Home | About Us | eSubscribe | Links |        
   CSIRO  |  SOLVE  | Issue 2 Feb 05  
CONSTRUCTION
Smoothing Bumpy Projects
By Brad Collis

A new software tool will help project managers stay on target.

A powerful new software tool is about to give the construction industry the equivalent of a high-tech stethoscope with which to monitor the ‘pulse’ or general health of major projects, before failing systems cause costly blowouts such as time over-runs or other damaging impacts.

It’s akin to having a GP on standby, ready to diagnose any worrying symptoms as a project is progressing; and then suggesting appropriate remedies.

Called Project Diagnostics, the software is a toolkit for project managers or consultants to assess a construction project’s condition, identify the areas in which it is not performing up to expectations, and suggest remedial measures.

It has the potential to save the construction industry millions of dollars caused by lost time, cost blowouts, litigation and the effects of bad publicity or loss of reputation.


'A unique tool ...
to lift construction industry productivity'
Dr Keith Hampson
The software has been developed through the CRC for Construction Innovation by global engineering firm Arup, with Queensland University of Technology (QUT), CSIRO Manufacturing and Infrastructure Technology (CMIT), John Holland Constructions, and the Queensland departments of Public Works and Main Roads.

Project director John Tsoukas of Arup, says Project Diagnostics serves as an advanced warning system for construction projects: 'It gives the client, project manager or other interested parties the ability to reach a sound understanding of the status of a project – through a series of comparisons with recognised industry norms – and then take remedial action if required.'

Mr Tsoukas says the toolkit is based on the critical success factors which most influence the success of a project. These are cost, time, safety, quality, environment, stakeholder value and relationships.

'Another advantage is the technology’s cost. The fee for using the service is insignificant compared with the potential costs of a failing project', he says.

Project Diagnostics assesses whether the critical success factors are on track, using a series of key performance indicators. Once a critical success factor is found to be under-performing, the root causes are pinpointed by further assessing a wide range of contributing factors. The software is based on a cyclic mechanism that repeats a particular investigation until the identified problems are remedied.

The project manager for the software’s development, Sheldon Sherman of Arup, says the software tool keeps drilling deeper and deeper through layers of the supply chain until it identifies where performance targets are not being met. It will then analyse this and suggest remedial actions.

'It views success from the supply chain’s perspective, not just the ultimate client', he says.

Mr Sherman says Project Diagnostics may become a lifeline for clients and stakeholders who find themselves with a project that is not performing as expected.

The program’s methodology was established by a senior researcher in project management at QUT, Daniyal Mian, who worked with CMIT software developer Stephen Egan to assemble the data into a computer program.

The CRC’s chief executive officer, Dr Keith Hampson, says it is a powerful and unique tool with the potential to significantly lift construction industry productivity. He says the software can be used as required, or as a procedure for regular check-ups: 'It applies to a wide range of procurement methods and all project phases.'

Over the coming months, Project Diagnostics will be run through several more case studies to refine the software and to raise its industry awareness before being taken to full commercialisation. .

Photo: Robin Jareaux

For further information contact:
CSIRO Enquiries
Email: Solve@csiro.au      Web: www.csiro.au
Tel: 1300 363 400       International: +61 3 9545 2176

Back to main
 

IN THIS ISSUE

 

 

Last Updated: February 10, 2005
© 2005 CSIRO Australia. For use of CSIRO material contact solve@csiro.au
 
Use of this website and content is subject to our Legal Notice and Privacy Statement.
Please contact us for assistance, or to provide feedback or comments.