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Aurecon provided structural, civil and facade design services for the eight-storey Queensland Biosciences building, which presented the team with several engineering challenges.

The University of Queensland and the Commonwealth Scientific and Industrial Research Organisation (CSIRO) set the design team with several challenging objectives which included the precinct’s integration within the campus, the creation of opportunity for future expansion, fitting for a landmark building, all within an appropriate budget.

To meet the client’s specialist laboratory requirements, Aurecon designed the principal floor system to provide largely column-free space while still allowing for intensive services reticulation and compliance with stringent performance criteria. In addition, floor deflections and vibration had to be minimised to accommodate sensitive technical equipment such as electron microscopes.

Location

Turrbal and Jagera Country
Brisbane, Queensland, Australia

Client

University of Queensland & CSIRO

Aurecon's Role

Building design, civil structures, façades

Complete

2003

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The Queensland Biosciences Precinct, a world-class research facility, houses up to 750 research and support staff.
Aurecon’s design incorporated coloured concrete as the principal facade material.
Aurecon provided structural, civil and facade design services for the eight-storey building.
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The Queensland Biosciences Precinct, a world-class research facility, houses up to 750 research and support staff.
The Queensland Biosciences Precinct, a world-class research facility, houses up to 750 research and support staff.
The Queensland Biosciences Precinct, a world-class research facility, houses up to 750 research and support staff.

While permanent building movement joints are often detailed in 70 x 27 m floor plates, the laboratory design did not support their use. In order to assess and accept the use of pour strips, finite element analysis was used to estimate floor shrinkage and identify areas likely to be affected.

Aurecon’s design also incorporated coloured concrete as the principal facade material. This involved extensive research into the proposed construction method to achieve both the desired finish and a cost-effective, highly-durable solution. In addition, the design incorporated an overland flow path through the complex to address the insufficient capacity of existing stormwater drainage on site.

Award-winning

The project won the following award:

  • High Commendation: Engineers Australia Awards of Excellence – Queensland Division 2004 – Building and Structures

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