Architecture - Issue Vault

# Architecture %% DATAVIEW_PUBLISHER: start ``` TABLE WITHOUT ID row, AREA + " \ "+ BuildingElement + " " + file.link as Issue,"☐ " + TASKS.text as Action FROM "3 Resources/Issues" FLATTEN file.tasks as TASKS FLATTEN Areas as AREA FLATTEN Disciplines as DISCIPLINE sort AREA ASC WHERE contains(DISCIPLINE,[[Architecture]]) ``` %% | row | Issue | Action | | --- | -------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------- | ----------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------- | | \- | [[3 Resources/Areas/Balconies.md\|Balconies]] \ [[3 Resources/Building Elements/External Walls.md\|External Walls]] [[3 Resources/Issues/Base of Lightweight wall coverings not finished with a resilient trim.md\|Base of Lightweight wall coverings not finished with a resilient trim]] | ☐ Check that the base of cladded walls are finished with edge trims. | | \- | [[3 Resources/Areas/Balconies.md\|Balconies]] \ [[3 Resources/Building Elements/Facade.md\|Facade]] [[3 Resources/Issues/Facade Cladding Finish Height.md\|Facade Cladding Finish Height]] | ☐ Architect has checked that the finished level of any façade cladding is documented to be just below the finished level of the pedestal pavers and there is a gap to service the membrane. | | \- | [[3 Resources/Areas/Balconies.md\|Balconies]] \ [[3 Resources/Building Elements/Facade.md\|Facade]] [[3 Resources/Issues/Facade Cladding Finish Height.md\|Facade Cladding Finish Height]] | ☐ Project Manager has checked that the finished level of any façade cladding is documented to be just below the finished level of the pedestal pavers and there is a gap to service the membrane. | | \- | [[3 Resources/Areas/Balconies.md\|Balconies]] \ [[3 Resources/Building Elements/External Walls.md\|External Walls]] [[3 Resources/Issues/Non Durable Surfaces exposed to water.md\|Non Durable Surfaces exposed to water]] | ☐ Where possible, Architect shall check that any surfaces which might be exposed to water are water resistant, don't use PB unless it can be helped | | \- | [[3 Resources/Areas/Balconies.md\|Balconies]] \ [[3 Resources/Building Elements/Overflows.md\|Overflows]] [[3 Resources/Issues/Overflows to Balconies and Wintergardens.md\|Overflows to Balconies and Wintergardens]] | ☐ Architect has checked that all balconies, courtyards and wintergardens have overflows. | | \- | [[3 Resources/Areas/Balconies.md\|Balconies]] \ [[3 Resources/Building Elements/Overflows.md\|Overflows]] [[3 Resources/Issues/Overflows to Balconies and Wintergardens.md\|Overflows to Balconies and Wintergardens]] | ☐ Hydraulic Engineer has checked that all balconies, courtyards and wintergardens have overflows. | | \- | [[3 Resources/Areas/Balconies.md\|Balconies]] \ [[3 Resources/Building Elements/Overflows.md\|Overflows]] [[3 Resources/Issues/Overflows to Balconies and Wintergardens.md\|Overflows to Balconies and Wintergardens]] | ☐ Architect shall check overflows are located on the floor plans, so they make sense visually on the elevations of the building. | | \- | [[3 Resources/Areas/Balconies.md\|Balconies]] \ [[3 Resources/Building Elements/Glazing.md\|Glazing]] [[3 Resources/Issues/No Access to Clean Windows.md\|No Access to Clean Windows]] | ☐ Architect to check that all windows can be cleaned effectively. | | \- | [[3 Resources/Areas/Balconies.md\|Balconies]] \ [[3 Resources/Building Elements/Glazing.md\|Glazing]] [[3 Resources/Issues/No Access to Clean Windows.md\|No Access to Clean Windows]] | ☐ Architect to provide Building Cleaning plan prior to CC and finalize prior to OC | | \- | [[3 Resources/Areas/Balconies.md\|Balconies]] \ [[3 Resources/Building Elements/Pedestal Pavers.md\|Pedestal Pavers]] [[3 Resources/Issues/Pedestal Paves in High Traffic Areas.md\|Pedestal Paves in High Traffic Areas]] | ☐ Check that Pedestal Pavers are generally restricted to Balconies. | | \- | [[3 Resources/Areas/Balconies.md\|Balconies]] \ [[3 Resources/Building Elements/Roofs.md\|Roofs]], [[3 Resources/Building Elements/Anchors.md\|Anchors]], [[3 Resources/Building Elements/Windows.md\|Windows]] [[3 Resources/Issues/Safe Access and Maintenance.md\|Safe Access and Maintenance]] | ☐ Architect shall prepare a Safe-Access Plan for each building and ensure that there are means of access to all elements of the building. This might include anchors or Davit Arms. | | \- | [[3 Resources/Areas/Balconies.md\|Balconies]] \ [[3 Resources/Building Elements/Roofs.md\|Roofs]], [[3 Resources/Building Elements/Anchors.md\|Anchors]], [[3 Resources/Building Elements/Windows.md\|Windows]] [[3 Resources/Issues/Safe Access and Maintenance.md\|Safe Access and Maintenance]] | ☐ All Safe-Access points shall be coordinated with Waterproofing designs, many systems from the access point providers are not capable of being waterproofed correctly. | | \- | [[3 Resources/Areas/Balconies.md\|Balconies]] \ [[3 Resources/Building Elements/External Walls.md\|External Walls]], [[3 Resources/Building Elements/Roofs.md\|Roofs]] [[3 Resources/Issues/Wall and Roof Assemblies need Interstitial Condensation Modelling.md\|Wall and Roof Assemblies need Interstitial Condensation Modelling]] | ☐ The Facade Engineer shall model all external roof and wall assemblies and verify that the mould growth index is 0. | | \- | [[3 Resources/Areas/Balconies.md\|Balconies]] \ [[3 Resources/Building Elements/Parapets.md\|Parapets]] [[3 Resources/Issues/Weatherproofing Horizontal Surfaces.md\|Weatherproofing Horizontal Surfaces]] | ☐ Architect and Facade Engineer shall check that all horizontal surfaces (excluding exposed membrane) are protected with metal flashings. | | \- | [[3 Resources/Areas/Basement.md\|Basement]] \ [[3 Resources/Building Elements/Basement Soffit.md\|Basement Soffit]] [[3 Resources/Issues/Appropriate Insulation for Exposed Soffits.md\|Appropriate Insulation for Exposed Soffits]] | ☐ Where insulation is required for the basement Soffit, use PIR White type insulation rather than PIR Silver Insulation. Note an equivalent ["White" insulation tape](https://www.nogapinsulation.com.au/product/kingspan-72mm-x-50m-white-aluminium-foil-tape/) is available for use when using PIR White Insulation. | | \- | [[3 Resources/Areas/Basement.md\|Basement]] \ [[3 Resources/Building Elements/Basement Structure.md\|Basement Structure]] [[3 Resources/Issues/Basement Waterproofing.md\|Basement Waterproofing]] | ☐ Architect to check that Basement Waterproofing Design complies with BS8102:2022 | | \- | [[3 Resources/Areas/Basement.md\|Basement]] \ [[3 Resources/Building Elements/External Walls.md\|External Walls]], [[3 Resources/Building Elements/Fire Stairs.md\|Fire Stairs]] [[3 Resources/Issues/Combustible Products.md\|Combustible Products]] | ☐ Check that all materials attached to external walls are non-combustible | | \- | [[3 Resources/Areas/Basement.md\|Basement]] \ [[3 Resources/Building Elements/External Walls.md\|External Walls]], [[3 Resources/Building Elements/Fire Stairs.md\|Fire Stairs]] [[3 Resources/Issues/Combustible Products.md\|Combustible Products]] | ☐ Check that all materials in fire escapes are non-combustible. | | \- | [[3 Resources/Areas/Basement.md\|Basement]] \ [[3 Resources/Building Elements/Exhaust Ducts.md\|Exhaust Ducts]] [[3 Resources/Issues/Coordinate Large Mechanical Ducts in the Basement.md\|Coordinate Large Mechanical Ducts in the Basement]] | ☐ Model all large exhaust ducts in 3D in the ArchiCAD Model so they are coordinated properly. | | \- | [[3 Resources/Areas/Basement.md\|Basement]] \ [[3 Resources/Building Elements/Exhaust Ducts.md\|Exhaust Ducts]] [[3 Resources/Issues/Coordinate Large Mechanical Ducts in the Basement.md\|Coordinate Large Mechanical Ducts in the Basement]] | ☐ Indicate these ducts on the Reflected Ceiling Plans | | \- | [[3 Resources/Areas/Basement.md\|Basement]] \ [[3 Resources/Building Elements/Basement Slab.md\|Basement Slab]] [[3 Resources/Issues/Cracking in Slab on Ground.md\|Cracking in Slab on Ground]] | ☐ Check that trimmer bars have been detailed in the structural drawings. | | \- | [[3 Resources/Areas/Basement.md\|Basement]] \ [[3 Resources/Building Elements/Basement Slab.md\|Basement Slab]] [[3 Resources/Issues/Cracking in Slab on Ground.md\|Cracking in Slab on Ground]] | ☐ Check that the Sawcuts have been detailed on the Structural Drawings. | | \- | [[3 Resources/Areas/Basement.md\|Basement]] \ [[3 Resources/Building Elements/Basement Slab.md\|Basement Slab]] [[3 Resources/Issues/Cracking in Slab on Ground.md\|Cracking in Slab on Ground]] | ☐ Check if the Engineer can provide