This iconic project of international significance at Wadjemup (Rottnest Island) achieves world-class durability despite oceanic salinity and corrosion due to Airey Taylor Consulting’s Structural Engineering capacity using glass fibre reinforced polymer rods in concrete
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Adaptive re-use of this Heritage structure used the full suite of Airey Taylor Consulting’s Scientific and Structural skills; proving that adaptation and restoration of upper level Heritage structures with continued use of ground floor tenancies can be a more attractive option for owners than the current industry practice of facadism in Heritage settings.
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Airey Taylor Consulting’s structural design for Glass Fibre Reinforced Polymer using rods as reinforcement in concrete radically extend the life of this new Dolphin and Boat Ramp at Australia’s northern most Island
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Airey Taylor Consulting’s Structural Engineering skills enabled rapid modelling and structural design of the durable aluminum sculptures, activating the Mends Street area at the new civic heart of South Perth as part of their Connect South revitalisation project
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Awarded Best Construction on a Challenging Site Award in the 2019 MBA Bankwest Awards, this project used the foremost Civil Engineering and Durability in Design expertise of Airey Taylor Consulting to create a new benchmark of foreshore developments.
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This two stage project provides a quality Primary School and Kindergarten to the growing Forrestdale area with introduced energy efficiency through natural lighting in classrooms
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A $31 M sporting redevelopment as part of the ‘Claremont on the Park’ project
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$38 M redevelopment project of the existing Mandurah Aquatic & recreation centre creates timeless style while adding world class function to this community centre
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Civil engineering and pavement design for this project built in durability factors for the acidity of waste products and heavy load of equipment of the facility.
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Remediation of this community board walk located on Swan River used Glass Fibre Reinforced Polymer (GFRP) rods as reinforcement in concrete in place of steel to deliver a design with rated 75 years of longevity despite a corrosive aqueous environment.
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