Who can Enter:
Anyone who is enrolled in CDU IT Courses (short course, VET, undergraduate and postgraduate courses) in Academic year 2023.
- Challenge and registration open: Monday, 11 September 2023
- Submission deadline: Wednesday, 18 October 2023 at 12:00 noon ACST
- Presentation and judging: Wednesday, 25 October 2023 at 9 am to 1:00 pm ACST
- Venue: Purple 12.1.15
Panel of judges
Ewan Perrin GAICD
Executive Director, Digital Government at Northern Territory Government
Senior Director, Digital Strategy at Northern Territory Government
Dr Guzyal Hill
Senior Lecturer (Law) and Deputy Chair Academic Board and Academic Programs Committee
Solutions Architect, The Arnhem Land Progress Aboriginal Corporation (ALPA)
Australia’s Information Technology (IT) landscape has been marred by several high-profile IT project failures. Billions of dollars were wasted on projects that never delivered on their promises. The Robodebt scheme, the Queensland Health payroll system, and Victoria’s Myki Smart Card are just a few examples.
Are there patterns behind these failures? Can these failures be anticipated? And what does the data tell us?
To begin, your team should collect data on high-profile IT project failures from Australia and worldwide. These may include both governmental and non-governmental projects. By applying machine learning techniques to this data, you will identify patterns and factors that may have contributed to these failures and determine the extent to which failed projects could have been predicted.
Start by identifying a list of failed IT projects that are publicly available. Sources may include but are not limited to:
- Why Do Projects Fail?’s Catalogue of Catastrophe
- The 14 government IT projects on the DTA’s ‘engage’ list worth over AU$10m.
- Can we avoid further Australian project failures in IT?
- Selected government ICT projects
- Delivering successful technology projects
- Management of ICT projects by government agencies
Your team should consider how to perform featurisation on these datasets. There is no restriction on how this should be done, although a high level of automation is strongly desirable.
There is also no restriction on which predictive algorithms to use. Experimentations are encouraged.
Rules of competition
- Participants must be in teams of 2 to 4 students.
- The data science solution must be developed in Python. Results must be submitted as .py scripts or Jupyter Notebooks written in Python.
- There is no restriction on the specific Python packages.
The following items must be submitted before the closing date of the submission (not the presentation date):
- One .zip file containing .py scripts / Jupyter Notebooks, all processed datasets, and the requirements.txt file to replicate your Python environment.
Label your submission with your team’s name.
Upload your submission SUBMISSION IS CLOSED
Your team must pitch your work to a panel of judges on the stated presentation date at Charles Darwin University Casuarina Campus.
Duration: 10 minutes pitching + 5 mins Q&A per team
Participating teams will be judged along five criteria:
- Innovation (20%)
- Sophistication (20%)
- Results (30%)
- Scalability and automation (10%)
- Presentation (20%)
Willcocks, L. and Griffiths, C., 1994. Predicting risk of failure in large-scale information technology projects. Technological forecasting and social change, 47(2), pp.205-228.
Chen, H.L., 2015. Performance measurement and the prediction of capital project failure. International Journal of Project Management, 33(6), pp.1393-1404.
Owolabi, H.A., Bilal, M., Oyedele, L.O., Alaka, H.A., Ajayi, S.O. and Akinade, O.O., 2018. Predicting completion risk in PPP projects using big data analytics. IEEE Transactions on Engineering Management, 67(2), pp.430-453.
Wang, Y., Shao, Z. and Tiong, R.L., 2021. Data-driven prediction of contract failure of public-private partnership projects. Journal of Construction Engineering and Management, 147(8), p.04021089.
Basurto, N., Jiménez, A., Bayraktar, S. and Herrero, Á., 2023. Improving the prediction of project success in the telecom sector by means of advanced data balancing. Cybernetics and Systems, 54(3), pp.306-320.