extra crack control measures to the slab and implement those. | | \- | [[3 Resources/Areas/Basement.md\|Basement]] \ [[3 Resources/Building Elements/Services.md\|Services]] [[3 Resources/Issues/Impact Protection of Basement Services.md\|Impact Protection of Basement Services]] | ☐ Check that all services in the basement and ground floors are protected from traffic movements. Relocated them if it is not possible to use a bollard or barrier. | | \- | [[3 Resources/Areas/Basement.md\|Basement]] \ [[3 Resources/Building Elements/Basement Structure.md\|Basement Structure]] [[3 Resources/Issues/Leaks between Slab and Capping Beam.md\|Leaks between Slab and Capping Beam]] | ☐ Architect to detail junction between capping beam and slab to prevent water ingress. | | \- | [[3 Resources/Areas/Basement.md\|Basement]] \ [[3 Resources/Building Elements/Basement Structure.md\|Basement Structure]] [[3 Resources/Issues/Leaks between Slab and Capping Beam.md\|Leaks between Slab and Capping Beam]] | ☐ Structural Engineer to detail junction between capping beam and slab to prevent water ingress. | | \- | [[3 Resources/Areas/Basement.md\|Basement]] \ [[3 Resources/Building Elements/Main Switchboard.md\|Main Switchboard]] [[3 Resources/Issues/Main Switchboard Location and other services.md\|Main Switchboard Location and other services]] | ☐ Architect to locate the Main Switchboard away from Wet Areas above the switchroom. | | \- | [[3 Resources/Areas/Basement.md\|Basement]] \ [[3 Resources/Building Elements/Main Switchboard.md\|Main Switchboard]] [[3 Resources/Issues/Main Switchboard Location and other services.md\|Main Switchboard Location and other services]] | ☐ Mechanical Engineer to check that exhaust ducts don't run through this room unneccesarily. | | \- | [[3 Resources/Areas/Basement.md\|Basement]] \ [[3 Resources/Building Elements/Main Switchboard.md\|Main Switchboard]] [[3 Resources/Issues/Main Switchboard Doors.md\|Main Switchboard Doors]] | ☐ Architect shall check that doors to Main Switchboard rooms are at least 900mm x 2200mm in size. | | \- | [[3 Resources/Areas/Basement.md\|Basement]] \ [[3 Resources/Building Elements/Pump Room.md\|Pump Room]] [[3 Resources/Issues/Pump Room Clearance.md\|Pump Room Clearance]] | ☐ Hydraulic Consultant to provide accurate dimensions of pump room equipment. Ideally a 1:50 drawing of the pump room. | | \- | [[3 Resources/Areas/Basement.md\|Basement]] \ [[3 Resources/Building Elements/Pump Room.md\|Pump Room]] [[3 Resources/Issues/Pump Room Clearance.md\|Pump Room Clearance]] | ☐ Architect to check that there is sufficient space in the pump room | | \- | [[3 Resources/Areas/Basement.md\|Basement]] \ [[3 Resources/Building Elements/Sprinkler Heads.md\|Sprinkler Heads]] [[3 Resources/Issues/Sprinkler Heads Clash with Exhaust Ductwork.md\|Sprinkler Heads Clash with Exhaust Ductwork]] | ☐ Architect shall Indicate carpark and other large exhaust ducts on the RCPs | | \- | [[3 Resources/Areas/Basement.md\|Basement]] \ [[3 Resources/Building Elements/Sprinkler Heads.md\|Sprinkler Heads]] [[3 Resources/Issues/Sprinkler Heads Clash with Exhaust Ductwork.md\|Sprinkler Heads Clash with Exhaust Ductwork]] | ☐ Sprinkler designer shall check that area beneath exhaust ducts is adequately sprinklered. | | \- | [[3 Resources/Areas/Basement.md\|Basement]] \ [[3 Resources/Building Elements/Floorwastes.md\|Floorwastes]] [[3 Resources/Issues/Waterproofing and Slab Deflections.md\|Waterproofing and Slab Deflections]] | ☐ Where possible Architect shall check that RWOs should be located in the middle of spans, as if the slab does deflect, water will still be directed to the RWOs. | | \- | [[3 Resources/Areas/Basement.md\|Basement]] \ [[3 Resources/Building Elements/Floorwastes.md\|Floorwastes]] [[3 Resources/Issues/Waterproofing and Slab Deflections.md\|Waterproofing and Slab Deflections]] | ☐ Where possible Hydraulic Engineer shall check that RWOs should be located in the middle of spans, as if the slab does deflect, water will still be directed to the RWOs. | | \- | [[3 Resources/Areas/Bathrooms.md\|Bathrooms]] \ [[3 Resources/Building Elements/Tiling.md\|Tiling]] [[3 Resources/Issues/Bathroom Wall Tile Setouts.md\|Bathroom Wall Tile Setouts]] | ☐ To prevent this issue, bathroom ceiling heights should be set to 2350mm. | | \- | [[3 Resources/Areas/Bathrooms.md\|Bathrooms]] \ [[3 Resources/Building Elements/Tiling.md\|Tiling]] [[3 Resources/Issues/Bathroom Wall Tile Setouts.md\|Bathroom Wall Tile Setouts]] | ☐ Bathrooms door should be set to 2050mm. (and other doors too) | | \- | [[3 Resources/Areas/Bathrooms.md\|Bathrooms]] \ [[3 Resources/Building Elements/Bidet.md\|Bidet]], [[3 Resources/Building Elements/Sales Contracts.md\|Sales Contracts]] [[3 Resources/Issues/Bidets in Class 2 Buildings.md\|Bidets in Class 2 Buildings]] | ☐ Do not install Bidets in Class 2 Buildings. | | \- | [[3 Resources/Areas/Bathrooms.md\|Bathrooms]] \ [[3 Resources/Building Elements/Access Panels.md\|Access Panels]] [[3 Resources/Issues/Provide Flanged Access Panels.md\|Provide Flanged Access Panels]] | ☐ Project Manager shall check that Flanged Access panels are used throughout in lieu of "Set-Bead" Access Panels. | | \- | [[3 Resources/Areas/Bathrooms.md\|Bathrooms]] \ [[3 Resources/Building Elements/Access Panels.md\|Access Panels]] [[3 Resources/Issues/Provide Flanged Access Panels.md\|Provide Flanged Access Panels]] | ☐ Architect shall check that Flanged Access panels are used throughout in lieu of "Set-Bead" Access Panels. | | \- | [[3 Resources/Areas/Bathrooms.md\|Bathrooms]] \ [[3 Resources/Building Elements/Water Connections.md\|Water Connections]] [[3 Resources/Issues/Services Installed inaccessible bathroom hobbs.md\|Services Installed inaccessible bathroom hobbs]] | ☐ Architect shall design bathrooms so a Hobb if used is accessible. | | \- | [[3 Resources/Areas/Bathrooms.md\|Bathrooms]] \ [[3 Resources/Building Elements/Water Connections.md\|Water Connections]] [[3 Resources/Issues/Services Installed inaccessible bathroom hobbs.md\|Services Installed inaccessible bathroom hobbs]] | ☐ Architect shall design bathrooms so all Water connections are accessible. | | \- | [[3 Resources/Areas/Bedrooms.md\|Bedrooms]] \ [[3 Resources/Building Elements/Air Conditioning.md\|Air Conditioning]] [[3 Resources/Issues/Condensate Lines Need to Be Accessible.md\|Condensate Lines Need to Be Accessible]] | ☐ Mechanical Engineer shall check that there are adequate tundishes to drain each air-conditioning unit. | | \- | [[3 Resources/Areas/Bedrooms.md\|Bedrooms]] \ [[3 Resources/Building Elements/Air Conditioning.md\|Air Conditioning]] [[3 Resources/Issues/Condensate Lines Need to Be Accessible.md\|Condensate Lines Need to Be Accessible]] | ☐ Architect shall coordinate with the Mechanical Engineer to ensure all AC units are drained. | | \- | [[3 Resources/Areas/Bedrooms.md\|Bedrooms]] \ [[3 Resources/Building Elements/Access Panels.md\|Access Panels]] [[3 Resources/Issues/Insufficient Access Panels for Mechanical Servicing.md\|Insufficient Access Panels for Mechanical Servicing]] | ☐ Mechanical Engineer shall indicate all required access panels for each Fan Coil Unit on the mechanical Drawings. | | \- | [[3 Resources/Areas/Bedrooms.md\|Bedrooms]] \ [[3 Resources/Building Elements/Access Panels.md\|Access Panels]] [[3 Resources/Issues/Insufficient Access Panels for Mechanical Servicing.md\|Insufficient Access Panels for Mechanical Servicing]] | ☐ The Architect shall document the location of these Access Panels on the RCPs. | | \- | [[3 Resources/Areas/Bedrooms.md\|Bedrooms]] \ [[3 Resources/Building Elements/Access Panels.md\|Access Panels]] [[3 Resources/Issues/Insufficient Access Panels for Mechanical Servicing.md\|Insufficient Access Panels for Mechanical Servicing]] | ☐ The Director of the Mechanical contracting company shall provide a personal guarantee that all Fan Coil Units are capable of being serviced prior to Occupation. | | \- | [[3 Resources/Areas/Bedrooms.md\|Bedrooms]] \ [[3 Resources/Building Elements/Windows.md\|Windows]] [[3 Resources/Issues/Splits in MDF Pelmets.md\|Splits in MDF Pelmets]] | ☐ Sections of MDF should be mitre-cut and overlapped. | | \- | [[3 Resources/Areas/Bedrooms.md\|Bedrooms]] \ [[3 Resources/Building Elements/Windows.md\|Windows]] [[3 Resources/Issues/Splits in MDF Pelmets.md\|Splits in MDF Pelmets]] | ☐ A mechanical fixing shall be installed through the mitre cut. | | \- | [[3 Resources/Areas/Bedrooms.md\|Bedrooms]] \ [[3 Resources/Building Elements/Windows.md\|Windows]] [[3 Resources/Issues/Splits