This project was entered in the LSAA 2016 Design Awards  - (Cat2, 2697)

Entrant: Structureflex (Designer / Engineer)

Location: Junortoun, Bendigo.   Completed: December 2015

Client: Catholic College Bendigo

Team: Y2 Architects, Steve Huppert, John Killmister (Cert. Eng), Shade Living Pty Ltd, Glarfab (membranes), Thornton Engineering (steel)

 Application

A large asphalt courtyard area was upgraded to provide a focal point for the students for play and school functions.

 IDENTIFICATION NUMBER           2264 
ENTRY CATEGORY (2)
ENTRANT ROLE      (Designer /Engineer/ Fabricator and Installer)
APPLICATION OF PROJECT:       Restaurant roof, recycled water collection and décor

PROJECT NAME:    Trinity Point Tension Membrane Structure

PROJECT DESCRIPTION:

This project was located in the Central Coast of New South Wales. It is a unique tension membrane structure designed to create a wow factor for a new restaurant. It was not only designed to create a visual impact, but also to provide extensive coverage to maximise the outdoor dining area table space and increase revenue for the restaurant.

We were approach by the client to Bring a design vision to life. The initial vision of the client to produce this project had come to a halt, then we were asked to come on board to use our expertise to bring this project to fruition and create a visual impact that would create global publicity for the restaurant.

APPLICATION OF PROJECT:      

3 Pod like classrooms at Green School NZ

PROJECT DESCRIPTION:

To provide an outer skin from a material that can be recycled if/when replaced and also blends into environment.  Wastage of non-recyclable materials to be kept to a minimum.

Also to provide the support frame to take the PVC membrane.

DESIGN / FABRICATION / INSTALLATION BRIEF

It was requested by the architect that we would supply a membrane solution for three-pod like classrooms for Green School New Zealand, to function as an aesthetic cladding and to create a ventilated thermal barrier to reduce a “heat soak effect” into the building.  This was to complement the “green” label for the structure, reducing running costs and adding an organic look.

ID NUMBER  2284 
ENTRY CATEGORY    2 – Medium structures
ENTRANT ROLE    Designer / Installer
PROJECT NAME: MSU John Goodman Amphitheatre 
APPLICATION:       Amphitheatre canopy 

PROJECT DESCRIPTION:

The MSU John Goodman Amphitheatre stands as a testament to innovative design meeting environmental challenges. Covering 6,792 square feet, and constructed with PVC TX30 material for durability and weather resistance, it offers exceptional acoustics and a versatile venue for concerts, plays, lectures, and cultural events, ensuring a premier outdoor experience for performers and audiences alike.

DESIGN / FABRICATION / INSTALLATION BRIEF

Missouri State University (MSU) sought to construct a versatile outdoor amphitheatre for diverse performances and events, including concerts, theatre, lectures, and cultural activities.

This project was entered into the LSAA 2016 Design Awards (Cat 2 Medium Structures #72)

Entrant: GeoMetal Limited (Design & Engineering)

Location: Ocean Supercenter, Myanmar, Thailand.   Completed: January 2016

Client: Capital Properties

Team: Process Architect & Planner Co., Ltd., Fastech Company Limited

Application: Signature Structure at a shopping Mall

This project was entered in the LSAA 2011 Design Awards (Cat 2, 2600)

Entrant: Tensys Engineers

Aside from the images below, no further details have been entered at this stage.

This is a replacement structure for the one built in 1989 that was damaged in a storm

This project was entered in the LSAA 2009 Design Awards (Cat 2, #2066)

Entrant: Tensys Engineers Pty Ltd
Location: Las Vegas, USA

The tensile fabric roof (approximately 10,000 sq ft) each covers the APM station at Monte Carlo and Bellagio Casino/Resort.  The APM stations are part of the US7 billion dollar development in Las Vegas (designed by Gensler LA) due for opening in various stages the end of 2009. 

APPLICATION OF PROJECT

Outdoor concert theatre at Jacobs Park

The Rady Shell Concert Venue Description

The Rady Shell in San Diego Symphony’s new bay side venue is the first permanent year-round bay side concert venue in the nation operated by the Symphony Orchestra. The Rady Shell can accommodate audiences of 3,500 – 8,000 per concert and up to 10,000 for special events.

Fabritecture was engaged for the technical design and fabrication of the Rady Shell performance structure and surrounding pavilion structures. The Shell itself comprises a rolled steel frame and PTFE cladding. The entire structure is approximately 236,000lbs (107,000kgs or 107 tonnes).

The stage accommodates an orchestra size of up to 150 musicians and choir with a front of stage width of 32m and depth of 20m. The roof cantilevers 15m from the front of the stage and can carry a payload of up to 50T. The stage incorporates state of the art constellation sound system designed and engineered by Meyer Sound. This system provides an exemplary sound environment on stage for the musicians, whilst also providing the technical flexibility required for a variety of other performances

The overall project includes development of a range of public facilities, including restrooms, fitness facilities & rest areas. Food pavilions and a small stage are also part of the master design plan.

This project was entered in the LSAA 2011 Design Awards (Cat 2, 2131)

APPLICATION OF PROJECT:

Hospitality and Recreation: The tensile fabric structures provide shade canopies for the patrons of the alfresco dining areas as well as creating an aesthetic focal point to the front of the apartment building at Soul, Surfers Paradise.

Sydney Aquarium Dugong's at Mermaid Lagoon

This Project was entered into the LSAA 2009 Design Awards (29047)

Entrant: UFS Australasia Pty Ltd - Designer / Fabricator
Location: Sydney Aquarium - Darling Harbour Sydney
Client: Sydney Attractions Group
Struct. Eng.: Wade Consulting
Builder: Universal Fabric Structures / Ozrig
Fabricator: Fabric Shelter Systems

No further details have been entered.