large office building

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Institute of Architects The Royal Australian Oldfield Knott Architects Pty Ltd 567 Hay Street, Daglish, WA. 6008 Phone (08)9381 6788 . Fax (08) 9381 4619 PO Box 849, Subiaco, WA 6904 Project Number Date Design/drawn by Checked by Scale for 1 : 1 Lot 9,35- 37 Walters Road Osborne Park C:\Users\achachad\Desktop\07001 DA options110624.rvt 8/07/2011 4:09:11 PM 07001 NOV 2010 Cover sheet P 00 Proposed Office Development Skippers Transport and Quinco Properties P/L das Development Application PROPOSED OFFICE DEVELOPMENT 35 WALTERS DRIVE, OSBORNE PARK Sheet List Sheet Number Sheet Name Current Revision P 00 Cover sheet P 01 Location and Site plan P 02 Ground floor Plan P 03 Level 1-3 Plans P 04 Levels 4-7 P 05 Level 8, Roof P 06 Elevations P 07 Sections P 08 Area analysis P 09 Perspective renderings P 10 Perspective renderings Revision Schedule No. Date Description SUMMARY Accommodation Office accommodation of approximately 15600sqm with floor plates varying from 400 to 1500sqm per floor within 2 buildings of 8 and 9 storeys. Parking is provided for 310 cars and 100 bicycles plus dedicated moped/motorcycle places. A cafe is located on the ground floor and roof terraces on the top floors. External Finishes : Ground floor : Bitumen and concrete to vehiclular areas with exposed aggregate and selected stone to pedestrian pathways. Walls to be painted concrete and selected stone to feature walls. Frameless and semi framed glazing to lobbies, street front offices and entries. Metallic powdercoated finishes to free standing columns and canopies. Upper floors : Full height semi framed glazing to all office areas. Vertical and horizontal powdercoated aluminium blades set approx. 600mm clear of the wall line to allow for maintenance access and venting of heated air away from the facade. Blades are set at various angles for maximum sun protection. Glazing to be tinted thermal resistant. Roof : Colorbond roofing and cladding to plant room. Internal Finishes : Common and Public areas : Good quality stone/granite/marble to floors of lobbies and some feature walls. Ceramic tile to floor and walls of washrooms. Paint to walls and ceilings generally. Office areas: Floor, wall and ceiling finishes to tenant requirement. Bare shell approach with background services to prevent waste due to tenant variations. Services : Aim to provide 4.5 to 5 NABERS energy rating Air conditioning : HVAC services to be high efficiency variable refrigerant volume (VRV) systems with heat exchange capability. Electrical : Sub metering to allow for monitoring and contraol of energy usage, High efficiency fittings and dimming according to daylight conditions. Potential for photovoltaics to run some common sevices Hydraulics : 5 star water saving fittings, treatment and recycling of waste water, fire services test water capture and possibly stormwater capture and storage(noted high water table) Lifts: To incorporate energy regeneration and monitoring of energy use. BIM : Building information management systems to monitor and control energy usage

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A Twin Office Block Development in Osborne Park.

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Page 1: Large Office Building

Institute of ArchitectsThe Royal Australian

Oldfield Knott Architects Pty Ltd567 Hay Street, Daglish, WA. 6008Phone (08)9381 6788 . Fax (08) 9381 4619 PO Box 849, Subiaco, WA 6904

Project Number

Date

Design/drawn by

Checked by Scalefor 1 : 1

Lot 9,35- 37 Walters RoadOsborne Park

C:\Users\achachad\Desktop\07001 DA options110624.rvt 8/07/2011 4:09:11 PM

07001NOV 2010

Cover sheet

P 00

Proposed Office Development

Skippers Transport and Quinco Properties P/Ldas

Development Application

PROPOSED OFFICE DEVELOPMENT35 WALTERS DRIVE, OSBORNE PARK

Sheet ListSheet

Number Sheet NameCurrentRevision

P 00 Cover sheetP 01 Location and Site planP 02 Ground floor PlanP 03 Level 1-3 PlansP 04 Levels 4-7P 05 Level 8, RoofP 06 ElevationsP 07 SectionsP 08 Area analysisP 09 Perspective renderingsP 10 Perspective renderings

Revision ScheduleNo. Date Description

SUMMARY

Accommodation

Office accommodation of approximately 15600sqm with floor plates varying from 400 to1500sqm per floor within 2 buildings of 8 and 9 storeys. Parking is provided for 310 cars and100 bicycles plus dedicated moped/motorcycle places. A cafe is located on the ground floorand roof terraces on the top floors.

External Finishes :

Ground floor : Bitumen and concrete to vehiclular areas with exposed aggregate and selectedstone to pedestrian pathways. Walls to be painted concrete and selected stone to featurewalls. Frameless and semi framed glazing to lobbies, street front offices and entries. Metallicpowdercoated finishes to free standing columns and canopies.

Upper floors : Full height semi framed glazing to all office areas. Vertical and horizontalpowdercoated aluminium blades set approx. 600mm clear of the wall line to allow formaintenance access and venting of heated air away from the facade. Blades are set atvarious angles for maximum sun protection. Glazing to be tinted thermal resistant.

Roof : Colorbond roofing and cladding to plant room.

Internal Finishes :

Common and Public areas : Good quality stone/granite/marble to floors of lobbies and somefeature walls. Ceramic tile to floor and walls of washrooms. Paint to walls and ceilingsgenerally.

Office areas: Floor, wall and ceiling finishes to tenant requirement. Bare shell approach withbackground services to prevent waste due to tenant variations.

Services :

Aim to provide 4.5 to 5 NABERS energy rating

Air conditioning : HVAC services to be high efficiency variable refrigerant volume (VRV)systems with heat exchange capability.

Electrical : Sub metering to allow for monitoring and contraol of energy usage, High efficiencyfittings and dimming according to daylight conditions. Potential for photovoltaics to run somecommon sevices

Hydraulics : 5 star water saving fittings, treatment and recycling of waste water, fireservices test water capture and possibly stormwater capture and storage(noted high watertable)

Lifts: To incorporate energy regeneration and monitoring of energy use.

BIM : Building information management systems to monitor and control energy usage