in MDF Pelmets.md\|Splits in MDF Pelmets]] | ☐ Consider Installing Plasterer's tape over the joint. | | \- | [[3 Resources/Areas/Bedrooms.md\|Bedrooms]] \ [[3 Resources/Building Elements/Windows.md\|Windows]] [[3 Resources/Issues/Splits in MDF Pelmets.md\|Splits in MDF Pelmets]] | ☐ This [video](https://www.youtube.com/watch?v=rrNoNAlXuCw) provides an equiavlent example but for skirting boards. | | \- | [[3 Resources/Areas/Bedrooms.md\|Bedrooms]] \ [[3 Resources/Building Elements/Timber Flooring.md\|Timber Flooring]], [[3 Resources/Building Elements/Carpet.md\|Carpet]], [[3 Resources/Building Elements/Tiling.md\|Tiling]] [[3 Resources/Issues/Unsightly Ramping between different floor finishes.md\|Unsightly Ramping between different floor finishes]] | ☐ Architect shall allow for different thicknesses of floor covering to allow for flush transitions at the junctions of different finishes. The whole of the room shall be levelled appropriately not just the entrance. | | \- | [[3 Resources/Areas/Bedrooms.md\|Bedrooms]] \ [[3 Resources/Building Elements/Timber Flooring.md\|Timber Flooring]], [[3 Resources/Building Elements/Carpet.md\|Carpet]], [[3 Resources/Building Elements/Tiling.md\|Tiling]] [[3 Resources/Issues/Unsightly Ramping between different floor finishes.md\|Unsightly Ramping between different floor finishes]] | ☐ Project Manager shall check that the builder is installing the appropriate floor leveling to achieve flush transitions throughout the project. | | \- | [[3 Resources/Areas/Boundary.md\|Boundary]] \ [[3 Resources/Building Elements/Facade.md\|Facade]] [[3 Resources/Issues/Boundary Encroachment by Wall Finishes.md\|Boundary Encroachment by Wall Finishes]] | ☐ Check that there space allowed for the thickness of any wall finishes located on the boundaries. | | \- | [[3 Resources/Areas/Courtyards.md\|Courtyards]] \ [[3 Resources/Building Elements/External Walls.md\|External Walls]] [[3 Resources/Issues/Base of Lightweight wall coverings not finished with a resilient trim.md\|Base of Lightweight wall coverings not finished with a resilient trim]] | ☐ Check that the base of cladded walls are finished with edge trims. | | \- | [[3 Resources/Areas/Courtyards.md\|Courtyards]] \ [[3 Resources/Building Elements/External Walls.md\|External Walls]] [[3 Resources/Issues/Non Durable Surfaces exposed to water.md\|Non Durable Surfaces exposed to water]] | ☐ Where possible, Architect shall check that any surfaces which might be exposed to water are water resistant, don't use PB unless it can be helped | | \- | [[3 Resources/Areas/Courtyards.md\|Courtyards]] \ [[3 Resources/Building Elements/Overflows.md\|Overflows]] [[3 Resources/Issues/Overflows to Balconies and Wintergardens.md\|Overflows to Balconies and Wintergardens]] | ☐ Architect has checked that all balconies, courtyards and wintergardens have overflows. | | \- | [[3 Resources/Areas/Courtyards.md\|Courtyards]] \ [[3 Resources/Building Elements/Overflows.md\|Overflows]] [[3 Resources/Issues/Overflows to Balconies and Wintergardens.md\|Overflows to Balconies and Wintergardens]] | ☐ Hydraulic Engineer has checked that all balconies, courtyards and wintergardens have overflows. | | \- | [[3 Resources/Areas/Courtyards.md\|Courtyards]] \ [[3 Resources/Building Elements/Overflows.md\|Overflows]] [[3 Resources/Issues/Overflows to Balconies and Wintergardens.md\|Overflows to Balconies and Wintergardens]] | ☐ Architect shall check overflows are located on the floor plans, so they make sense visually on the elevations of the building. | | \- | [[3 Resources/Areas/Courtyards.md\|Courtyards]] \ [[3 Resources/Building Elements/Glazing.md\|Glazing]] [[3 Resources/Issues/No Access to Clean Windows.md\|No Access to Clean Windows]] | ☐ Architect to check that all windows can be cleaned effectively. | | \- | [[3 Resources/Areas/Courtyards.md\|Courtyards]] \ [[3 Resources/Building Elements/Glazing.md\|Glazing]] [[3 Resources/Issues/No Access to Clean Windows.md\|No Access to Clean Windows]] | ☐ Architect to provide Building Cleaning plan prior to CC and finalize prior to OC | | \- | [[3 Resources/Areas/Courtyards.md\|Courtyards]] \ [[3 Resources/Building Elements/External Walls.md\|External Walls]], [[3 Resources/Building Elements/Roofs.md\|Roofs]] [[3 Resources/Issues/Wall and Roof Assemblies need Interstitial Condensation Modelling.md\|Wall and Roof Assemblies need Interstitial Condensation Modelling]] | ☐ The Facade Engineer shall model all external roof and wall assemblies and verify that the mould growth index is 0. | | \- | [[3 Resources/Areas/Courtyards.md\|Courtyards]] \ [[3 Resources/Building Elements/Tiling.md\|Tiling]] [[3 Resources/Issues/Pedestal Paving Specification.md\|Pedestal Paving Specification]] | ☐ Builder shall review Pedestal Paving Specification for each applicable area | | \- | [[3 Resources/Areas/DA Submission.md\|DA Submission]] \ [[3 Resources/Building Elements/BCA Compliance.md\|BCA Compliance]] [[3 Resources/Issues/Council Interpretation of Consent Conditions.md\|Council Interpretation of Consent Conditions]] | ☐ Project Management team should be asked to review the Council's Consent Conditions prior to accepting them and see if their is anything hair in them. | | \- | [[3 Resources/Areas/DA Submission.md\|DA Submission]] \ [[3 Resources/Building Elements/BCA Compliance.md\|BCA Compliance]] [[3 Resources/Issues/Council Interpretation of Consent Conditions.md\|Council Interpretation of Consent Conditions]] | ☐ A Planner should be asked to review the Council's Consent Conditions prior to accepting them and see if their is anything hair in them. | | \- | [[3 Resources/Areas/DA Submission.md\|DA Submission]] \ [[3 Resources/Building Elements/BCA Compliance.md\|BCA Compliance]] [[3 Resources/Issues/Council Interpretation of Consent Conditions.md\|Council Interpretation of Consent Conditions]] | ☐ The project certifier should be asked to review the Council's Consent Conditions prior to accepting them and see if their is anything hair in them. | | \- | [[3 Resources/Areas/Everywhere.md\|Everywhere]] \ [[3 Resources/Building Elements/Pipes.md\|Pipes]], [[3 Resources/Building Elements/Internal Walls.md\|Internal Walls]] [[3 Resources/Issues/Clash between Pipes, Fire Collars and Walls.md\|Clash between Pipes, Fire Collars and Walls]] | ☐ Architect shall indicate Fire Collars on all CSPs. | | \- | [[3 Resources/Areas/Everywhere.md\|Everywhere]] \ [[3 Resources/Building Elements/Pipes.md\|Pipes]], [[3 Resources/Building Elements/Internal Walls.md\|Internal Walls]] [[3 Resources/Issues/Clash between Pipes, Fire Collars and Walls.md\|Clash between Pipes, Fire Collars and Walls]] | ☐ Architect shall indicate Fire Collars from the CSP layer on the Wall Setout Plans for each level and check for clashes between walls and fire collars / pipes. | | \- | [[3 Resources/Areas/Everywhere.md\|Everywhere]] \ [[3 Resources/Building Elements/Exhaust Ducts.md\|Exhaust Ducts]] [[3 Resources/Issues/Coordinate Large Mechanical Ducts in the Basement.md\|Coordinate Large Mechanical Ducts in the Basement]] | ☐ Model all large exhaust ducts in 3D in the ArchiCAD Model so they are coordinated properly. | | \- | [[3 Resources/Areas/Everywhere.md\|Everywhere]] \ [[3 Resources/Building Elements/Exhaust Ducts.md\|Exhaust Ducts]] [[3 Resources/Issues/Coordinate Large Mechanical Ducts in the Basement.md\|Coordinate Large Mechanical Ducts in the Basement]] | ☐ Indicate these ducts on the Reflected Ceiling Plans | | \- | [[3 Resources/Areas/Everywhere.md\|Everywhere]] \ [[3 Resources/Building Elements/Elevator Shaft.md\|Elevator Shaft]] [[3 Resources/Issues/Elevator has low Tolerance.md\|Elevator has low Tolerance]] | ☐ Architect to provide extra 50mm Tolerance all minimum lift shaft sizes. | | \- | [[3 Resources/Areas/Everywhere.md\|Everywhere]] \ [[3 Resources/Building Elements/Fire Stairs.md\|Fire Stairs]] [[3 Resources/Issues/Fire Stair Width.md\|Fire Stair Width]] | ☐ Architect to check that Fire Isolated exits are minimum 1150mm wide. | | \- | [[3 Resources/Areas/Everywhere.md\|Everywhere]] \ [[3 Resources/Building Elements/Fire Hydrant.md\|Fire Hydrant]] [[3 Resources/Issues/Fire Hydrant Clearances.md\|Fire Hydrant Clearances]] | ☐ Architect to check there is sufficient clearance for Fire Hydrants at each location. | | \- | [[3 Resources/Areas/Everywhere.md\|Everywhere]] \ [[3 Resources/Building Elements/Fire Hydrant.md\|Fire Hydrant]] [[3 Resources/Issues/Fire Hydrant Clearances.md\|Fire Hydrant Clearances]] | ☐ Hydraulic Engineer to check that there is sufficient clearance for Fire