Australian Partnership for Advanced Computing

Australian Partnership for Advanced Computing
Name	Australian Partnership for Advanced Computing
Abbreviation	APAC
Formation	1999
Dissolved	2007
Headquarters	Canberra
Region served	Australia
Parent organization	Australian Research Council

Australian Partnership for Advanced Computing was a national initiative that coordinated high-performance computing and advanced computing infrastructure across Canberra, New South Wales, Victoria, Queensland, South Australia, Western Australia, and Tasmania. Established to link major research institutions and national facilities, it aimed to provide computational resources, software engineering support, and training to researchers in fields such as meteorology, bioinformatics, computational chemistry, and astronomy. The program operated amid policy developments involving the Australian Research Council, the Commonwealth Scientific and Industrial Research Organisation, and state-based research organisations, influencing subsequent initiatives like the National Computational Infrastructure and the Australian Research Data Commons.

History

APAC was created in the late 1990s under federal initiative aligning with the Australian Research Council strategic priorities and in response to demands from universities such as the University of Sydney, the University of Melbourne, the Australian National University, and the University of Queensland. Its establishment followed regional efforts exemplified by institutions like the Victorian Partnership for Advanced Computing and was contemporaneous with international projects including the UK e-Science Programme and the Teragrid project in the United States. During its operational period APAC coordinated with national laboratories including the Commonwealth Scientific and Industrial Research Organisation and engaged with disciplinary centres such as the CSIRO Marine and Atmospheric Research division and the Australian Centre for Astrophysics clusters. The program evolved through phases of distributed service models and culminated in transitions to successor infrastructures and programs aligned with the National eResearch Collaboration Tools and Resources (NeCTAR) timeline.

Organization and Governance

APAC’s governance combined representation from member institutions including the Australian National University, the University of New South Wales, the University of Adelaide, and the University of Western Australia. Its board included stakeholders drawn from federal agencies such as the Department of Education, Science and Training and advisory input from research councils including the Australian Research Council. Operational units reported through centres hosted by universities and national facilities such as the Pawsey Supercomputing Centre precursor groups and state-based computing nodes in coordination with the Victorian Partnership for Advanced Computing. Management practices reflected models used by the European Grid Infrastructure and governance frameworks similar to those adopted by the National Computational Science Alliance.

Programs and Services

APAC delivered a portfolio of services including access to high-performance computing, software porting and optimisation, and training workshops for researchers from institutions like the Monash University, the University of Technology Sydney, and the University of Western Sydney. Service offerings encompassed user support comparable to that provided by the National Computational Infrastructure, application enablement for communities such as computational fluid dynamics groups at the University of Adelaide, and consulting for large-scale data initiatives involving the Australian Synchrotron and the CSIRO. APAC ran interoperable services oriented around middleware approaches similar to those used by the Globus Alliance and conducted national training programs modeled on curricula from the Open Science Grid and the Academic Computer Centre CYFRONET.

Research and Contributions

APAC supported computational research across domains including climate modelling with teams at the Bureau of Meteorology, genomics projects affiliated with the Garvan Institute of Medical Research, and astrophysics collaborations tied to the Australian Astronomical Observatory. It contributed to software stacks for simulation and data analysis used by researchers in computational chemistry at the University of Sydney and in structural biology at the Walter and Eliza Hall Institute of Medical Research. APAC’s work intersected with international standards bodies such as the Open Grid Forum and influenced research workflows in projects connected to the International Virtual Observatory Alliance and the Human Genome Project-adjacent consortia in Australia.

Infrastructure and Facilities

APAC coordinated distributed computing nodes hosted by partner universities and research organisations, creating a federated architecture with facilities similar in function to the Pawsey Supercomputing Centre and the National Computational Infrastructure in scope. Hardware resources included clusters, visualization labs, and data storage systems that enabled large-scale simulations for groups at the Australian National University, the University of Melbourne, and the University of Queensland. APAC’s infrastructure initiatives paralleled procurement and operational practices seen at centres such as the Argonne National Laboratory and the Los Alamos National Laboratory in terms of batch scheduling, parallel file systems, and user authentication frameworks.

Partnerships and Collaborations

The partnership model relied on collaborations with state-based bodies like the Victorian Partnership for Advanced Computing and national agencies such as the CSIRO and the Australian Research Council. APAC interfaced with international projects and infrastructure providers including the European Grid Infrastructure, the Teragrid, and the Asia-Pacific Advanced Network, fostering joint activities with universities like the University of Tokyo and organisations such as the National Institute of Informatics (Japan). Industry engagement included work with technology vendors and software firms active in the high-performance computing market and collaborations with observatories and facilities like the CSIRO Astronomy and Space Science division.

Legacy and Impact

Although APAC’s formal operations concluded as national strategies consolidated resources into successors including the National Computational Infrastructure and the Australian Research Data Commons, its legacy persists through trained research communities at institutions such as the University of Melbourne, the Australian National University, and the University of Sydney. It influenced policy discussions involving the Australian Research Council and helped seed capability that underpinned Australia's participation in international initiatives like the Global Grid Forum and the International Virtual Observatory Alliance. The program’s contributions to software, workforce development, and federated infrastructure informed later investments in national e-research capabilities and capacity-building across Australian research institutions.

Category:Computational science in Australia Category:Research institutes in Australia