask trade to verbalise their SWMS doc (if they cannot, conduct a SWMS review and have team sign off)

Site Meter Box RCD tested monthly and main fuse locked & door closed (must be tested prior to first use or on installation)

Power is isolated when working on energised circuits

Are electrical leads exiting through the bottom of the meter box

Is there clear access to all entry exit points eg: dwelling, amenities, scaffold, around construction zone, etc....

Trade has not tampered with any electrical fitting (energised or not)

All run-off from cleaning equipment is contained to site, interceptor wash up used

Electrical equipment (leads and tools) tested & tagged every 3 months and in date

Are electrical leads raised up where practicable

Ladders being used safely, industrial rated, min 120 kg (no three step ladders on site)

Equipment has required guarding in place (eg. Drop saw/circular saw)

Mitre/Drop saw has dust extraction in place

Air line couplings are checked for function and security

Housekeeping clean as you go system in place

Are all trades working sun smart

On site contractors inducted (Scan Epass)

Does the trade have an adequate first aid kit and is first aid trained

Ask trade to verbalise their SWMS doc (if they cannot, conduct a SWMS review and have team sign off)

Site Meter Box RCD tested monthly and main fuse locked & door closed (must be tested prior to first use or on installation)

Electrical equipment (leads and tools) tested & tagged every 3 months and in date

All equipment has guarding in place as per manufacturers specifications

Timber plane and saws have dust bag or extraction system in place

Nail guns have bump-fire disabled

Are electrical leads raised up where practicable

Ladders industrial rated and top two steps not used (unless they are a platform ladder, no three step ladders on site)

Are any workers within 2m of a fall zone that is 2m or greater without fall protection in place

Housekeeping in place, work zone cleaned once work is completed, (Next Trade Ready)

On site contractors inducted (Scan Epass)

Ask framers to verbalise their SWMS doc (if they cannot, conduct a SWMS review and have team sign off)