Hydrants at each location. | | \- | [[3 Resources/Areas/Everywhere.md\|Everywhere]] \ [[3 Resources/Building Elements/Design.md\|Design]] [[3 Resources/Issues/Insufficient Attention given to Non-Residential Areas.md\|Insufficient Attention given to Non-Residential Areas]] | ☐ Project Manager shall check that Architect has attempted to resolve as much of the design as possible. | | \- | [[3 Resources/Areas/Everywhere.md\|Everywhere]] \ [[3 Resources/Building Elements/Design.md\|Design]] [[3 Resources/Issues/Insufficient Attention given to Non-Residential Areas.md\|Insufficient Attention given to Non-Residential Areas]] | ☐ Architect to ensure all areas of the building are designed and that the intent is clear. | | \- | [[3 Resources/Areas/Everywhere.md\|Everywhere]] \ [[3 Resources/Building Elements/Design.md\|Design]] [[3 Resources/Issues/Insufficient Attention given to Non-Residential Areas.md\|Insufficient Attention given to Non-Residential Areas]] | ☐ Project Manager to instruct builder that if they construct work that has not been approved, they may have to replace it and we will not accept compromises to the design intent of our projects. | | \- | [[3 Resources/Areas/Everywhere.md\|Everywhere]] \ [[3 Resources/Building Elements/Design.md\|Design]] [[3 Resources/Issues/Insufficient Attention given to Non-Residential Areas.md\|Insufficient Attention given to Non-Residential Areas]] | ☐ Architect shall review all junctions with the public domain and allow for floor finishes to these areas. | | \- | [[3 Resources/Areas/Everywhere.md\|Everywhere]] \ [[3 Resources/Building Elements/Balcony.md\|Balcony]] [[3 Resources/Issues/Insufificient freeboard for external termination of membrane.md\|Insufificient freeboard for external termination of membrane]] | ☐ Architect to confirm required freeboard height with Façade Engineer for all External areas during DA Stage and setup floor to floors accordingly. | | \- | [[3 Resources/Areas/Everywhere.md\|Everywhere]] \ [[3 Resources/Building Elements/Service Cupboards.md\|Service Cupboards]] [[3 Resources/Issues/Service Riser Coordination.md\|Service Riser Coordination]] | ☐ Architect to check that no wet areas are located above any service cupboards. | | \- | [[3 Resources/Areas/Everywhere.md\|Everywhere]] \ [[3 Resources/Building Elements/Service Cupboards.md\|Service Cupboards]] [[3 Resources/Issues/Service Riser Coordination.md\|Service Riser Coordination]] | ☐ Architect to check that all service cupboards and risers are vertically aligned throughout the building. | | \- | [[3 Resources/Areas/Everywhere.md\|Everywhere]] \ [[3 Resources/Building Elements/Services.md\|Services]], [[3 Resources/Building Elements/Fire Stairs.md\|Fire Stairs]], [[3 Resources/Building Elements/Fire Exit.md\|Fire Exit]] [[3 Resources/Issues/Services in Fire Stairs and Exits.md\|Services in Fire Stairs and Exits]] | ☐ Architect shall check that no services (other than those related to the fire system) are located in fire stairs. | | \- | [[3 Resources/Areas/Everywhere.md\|Everywhere]] \ [[3 Resources/Building Elements/Services.md\|Services]], [[3 Resources/Building Elements/Fire Stairs.md\|Fire Stairs]], [[3 Resources/Building Elements/Fire Exit.md\|Fire Exit]] [[3 Resources/Issues/Services in Fire Stairs and Exits.md\|Services in Fire Stairs and Exits]] | ☐ Hydraulic Engineer shall check that no services (other than those related to the fire system) are located in fire stairs. | | \- | [[3 Resources/Areas/Everywhere.md\|Everywhere]] \ [[3 Resources/Building Elements/Services.md\|Services]], [[3 Resources/Building Elements/Fire Stairs.md\|Fire Stairs]], [[3 Resources/Building Elements/Fire Exit.md\|Fire Exit]] [[3 Resources/Issues/Services in Fire Stairs and Exits.md\|Services in Fire Stairs and Exits]] | ☐ Electrical Engineer shall check that no services (other than those related to the fire system) are located in fire stairs. | | \- | [[3 Resources/Areas/Everywhere.md\|Everywhere]] \ [[3 Resources/Building Elements/Services.md\|Services]], [[3 Resources/Building Elements/Fire Stairs.md\|Fire Stairs]], [[3 Resources/Building Elements/Fire Exit.md\|Fire Exit]] [[3 Resources/Issues/Services in Fire Stairs and Exits.md\|Services in Fire Stairs and Exits]] | ☐ Mechanical Engineer shall check that no services (other than those related to the fire system) are located in fire stairs. | | \- | [[3 Resources/Areas/Everywhere.md\|Everywhere]] \ [[3 Resources/Building Elements/Staircases.md\|Staircases]] [[3 Resources/Issues/Stair Nosing Excluded from Riser Heights.md\|Stair Nosing Excluded from Riser Heights]] | ☐ Check that stair calculations include an allowance for stair nosing's throughout. | | \- | [[3 Resources/Areas/Everywhere.md\|Everywhere]] \ [[3 Resources/Building Elements/Fire Doors.md\|Fire Doors]], [[3 Resources/Building Elements/Timber Flooring.md\|Timber Flooring]], [[3 Resources/Building Elements/Tiling.md\|Tiling]], [[3 Resources/Building Elements/Carpet.md\|Carpet]] [[3 Resources/Issues/Uneven floor finish below fire doors.md\|Uneven floor finish below fire doors]] | ☐ Architect shall detail all building Lobbies Shall Generallly be tiled. | | \- | [[3 Resources/Areas/Everywhere.md\|Everywhere]] \ [[3 Resources/Building Elements/Fire Doors.md\|Fire Doors]], [[3 Resources/Building Elements/Timber Flooring.md\|Timber Flooring]], [[3 Resources/Building Elements/Tiling.md\|Tiling]], [[3 Resources/Building Elements/Carpet.md\|Carpet]] [[3 Resources/Issues/Uneven floor finish below fire doors.md\|Uneven floor finish below fire doors]] | ☐ Architect shall detail Stone or Tiled Thresholds shall be installed underneath all Fire Doors. | | \- | [[3 Resources/Areas/Everywhere.md\|Everywhere]] \ [[3 Resources/Building Elements/Internal Walls.md\|Internal Walls]] [[3 Resources/Issues/Walls in Wet Areas or Basement.md\|Walls in Wet Areas or Basement]] | ☐ check that the base of lightweight walls installed in areas exposed to moisture is protected from exposure to water. | | \- | [[3 Resources/Areas/Everywhere.md\|Everywhere]] \ [[3 Resources/Building Elements/Structure.md\|Structure]] [[3 Resources/Issues/Waterproofing Fall in Substrate Structure.md\|Waterproofing Fall in Substrate Structure]] | ☐ Architect shall allow for fall @ 1:80 in all Structural substrates in Wet areas. | | \- | [[3 Resources/Areas/Everywhere.md\|Everywhere]] \ [[3 Resources/Building Elements/Facade.md\|Facade]] [[3 Resources/Issues/Waterproofing Undrained Cavities in Facade Systems.md\|Waterproofing Undrained Cavities in Facade Systems]] | ☐ Architect to check that there are no undrained cavities in the Façade System. | | \- | [[3 Resources/Areas/Everywhere.md\|Everywhere]] \ [[3 Resources/Building Elements/Membrane.md\|Membrane]] [[3 Resources/Issues/Waterproofing Penetration Setout.md\|Waterproofing Penetration Setout]] | ☐ Architect to check that all service penetrations have minimum 100mm clearance from other vertical faces. | | \- | [[3 Resources/Areas/Everywhere.md\|Everywhere]] \ [[3 Resources/Building Elements/Membrane.md\|Membrane]] [[3 Resources/Issues/Waterproofing Penetration Setout.md\|Waterproofing Penetration Setout]] | ☐ Service Engineers to detail at 1:20 areas that are clustered with multiple penetrations like service cupboard risers. | | \- | [[3 Resources/Areas/External Areas.md\|External Areas]] \ [[3 Resources/Building Elements/Masonry Walls.md\|Masonry Walls]], [[3 Resources/Building Elements/Facade.md\|Facade]] [[3 Resources/Issues/Effluorescence from Mortar Mix.md\|Effluorescence from Mortar Mix]] | ☐ the Project Manager shall ensure that only washed river sand is used for the mortar mix. | | \- | [[3 Resources/Areas/External Areas.md\|External Areas]] \ [[3 Resources/Building Elements/Masonry Walls.md\|Masonry Walls]], [[3 Resources/Building Elements/Facade.md\|Facade]] [[3 Resources/Issues/Effluorescence from Mortar Mix.md\|Effluorescence from Mortar Mix]] | ☐ The Project Manager shall ensure that an appropriate additive like [Efflock](https://www.efflock.com.au/) is used to further reduce the risk of efflorescence. | | \- | [[3 Resources/Areas/External Areas.md\|External Areas]] \ [[3 Resources/Building Elements/Cladding.md\|Cladding]], [[3 Resources/Building Elements/Insulation.md\|Insulation]] [[3 Resources/Issues/False Combustibility Certificates.md\|False Combustibility Certificates]] | ☐ Where a non-combustible product is required the Architect shall take special care to check that certificate supplied is truly reflective of what will be installed. | | \- | [[3 Resources/Areas/External