Entrant: Fabritecture (Part of Alexander Pacific Group)
- Category: 2 ID Number: 2301
- Location: Brisbane
- Client: AGS Construction
- Completion Date: February 2012
- Architect: Teo Cavallo Architects
- Structural Engineer: ADG
- Fabricator: Fabritecture
- Installer: Fabritecture
Halo was designed to take full advantage of Brisbane's wonderful weather offering a sophisticated, open-air lounge environment. In the trendy suburb of Paddington on the West Side of Brisbane is the Caxton Street Precinct famous for its entertainment venues and bustling nightlife.
An architecturally designed tensioned fabric roof was installed. The 'floating' fabric roof was designed to be the halo on top of the outdoor lounge bar - a distinctive feature of the venue, and of the surrounding area.
The fabric roofing structure improves the nightclub facilities with the addition of a weatherproof rooftop bar and lounge area which allows the venue to be enjoyed by guests all year round, even in the colder months.
The roofing structure also allows f or entertainment by way of image projection onto internal fabric screens. The solution offered is striking and stands out from other buildings in the area. The aesthetic appeal of the venue is further enhanced by the floating fabric roof which gives the Halo Nightclub its 'halo'.
The floating roof provides a distinctive feature to the nightclub as well as an open air lounge area where patrons can enjoy live music in a unique venue.
Little Edward Street Atrium Roof
Shade And Membrane Structures Australia (Design / Project Management / Install)
Completed: December 5 2013
Client: Bennelong Funds Management
Team: Global Membrane Design, SAMA, Shadecom / Fabric Solutions
Melbourne Girls Grammar School Cover to Communal Deck
Inverted conic covering a communal deck for year 5 & 6 girls at Melbourne Girls Grammar
The structural form is an asymmetric inverted conic, with what is basically a rectangular upper perimeter. In plan the area covered is small, about 12.5m by 11m, and the height varies from 3m at the bale ring to 5.5m at the lower edge to 9m at the highest edge
The conical form is asymmetrical about all axes. The bale ring has been set close to one corner so that the inverted conical shape is accentuated by being well away from the adjoining buildings to which it is attached, and so that the stormwater drainage through the bale ring has minimal interference with use of the deck on wet days.
The function of the structure is to provide critical protection of the school students from the elements during breaks in their school day, creating an outdoor leisure environment that mixes native plants with modern aesthetic material technology. It provides a space where the children can relax and briefly escape the physical confines of school. Even whilst raining, the children can retreat to this area and have their senses stimulated by the rain drumming on the tensioned fabric whilst the water is collected and pushed along the highly strung cables, creating a cylinder of rushing water. Classes can be held on the tiered decking during most weather conditions.
Page 1 of 7