Areas.md\|External Areas]] \ [[3 Resources/Building Elements/Pedestal Pavers.md\|Pedestal Pavers]] [[3 Resources/Issues/Pedestal Paves in High Traffic Areas.md\|Pedestal Paves in High Traffic Areas]] | ☐ Check that Pedestal Pavers are generally restricted to Balconies. | | \- | [[3 Resources/Areas/External Areas.md\|External Areas]] \ [[3 Resources/Building Elements/Masonry Walls.md\|Masonry Walls]] [[3 Resources/Issues/Seal External Facing Masonry and Blockwork Walls.md\|Seal External Facing Masonry and Blockwork Walls]] | ☐ Architect to detail masonry sealer to external walls. | | \- | [[3 Resources/Areas/External Areas.md\|External Areas]] \ [[3 Resources/Building Elements/Masonry Walls.md\|Masonry Walls]] [[3 Resources/Issues/Seal External Facing Masonry and Blockwork Walls.md\|Seal External Facing Masonry and Blockwork Walls]] | ☐ Project Manager shall check that details of this are included in the Owner's Manuals. | | \- | [[3 Resources/Areas/External Areas.md\|External Areas]] \ [[3 Resources/Building Elements/Facade.md\|Facade]] [[3 Resources/Issues/Un-designed Facade Attachments.md\|Un-designed Facade Attachments]] | ☐ Architect shall brief the Façade Engineer About all elements attached to the façade of the building when obtaining a Façade Engineering Quote. | | \- | [[3 Resources/Areas/External Areas.md\|External Areas]] \ [[3 Resources/Building Elements/Facade.md\|Facade]] [[3 Resources/Issues/Un-designed Facade Attachments.md\|Un-designed Facade Attachments]] | ☐ Façade Engineer shall document the method of fixing for all Façade Elements. | | \- | [[3 Resources/Areas/External Areas.md\|External Areas]] \ [[3 Resources/Building Elements/Facade.md\|Facade]], [[3 Resources/Building Elements/Thermal Break.md\|Thermal Break]] [[3 Resources/Issues/Thermal Breaks Required per NCC2022.md\|Thermal Breaks Required per NCC2022]] | ☐ Architect shall check that appropriate thermal breaks have been allowed for. | | \- | [[3 Resources/Areas/External Areas.md\|External Areas]] \ [[3 Resources/Building Elements/Facade.md\|Facade]], [[3 Resources/Building Elements/Thermal Break.md\|Thermal Break]] [[3 Resources/Issues/Thermal Breaks Required per NCC2022.md\|Thermal Breaks Required per NCC2022]] | ☐ Façade Engineer shall check that appropriate thermal breaks have been allowed for. | | \- | [[3 Resources/Areas/External Areas.md\|External Areas]] \ [[3 Resources/Building Elements/External Walls.md\|External Walls]], [[3 Resources/Building Elements/Roofs.md\|Roofs]] [[3 Resources/Issues/Wall and Roof Assemblies need Interstitial Condensation Modelling.md\|Wall and Roof Assemblies need Interstitial Condensation Modelling]] | ☐ The Facade Engineer shall model all external roof and wall assemblies and verify that the mould growth index is 0. | | \- | [[3 Resources/Areas/Facade.md\|Facade]] \ [[3 Resources/Building Elements/Awnings.md\|Awnings]] [[3 Resources/Issues/Access Panels to Awning Soffits are Omitted.md\|Access Panels to Awning Soffits are Omitted]] | ☐ Architect shall check that awning soffit has sufficient access panels or removable panels to allow for inspection and testing. | | \- | [[3 Resources/Areas/Facade.md\|Facade]] \ [[3 Resources/Building Elements/External Walls.md\|External Walls]] [[3 Resources/Issues/Base of Lightweight wall coverings not finished with a resilient trim.md\|Base of Lightweight wall coverings not finished with a resilient trim]] | ☐ Check that the base of cladded walls are finished with edge trims. | | \- | [[3 Resources/Areas/Facade.md\|Facade]] \ [[3 Resources/Building Elements/External Walls.md\|External Walls]], [[3 Resources/Building Elements/Fire Stairs.md\|Fire Stairs]] [[3 Resources/Issues/Combustible Products.md\|Combustible Products]] | ☐ Check that all materials attached to external walls are non-combustible | | \- | [[3 Resources/Areas/Facade.md\|Facade]] \ [[3 Resources/Building Elements/External Walls.md\|External Walls]], [[3 Resources/Building Elements/Fire Stairs.md\|Fire Stairs]] [[3 Resources/Issues/Combustible Products.md\|Combustible Products]] | ☐ Check that all materials in fire escapes are non-combustible. | | \- | [[3 Resources/Areas/Facade.md\|Facade]] \ [[3 Resources/Building Elements/Masonry Walls.md\|Masonry Walls]], [[3 Resources/Building Elements/Facade.md\|Facade]] [[3 Resources/Issues/Effluorescence from Mortar Mix.md\|Effluorescence from Mortar Mix]] | ☐ the Project Manager shall ensure that only washed river sand is used for the mortar mix. | | \- | [[3 Resources/Areas/Facade.md\|Facade]] \ [[3 Resources/Building Elements/Masonry Walls.md\|Masonry Walls]], [[3 Resources/Building Elements/Facade.md\|Facade]] [[3 Resources/Issues/Effluorescence from Mortar Mix.md\|Effluorescence from Mortar Mix]] | ☐ The Project Manager shall ensure that an appropriate additive like [Efflock](https://www.efflock.com.au/) is used to further reduce the risk of efflorescence. | | \- | [[3 Resources/Areas/Facade.md\|Facade]] \ [[3 Resources/Building Elements/Fire Doors.md\|Fire Doors]], [[3 Resources/Building Elements/Facade.md\|Facade]] [[3 Resources/Issues/Fire Doors Located in External Areas.md\|Fire Doors Located in External Areas]] | ☐ Architect to check any fire doors located on the façade and provide extra measures to mitigate against water damage to those doors. | | \- | [[3 Resources/Areas/Facade.md\|Facade]] \ [[3 Resources/Building Elements/Fire Doors.md\|Fire Doors]], [[3 Resources/Building Elements/Facade.md\|Facade]] [[3 Resources/Issues/Fire Doors Located in External Areas.md\|Fire Doors Located in External Areas]] | ☐ Architect shall check that External facing fire doors are provided with heavy duty door closers such as DormaKaba TS93G Push side Door Closer | | \- | [[3 Resources/Areas/Facade.md\|Facade]] \ [[3 Resources/Building Elements/External Walls.md\|External Walls]], [[3 Resources/Building Elements/Facade.md\|Facade]] [[3 Resources/Issues/Intumescent Cavity Barriers.md\|Intumescent Cavity Barriers]] | ☐ Architect shall check that Intumescent Cavity Barriers are documented in the design drawings. | | \- | [[3 Resources/Areas/Facade.md\|Facade]] \ [[3 Resources/Building Elements/External Walls.md\|External Walls]] [[3 Resources/Issues/Mismatched Acrylic Render and Paint.md\|Mismatched Acrylic Render and Paint]] | ☐ Ensure that all rendered walls are finished with a coat of paint - colored render will not be accepted as the final finish. | | \- | [[3 Resources/Areas/Facade.md\|Facade]] \ [[3 Resources/Building Elements/Glazing.md\|Glazing]] [[3 Resources/Issues/No Access to Clean Windows.md\|No Access to Clean Windows]] | ☐ Architect to check that all windows can be cleaned effectively. | | \- | [[3 Resources/Areas/Facade.md\|Facade]] \ [[3 Resources/Building Elements/Glazing.md\|Glazing]] [[3 Resources/Issues/No Access to Clean Windows.md\|No Access to Clean Windows]] | ☐ Architect to provide Building Cleaning plan prior to CC and finalize prior to OC | | \- | [[3 Resources/Areas/Facade.md\|Facade]] \ [[3 Resources/Building Elements/Expansion Joints.md\|Expansion Joints]] [[3 Resources/Issues/Poor Detailing of Expansion Joints on Facades.md\|Poor Detailing of Expansion Joints on Facades]] | ☐ Architect shall document expansion joints on the façade on the External Elevations for the building. | | \- | [[3 Resources/Areas/Facade.md\|Facade]] \ [[3 Resources/Building Elements/Expansion Joints.md\|Expansion Joints]] [[3 Resources/Issues/Poor Detailing of Expansion Joints on Facades.md\|Poor Detailing of Expansion Joints on Facades]] | ☐ Façade Engineer shall check the Detailing of the Facade's expansion joints. | | \- | [[3 Resources/Areas/Facade.md\|Facade]] \ [[3 Resources/Building Elements/Windows.md\|Windows]] [[3 Resources/Issues/Windows Finishing Flush or Close Slab Edges.md\|Windows Finishing Flush or Close Slab Edges]] | ☐ Architect shall allow tolerance in setout of walls / windows to ensure the top of any sliding door / window sections is completely covered by slab edge of horizontal projection. | | \- | [[3 Resources/Areas/Ground Floor.md\|Ground Floor]] \ [[3 Resources/Building Elements/Awnings.md\|Awnings]] [[3 Resources/Issues/Access Panels to Awning Soffits are Omitted.md\|Access Panels to Awning Soffits are Omitted]] | ☐ Architect shall check that awning soffit has sufficient access panels or removable panels to allow for inspection and testing. | | \- | [[3 Resources/Areas/Ground Floor.md\|Ground Floor]] \ [[3 Resources/Building Elements/External Walls.md\|External Walls]], [[3 Resources/Building Elements/Fire Stairs.md\|Fire Stairs]] [[3 Resources/Issues/Combustible Products.md\|Combustible Products]] | ☐ Check that all materials attached to external walls are non-combustible | | \- | [[3 Resources/Areas/Ground Floor.md\|Ground Floor]] \ [[3 Resources/Building Elements/External Walls.md\|External Walls]], [[3 Resources/Building Elements/Fire Stairs.md\|Fire Stairs]] [[3 Resources/Issues/Combustible Products.md\|Combustible Products]] | ☐ Check that all materials in fire escapes are non-combustible. | | \- | [[3 Resources/Areas/Ground Floor.md\|Ground Floor]] \ [[3 Resources/Building Elements/Basement Slab.md\|Basement Slab]] [[3 Resources/Issues/Cracking in Slab on Ground.md\|Cracking in Slab on Ground]] | ☐ Check that trimmer bars have been detailed in the structural drawings. | | \- | [[3 Resources/Areas/Ground Floor.md\|Ground Floor]] \ [[3 Resources/Building Elements/Basement Slab.md\|Basement Slab]] [[3 Resources/Issues/Cracking in Slab on Ground.md\|Cracking in Slab on Ground]] | ☐ Check that the Sawcuts have been detailed on the Structural Drawings. | | \- | [[3 Resources/Areas/Ground Floor.md\|Ground Floor]] \ [[3 Resources/Building Elements/Basement Slab.md\|Basement Slab]] [[3 Resources/Issues/Cracking in Slab on Ground.md\|Cracking in Slab on Ground]] | ☐ Check if the Engineer can provide extra crack control measures to the slab and implement those. | | \- | [[3 Resources/Areas/Ground Floor.md\|Ground Floor]] \ [[3 Resources/Building Elements/Services.md\|Services]] [[3 Resources/Issues/Impact Protection of Basement Services.md\|Impact Protection of Basement Services]] | ☐ Check that all services in the basement and ground floors are protected from traffic movements. Relocated them if it is not possible to use a bollard or barrier. | | \- | [[3 Resources/Areas/Ground Floor.md\|Ground Floor]] \ [[3 Resources/Building Elements/Masonry Walls.md\|Masonry Walls]] [[3 Resources/Issues/Internal Masonry Walls Not Properly Detailed.md\|Internal Masonry Walls Not Properly Detailed]] | ☐ Check that all masonry walls are detailed on the Structural Engineer's Drawings | | \- | [[3 Resources/Areas/Ground Floor.md\|Ground Floor]] \ [[3 Resources/Building Elements/Main Switchboard.md\|Main Switchboard]] [[3 Resources/Issues/Main Switchboard Location and other services.md\|Main Switchboard Location and other services]] | ☐ Architect to locate the Main Switchboard away from Wet Areas above the switchroom. | | \- | [[3 Resources/Areas/Ground Floor.md\|Ground Floor]] \ [[3 Resources/Building Elements/Main Switchboard.md\|Main Switchboard]] [[3 Resources/Issues/Main Switchboard Location and other services.md\|Main Switchboard Location and other services]] | ☐ Mechanical Engineer to check that exhaust ducts don't run through this room unneccesarily. | | \- | [[3 Resources/Areas/Ground Floor.md\|Ground Floor]] \ [[3 Resources/Building Elements/Awnings.md\|Awnings]], [[3 Resources/Building Elements/Metal Roofing.md\|Metal Roofing]] [[3 Resources/Issues/Kilplock Roofing is difficult to remove.md\|Kilplock Roofing is difficult to remove]] | ☐ Architect shall check that TrimDek is used over KlipLock for project roofs. | | \- | [[3 Resources/Areas/Ground Floor.md\|Ground Floor]] \ [[3 Resources/Building Elements/Awnings.md\|Awnings]], [[3 Resources/Building Elements/Metal Roofing.md\|Metal Roofing]] [[3 Resources/Issues/Kilplock Roofing is difficult to remove.md\|Kilplock Roofing is difficult to remove]] | ☐ ARchitect shall check that TrimDek is used over KlipLock for Metal Awnings. | | \- | [[3 Resources/Areas/Ground Floor.md\|Ground Floor]] \ [[3 Resources/Building Elements/Main Switchboard.md\|Main Switchboard]] [[3 Resources/Issues/Main Switchboard Doors.md\|Main Switchboard Doors]] | ☐ Architect shall check that doors to Main Switchboard rooms are at least 900mm x 2200mm in size. | | \- | [[3 Resources/Areas/Ground Floor.md\|Ground Floor]] \ [[3 Resources/Building Elements/OSD Tank.md\|OSD Tank]] [[3 Resources/Issues/OSD Tank Waterproofing.md\|OSD Tank Waterproofing]] | ☐ Architect shall note on the Waterproofing plans that all sides of the OSD Tank shall be waterproofed. in particular: | | \- | [[3 Resources/Areas/Ground Floor.md\|Ground Floor]] \ [[3 Resources/Building Elements/OSD Tank.md\|OSD Tank]] [[3 Resources/Issues/OSD Tank Waterproofing.md\|OSD Tank Waterproofing]] | ☐ Soffit of the OSD | | \- | [[3 Resources/Areas/Ground Floor.md\|Ground Floor]] \ [[3 Resources/Building Elements/OSD Tank.md\|OSD Tank]] [[3 Resources/Issues/OSD Tank Waterproofing.md\|OSD Tank Waterproofing]] | ☐ Inside face of the doors with waterproof paint. | | \- | [[3 Resources/Areas/Ground Floor.md\|Ground Floor]] \ [[3 Resources/Building Elements/Pump Room.md\|Pump Room]] [[3 Resources/Issues/Pump Room Clearance.md\|Pump Room Clearance]] | ☐ Hydraulic Consultant to provide accurate dimensions of pump room equipment. Ideally a 1:50 drawing of the pump room. | | \- | [[3 Resources/Areas/Ground Floor.md\|Ground Floor]] \ [[3 Resources/Building Elements/Pump Room.md\|Pump Room]] [[3 Resources/Issues/Pump Room Clearance.md\|Pump Room Clearance]] | ☐ Architect to check that there is sufficient space in the pump room | | \- | [[3 Resources/Areas/Ground Floor.md\|Ground Floor]] \ [[3 Resources/Building Elements/Fire Doors.md\|Fire Doors]], [[3 Resources/Building Elements/Timber Flooring.md\|Timber Flooring]], [[3 Resources/Building Elements/Tiling.md\|Tiling]], [[3 Resources/Building Elements/Carpet.md\|Carpet]] [[3 Resources/Issues/Uneven floor finish below fire doors.md\|Uneven floor finish below fire doors]] | ☐ Architect shall detail all building Lobbies Shall Generallly be tiled. | | \- | [[3 Resources/Areas/Ground Floor.md\|Ground Floor]] \ [[3 Resources/Building Elements/Fire Doors.md\|Fire Doors]], [[3 Resources/Building Elements/Timber Flooring.md\|Timber Flooring]], [[3 Resources/Building Elements/Tiling.md\|Tiling]], [[3 Resources/Building Elements/Carpet.md\|Carpet]] [[3 Resources/Issues/Uneven floor finish below fire doors.md\|Uneven floor finish below fire doors]] | ☐ Architect shall detail Stone or Tiled Thresholds shall be installed underneath all Fire Doors. | | \- | [[3 Resources/Areas/Laundry.md\|Laundry]] \ [[3 Resources/Building Elements/Dryer.md\|Dryer]], [[3 Resources/Building Elements/Washing Machine.md\|Washing Machine]] [[3 Resources/Issues/Allow for Noise Reduction Provision to all Laundries.md\|Allow for Noise Reduction Provision to all Laundries]] | ☐ Architect shall check that there is room in all laundries to install a 20mm Cork Rib Pad. | | \- | [[3 Resources/Areas/Laundry.md\|Laundry]] \ [[3 Resources/Building Elements/Air Conditioning.md\|Air Conditioning]] [[3 Resources/Issues/Condensate Lines Need to Be Accessible.md\|Condensate Lines Need to Be Accessible]] | ☐ Mechanical Engineer shall check that there are adequate tundishes to drain each air-conditioning unit. | | \- | [[3 Resources/Areas/Laundry.md\|Laundry]] \ [[3 Resources/Building Elements/Air Conditioning.md\|Air Conditioning]] [[3 Resources/Issues/Condensate Lines Need to Be Accessible.md\|Condensate Lines Need to Be Accessible]] | ☐ Architect shall coordinate with the Mechanical Engineer to ensure all AC units are drained. | | \- | [[3 Resources/Areas/Laundry.md\|Laundry]] \ [[3 Resources/Building Elements/Joinery.md\|Joinery]] [[3 Resources/Issues/Joinery in Wet Areas.md\|Joinery in Wet Areas]] | ☐ Detail Joinery Shop Drawings to Ensure all joinery enclosures are raised off the floor, either by using metal angles or by sitting on a plinth. This prevents direct contact with tiles and protects the board from moisture. | | \- | [[3 Resources/Areas/Living Areas.md\|Living Areas]] \ [[3 Resources/Building Elements/Air Conditioning.md\|Air Conditioning]] [[3 Resources/Issues/Condensate Lines Need to Be Accessible.md\|Condensate Lines Need to Be Accessible]] | ☐ Mechanical Engineer shall check that there are adequate tundishes to drain each air-conditioning unit. | | \- | [[3 Resources/Areas/Living Areas.md\|Living Areas]] \ [[3 Resources/Building Elements/Air Conditioning.md\|Air Conditioning]] [[3 Resources/Issues/Condensate Lines Need to Be Accessible.md\|Condensate Lines Need to Be Accessible]] | ☐ Architect shall coordinate with the Mechanical Engineer to ensure all AC units are drained. | | \- | [[3 Resources/Areas/Living Areas.md\|Living Areas]] \ [[3 Resources/Building Elements/Compact Laundry.md\|Compact Laundry]] [[3 Resources/Issues/Compact Laundries Require Floor Wastes.md\|Compact Laundries Require Floor Wastes]] | ☐ Architect to check that Laundries in living areas have been provided with Floor wastes. | | \- | [[3 Resources/Areas/Living Areas.md\|Living Areas]] \ [[3 Resources/Building Elements/Compact Laundry.md\|Compact Laundry]] [[3 Resources/Issues/Compact Laundries Require Floor Wastes.md\|Compact Laundries Require Floor Wastes]] | ☐ Hydraulic Engineer to check that Laundries in living areas have been provided with floor wastes. | | \- | [[3 Resources/Areas/Living Areas.md\|Living Areas]] \ [[3 Resources/Building Elements/Tiling.md\|Tiling]] [[3 Resources/Issues/Expansion Joints in Tiled Floors.md\|Expansion Joints in Tiled Floors]] | ☐ Architect shall ensure the layout and spacing of expansion joints comply with relevant standards Typically, joints should be placed at 6m intervals. | | \- | [[3 Resources/Areas/Living Areas.md\|Living Areas]] \ [[3 Resources/Building Elements/Access Panels.md\|Access Panels]] [[3 Resources/Issues/Insufficient Access Panels for Mechanical Servicing.md\|Insufficient Access Panels for Mechanical Servicing]] | ☐ Mechanical Engineer shall indicate all required access panels for each Fan Coil Unit on the mechanical Drawings. | | \- | [[3 Resources/Areas/Living Areas.md\|Living Areas]] \ [[3 Resources/Building Elements/Access Panels.md\|Access Panels]] [[3 Resources/Issues/Insufficient Access Panels for Mechanical Servicing.md\|Insufficient Access Panels for Mechanical Servicing]] | ☐ The Architect shall document the location of these Access Panels on the RCPs. | | \- | [[3 Resources/Areas/Living Areas.md\|Living Areas]] \ [[3 Resources/Building Elements/Access Panels.md\|Access Panels]] [[3 Resources/Issues/Insufficient Access Panels for Mechanical Servicing.md\|Insufficient Access Panels for Mechanical Servicing]] | ☐ The Director of the Mechanical contracting company shall provide a personal guarantee that all Fan Coil Units are capable of being serviced prior to Occupation. | | \- | [[3 Resources/Areas/Living Areas.md\|Living Areas]] \ [[3 Resources/Building Elements/Access Panels.md\|Access Panels]] [[3 Resources/Issues/Provide Flanged Access Panels.md\|Provide Flanged Access Panels]] | ☐ Project Manager shall check that Flanged Access panels are used throughout in lieu of "Set-Bead" Access Panels. | | \- | [[3 Resources/Areas/Living Areas.md\|Living Areas]] \ [[3 Resources/Building Elements/Access Panels.md\|Access Panels]] [[3 Resources/Issues/Provide Flanged Access Panels.md\|Provide Flanged Access Panels]] | ☐ Architect shall check that Flanged Access panels are used throughout in lieu of "Set-Bead" Access Panels. | | \- | [[3 Resources/Areas/Living Areas.md\|Living Areas]] \ [[3 Resources/Building Elements/Windows.md\|Windows]] [[3 Resources/Issues/Splits in MDF Pelmets.md\|Splits in MDF Pelmets]] | ☐ Sections of MDF should be mitre-cut and overlapped. | | \- | [[3 Resources/Areas/Living Areas.md\|Living Areas]] \ [[3 Resources/Building Elements/Windows.md\|Windows]] [[3 Resources/Issues/Splits in MDF Pelmets.md\|Splits in MDF Pelmets]] | ☐ A mechanical fixing shall be installed through the mitre cut. | | \- | [[3 Resources/Areas/Living Areas.md\|Living Areas]] \ [[3 Resources/Building Elements/Windows.md\|Windows]] [[3 Resources/Issues/Splits in MDF Pelmets.md\|Splits in MDF Pelmets]] | ☐ Consider Installing Plasterer's tape over the joint. | | \- | [[3 Resources/Areas/Living Areas.md\|Living Areas]] \ [[3 Resources/Building Elements/Windows.md\|Windows]] [[3 Resources/Issues/Splits in MDF Pelmets.md\|Splits in MDF Pelmets]] | ☐ This [video](https://www.youtube.com/watch?v=rrNoNAlXuCw) provides an equiavlent example but for skirting boards. | | \- | [[3 Resources/Areas/Living Areas.md\|Living Areas]] \ [[3 Resources/Building Elements/Timber Flooring.md\|Timber Flooring]] [[3 Resources/Issues/Timber Flooring Squeaks.md\|Timber Flooring Squeaks]] | ☐ Project Manager shall ensure that the Builder Installs Dual Bond Flooring System. | | \- | [[3 Resources/Areas/Living Areas.md\|Living Areas]] \ [[3 Resources/Building Elements/Timber Flooring.md\|Timber Flooring]] [[3 Resources/Issues/Timber Flooring Squeaks.md\|Timber Flooring Squeaks]] | ☐ Architect Shall allow for 30mm of floor levelling compound when setting out the floor to floor levels of the building. | | \- | [[3 Resources/Areas/Living Areas.md\|Living Areas]] \ [[3 Resources/Building Elements/Timber Flooring.md\|Timber Flooring]], [[3 Resources/Building Elements/Carpet.md\|Carpet]], [[3 Resources/Building Elements/Tiling.md\|Tiling]] [[3 Resources/Issues/Unsightly Ramping between different floor finishes.md\|Unsightly Ramping between different floor finishes]] | ☐ Architect shall allow for different thicknesses of floor covering to allow for flush transitions at the junctions of different finishes. The whole of the room shall be levelled appropriately not just the entrance. | | \- | [[3 Resources/Areas/Living Areas.md\|Living Areas]] \ [[3 Resources/Building Elements/Timber Flooring.md\|Timber Flooring]], [[3 Resources/Building Elements/Carpet.md\|Carpet]], [[3 Resources/Building Elements/Tiling.md\|Tiling]] [[3 Resources/Issues/Unsightly Ramping between different floor finishes.md\|Unsightly Ramping between different floor finishes]] | ☐ Project Manager shall check that the builder is installing the appropriate floor leveling to achieve flush transitions throughout the project. | | \- | [[3 Resources/Areas/Lobbies.md\|Lobbies]] \ [[3 Resources/Building Elements/Timber Flooring.md\|Timber Flooring]], [[3 Resources/Building Elements/Carpet.md\|Carpet]], [[3 Resources/Building Elements/Tiling.md\|Tiling]] [[3 Resources/Issues/Unsightly Ramping between different floor finishes.md\|Unsightly Ramping between different floor finishes]] | ☐ Architect shall allow for different thicknesses of floor covering to allow for flush transitions at the junctions of different finishes. The whole of the room shall be levelled appropriately not just the entrance. | | \- | [[3 Resources/Areas/Lobbies.md\|Lobbies]] \ [[3 Resources/Building Elements/Timber Flooring.md\|Timber Flooring]], [[3 Resources/Building Elements/Carpet.md\|Carpet]], [[3 Resources/Building Elements/Tiling.md\|Tiling]] [[3 Resources/Issues/Unsightly Ramping between different floor finishes.md\|Unsightly Ramping between different floor finishes]] | ☐ Project Manager shall check that the builder is installing the appropriate floor leveling to achieve flush transitions throughout the project. | | \- | [[3 Resources/Areas/Lobbies.md\|Lobbies]] \ [[3 Resources/Building Elements/Fire Doors.md\|Fire Doors]], [[3 Resources/Building Elements/Timber Flooring.md\|Timber Flooring]], [[3 Resources/Building Elements/Tiling.md\|Tiling]], [[3 Resources/Building Elements/Carpet.md\|Carpet]] [[3 Resources/Issues/Uneven floor finish below fire doors.md\|Uneven floor finish below fire doors]] | ☐ Architect shall detail all building Lobbies Shall Generallly be tiled. | | \- | [[3 Resources/Areas/Lobbies.md\|Lobbies]] \ [[3 Resources/Building Elements/Fire Doors.md\|Fire Doors]], [[3 Resources/Building Elements/Timber Flooring.md\|Timber Flooring]], [[3 Resources/Building Elements/Tiling.md\|Tiling]], [[3 Resources/Building Elements/Carpet.md\|Carpet]] [[3 Resources/Issues/Uneven floor finish below fire doors.md\|Uneven floor finish below fire doors]] | ☐ Architect shall detail Stone or Tiled Thresholds shall be installed underneath all Fire Doors. | | \- | [[3 Resources/Areas/Residential.md\|Residential]] \ [[3 Resources/Building Elements/Concrete Slabs.md\|Concrete Slabs]] [[3 Resources/Issues/Insufficient Ceiling Height Below Balconies.md\|Insufficient Ceiling Height Below Balconies]] | ☐ Architect shall check there is extra slab height on the floors that have Set Backs with Balconies above them. | | \- | [[3 Resources/Areas/Roof.md\|Roof]] \ [[3 Resources/Building Elements/Concrete Slabs.md\|Concrete Slabs]] [[3 Resources/Issues/Insufficient Ceiling Height Below Balconies.md\|Insufficient Ceiling Height Below Balconies]] | ☐ Architect shall check there is extra slab height on the floors that have Set Backs with Balconies above them. | | \- | [[3 Resources/Areas/Roof.md\|Roof]] \ [[3 Resources/Building Elements/Sheet Membrane.md\|Sheet Membrane]] [[3 Resources/Issues/Leaks under Sheet Membranes.md\|Leaks under Sheet Membranes]] | ☐ If a sheet membrane is specified, check that a trace wire is installed underneath it. | | \- | [[3 Resources/Areas/Roof.md\|Roof]] \ [[3 Resources/Building Elements/Awnings.md\|Awnings]], [[3 Resources/Building Elements/Metal Roofing.md\|Metal Roofing]] [[3 Resources/Issues/Kilplock Roofing is difficult to remove.md\|Kilplock Roofing is difficult to remove]] | ☐ Architect shall check that TrimDek is used over KlipLock for project roofs. | | \- | [[3 Resources/Areas/Roof.md\|Roof]] \ [[3 Resources/Building Elements/Awnings.md\|Awnings]], [[3 Resources/Building Elements/Metal Roofing.md\|Metal Roofing]] [[3 Resources/Issues/Kilplock Roofing is difficult to remove.md\|Kilplock Roofing is difficult to remove]] | ☐ ARchitect shall check that TrimDek is used over KlipLock for Metal Awnings. | | \- | [[3 Resources/Areas/Roof.md\|Roof]] \ [[3 Resources/Building Elements/Service Riser.md\|Service Riser]] [[3 Resources/Issues/Rooftop Riser Shaft Detailing.md\|Rooftop Riser Shaft Detailing]] | ☐ Architect shall detail a fire rated shaft extending approximately 1 metre above the finished roof height, and detail fire-rate penetrations into that shaft. | | \- | [[3 Resources/Areas/Roof.md\|Roof]] \ [[3 Resources/Building Elements/Roofs.md\|Roofs]], [[3 Resources/Building Elements/Anchors.md\|Anchors]], [[3 Resources/Building Elements/Windows.md\|Windows]] [[3 Resources/Issues/Safe Access and Maintenance.md\|Safe Access and Maintenance]] | ☐ Architect shall prepare a Safe-Access Plan for each building and ensure that there are means of access to all elements of the building. This might include anchors or Davit Arms. | | \- | [[3 Resources/Areas/Roof.md\|Roof]] \ [[3 Resources/Building Elements/Roofs.md\|Roofs]], [[3 Resources/Building Elements/Anchors.md\|Anchors]], [[3 Resources/Building Elements/Windows.md\|Windows]] [[3 Resources/Issues/Safe Access and Maintenance.md\|Safe Access and Maintenance]] | ☐ All Safe-Access points shall be coordinated with Waterproofing designs, many systems from the access point providers are not capable of being waterproofed correctly. | | \- | [[3 Resources/Areas/Roof.md\|Roof]] \ [[3 Resources/Building Elements/External Walls.md\|External Walls]], [[3 Resources/Building Elements/Roofs.md\|Roofs]] [[3 Resources/Issues/Wall and Roof Assemblies need Interstitial Condensation Modelling.md\|Wall and Roof Assemblies need Interstitial Condensation Modelling]] | ☐ The Facade Engineer shall model all external roof and wall assemblies and verify that the mould growth index is 0. | | \- | [[3 Resources/Areas/Roof.md\|Roof]] \ [[3 Resources/Building Elements/Floorwastes.md\|Floorwastes]] [[3 Resources/Issues/Waterproofing and Slab Deflections.md\|Waterproofing and Slab Deflections]] | ☐ Where possible Architect shall check that RWOs should be located in the middle of spans, as if the slab does deflect, water will still be directed to the RWOs. | | \- | [[3 Resources/Areas/Roof.md\|Roof]] \ [[3 Resources/Building Elements/Floorwastes.md\|Floorwastes]] [[3 Resources/Issues/Waterproofing and Slab Deflections.md\|Waterproofing and Slab Deflections]] | ☐ Where possible Hydraulic Engineer shall check that RWOs should be located in the middle of spans, as if the slab does deflect, water will still be directed to the RWOs. | | \- | [[3 Resources/Areas/Roof.md\|Roof]] \ [[3 Resources/Building Elements/Membrane.md\|Membrane]] [[3 Resources/Issues/Waterproofing Osmosis Failure.md\|Waterproofing Osmosis Failure]] | ☐ Check that membranes are generally not covered and able to dry out (pedestal pavers and rocks are ok) | | \- | [[3 Resources/Areas/Roof.md\|Roof]] \ [[3 Resources/Building Elements/Membrane.md\|Membrane]] [[3 Resources/Issues/Waterproofing Osmosis Failure.md\|Waterproofing Osmosis Failure]] | ☐ Do not Install Insulation on top of Waterproof membranes | | \- | [[3 Resources/Areas/Roof.md\|Roof]] \ [[3 Resources/Building Elements/Membrane.md\|Membrane]] [[3 Resources/Issues/Waterproofing Penetration Plinths.md\|Waterproofing Penetration Plinths]] | ☐ Architect to check that these plinths are detailed on the Architectural CSPs. | | \- | [[3 Resources/Areas/Roof.md\|Roof]] \ [[3 Resources/Building Elements/Parapets.md\|Parapets]] [[3 Resources/Issues/Weatherproofing Horizontal Surfaces.md\|Weatherproofing Horizontal Surfaces]] | ☐ Architect and Facade Engineer shall check that all horizontal surfaces (excluding exposed membrane) are protected with metal flashings. | | \- | [[3 Resources/Areas/Roof.md\|Roof]] \ [[3 Resources/Building Elements/Membrane.md\|Membrane]] [[3 Resources/Issues/Waterproofing Services and Future Maintenance.md\|Waterproofing Services and Future Maintenance]] | ☐ Check that the Builder has planned out the rooftop waterproofing and services in such that the Waterproofing will be completed after the services. | | \- | [[3 Resources/Areas/Wet Areas.md\|Wet Areas]] \ [[3 Resources/Building Elements/Bathroom Exhaust.md\|Bathroom Exhaust]] [[3 Resources/Issues/Bathroom Exhaust Fan Performance.md\|Bathroom Exhaust Fan Performance]] | ☐ Mechanical Engineer shall specify Inline Fans. | | \- | [[3 Resources/Areas/Wet Areas.md\|Wet Areas]] \ [[3 Resources/Building Elements/Bathroom Exhaust.md\|Bathroom Exhaust]] [[3 Resources/Issues/Bathroom Exhaust Fan Performance.md\|Bathroom Exhaust Fan Performance]] | ☐ Mechanical Engineer shall locate bathroom exhaust fans as close the the shower as possible. | | \- | [[3 Resources/Areas/Wet Areas.md\|Wet Areas]] \ [[3 Resources/Building Elements/Bathroom Exhaust.md\|Bathroom Exhaust]] [[3 Resources/Issues/Bathroom Exhaust Fan Performance.md\|Bathroom Exhaust Fan Performance]] | ☐ Architect shall locate the exhaust fans as close to the shower as possible. | | \- | [[3 Resources/Areas/Wet Areas.md\|Wet Areas]] \ [[3 Resources/Building Elements/Wet Area Door Jambs.md\|Wet Area Door Jambs]] [[3 Resources/Issues/Rusting to Base of Door Jambs.md\|Rusting to Base of Door Jambs]] | ☐ Architect to check that the steel door jamb is finished about the Waters top angle at the door of the bathroom. | | \- | [[3 Resources/Areas/Wet Areas.md\|Wet Areas]] \ [[3 Resources/Building Elements/Wet Area Door Jambs.md\|Wet Area Door Jambs]] [[3 Resources/Issues/Rusting to Base of Door Jambs.md\|Rusting to Base of Door Jambs]] | ☐ Builder shall also treat the base of the door jambs with Cold Gal Spray-paint to prevent rust. [Cold Gal Paint](https://www.bunnings.com.au/white-knight-rust-guard-400g-cold-gal-spray-paint_p1565986) | | \- | [[3 Resources/Areas/Wet Areas.md\|Wet Areas]] \ [[3 Resources/Building Elements/Puddle Flanges.md\|Puddle Flanges]] [[3 Resources/Issues/Waterproofing Undrained Screed.md\|Waterproofing Undrained Screed]] | ☐ Architect shall check that the puddle flange junction shall be detailed so that the screed underneath the top layer of membrane shall be capable of draining. | | \- | [[3 Resources/Areas/Wintergardens.md\|Wintergardens]] \ [[3 Resources/Building Elements/Overflows.md\|Overflows]] [[3 Resources/Issues/Overflows to Balconies and Wintergardens.md\|Overflows to Balconies and Wintergardens]] | ☐ Architect has checked that all balconies, courtyards and wintergardens have overflows. | | \- | [[3 Resources/Areas/Wintergardens.md\|Wintergardens]] \ [[3 Resources/Building Elements/Overflows.md\|Overflows]] [[3 Resources/Issues/Overflows to Balconies and Wintergardens.md\|Overflows to Balconies and Wintergardens]] | ☐ Hydraulic Engineer has checked that all balconies, courtyards and wintergardens have overflows. | | \- | [[3 Resources/Areas/Wintergardens.md\|Wintergardens]] \ [[3 Resources/Building Elements/Overflows.md\|Overflows]] [[3 Resources/Issues/Overflows to Balconies and Wintergardens.md\|Overflows to Balconies and Wintergardens]] | ☐ Architect shall check overflows are located on the floor plans, so they make sense visually on the elevations of the building. | | \- | [[3 Resources/Areas/Wintergardens.md\|Wintergardens]] \ [[3 Resources/Building Elements/Wintergarden Parapet.md\|Wintergarden Parapet]] [[3 Resources/Issues/Wall Finishes in Wintergardens.md\|Wall Finishes in Wintergardens]] | ☐ Architect has checked all wall thicknesses in winter gardens to confirm that the wall is at least as wide as the Window section above it. | | \- | [[3 Resources/Areas/Wintergardens.md\|Wintergardens]] \ [[3 Resources/Building Elements/Wintergarden Parapet.md\|Wintergarden Parapet]] [[3 Resources/Issues/Wall Finishes in Wintergardens.md\|Wall Finishes in Wintergardens]] | ☐ Architect has documented render or other resilient finishes to all wintergarden walls. | | \- | [[3 Resources/Building Elements/Balcony.md\|Balcony]] \ [[3 Resources/Building Elements/Tiling.md\|Tiling]] [[3 Resources/Issues/Pedestal Paving Specification.md\|Pedestal Paving Specification]] | ☐ Builder shall review Pedestal Paving Specification for each applicable area | %% DATAVIEW_PUBLISHER: end %%