Centre for Health Informatics
The Centre for Health Informatics (CHI) researches the design and use of artificial intelligence (AI) and digital technologies that will drive fundamental changes in healthcare delivery. CHI is Australia's largest and longest running academic research group in digital health and is one of three research centres within the Australian Institute of Health Innovation (AIHI). CHI also leads the NHMRC Centre for Research Excellence in Digital Health (CRE).
The Centre’s work is internationally recognised for ground-breaking contributions in many areas. We lead the world in developing technologies and methods to synthesise and deliver research evidence to consumers and clinicians, and to ensure technology use is safe. Our researchers are creating the tools needed to separate evidence from fake news, and we use advanced analytics to deliver precision medical care.
AI is integral to each of CHI’s research streams because we know that creating a sustainable, effective and safe healthcare will ultimately require the use of AI. Our work extends from core technology development, through to understanding the safety risks of AI, and developing an appropriate ethical framework.
Our research has produced many new technologies and safety standards. Three spinoff companies have commercialised our technologies in infectious disease bioinformatics, in consumer self management, and electronic health record infrastructure to support population health research and analytics. Our past staff and students have gone on to have leadership roles as researchers, practitioners and entrepreneurs nationally and internationally.
The Centre for Health Informatics works with industry, major healthcare providers, governments, national and international universities and research institutions. These include researchers at Harvard and Stanford, the Australian Commission for Quality and Safety in Healthcare, the Australian Digital Health Agency, the CSIRO Australian E-health Research Centre, the US National Toxicology Program, Telstra and Therapeutic Guidelines Limited.
We welcome research scientists and doctoral candidates with a background as clinicians, computer scientists and engineers to join our team. We invite industry to partner with us to create business opportunities through research and innovation.
Driving change in healthcare
The Centre for Health Informatics drives change in healthcare and biomedicine by making contributions to:
Break-through discoveries in computational, communication, cognitive and organisational science needed to support health service innovation and biomedical researchers.
Providing expert input and leadership into government, shaping eHealth and digital health policy priorities and goals.
Invention of novel information technologies and methods that can transfer into industry and health services.
Training future researchers through postgraduate research degrees, and educating clinicians, technologists and policy makers in health informatics through postgraduate programs.
Digital health (ehealth)
The NHMRC Centre of Research Excellence (CRE) in Digital Health commenced in 2018 and builds on the work of a previous Centre of Research Excellence in e-health directed by Professor Enrico Coiera (2011-2017). Investigators in the CRE come from Macquarie University, Bond University Limited, the University of Melbourne, UNSW Sydney, University of South Australia, The University of Sydney and CSIRO. Read more
Patient safety informatics
Information technology (IT) or eHealth is integral to the modern day transformations of healthcare delivery systems to improve quality and safety. IT is also a key enabler for encouraging patients to actively participate in healthcare processes for diagnosis, treatment and prevention. At the same time eHealth can introduce new, often unforseen, errors that can affect the safety and quality of care and may lead to patient harm. Our research program takes a cross-disciplinary approach to tackle the eHealth safety on a number of fronts by making theoretical, methodological and policy contributions. We monitor the safety of e‑health using reports of critical incidents and automated methods for surveillance of IT systems. We are also investigating models for the safety governance of eHealth. Read more
The recent availability of digital biomedical data and the enabling technology to collect, store and analyse this data will transform health care from traditional models to learning health care systems, where research and practice are integrated in a sustained manner. These learning health care systems require new methods where analytics are performed in real time at the point-of-care. At the Health Analytics Lab at AIHI, we are designing, developing and testing such models so that they can be implemented in future Electronic Health Record systems. Our core strength lies in the combination of deep analytic and computing theory and methods with understanding of clinical decision support systems. Read more
Focusing on those with the highest stake in our healthcare system, our research program investigates the impact, design, and science of Information and Communication Technology (ICT) on consumers, patients and their carers. Our research program is unique nationally and internationally and focuses on the impact of consumer eHealth, the design of consumer eHealth and the science of consumer eHealth. Read more
Computable evidence lab
The Computable Evidence Lab (CEL) focus on how clinical decisions can be made quickly and safely based on evidence. We are exploring ways in which automation can help gather, synthesize and disseminate evidence to inform decision making at the right place and time for the decision. Our research themes are: machine learning, natural language processing and heuristic systems. The Computable Evidence Lab is leading the way for new ways to think about evidence. Read more
The aims of this program are to observe and measure the systems of knowledge transfer in medical evidence. Using data mining, network science, and machine learning, we undertake projects that examine networks of interacting researchers, clinical trials, clinicians, and the communities they serve. Our broad focus includes the entire pipeline of evidence translation – from the design and undertaking of clinical trials, through the reporting and synthesis of evidence in published research and the media, and into the use of clinical evidence in policy, practice, and the decision-making of clinicians and their patients. Read more
Our people come from diverse backgrounds – academic, industry, clinical and professional. You can find people with expertise in health informatics, artificial intelligence (AI), digital health, app development, medicine, pharmacy, bio-medical engineering, patient safety, information technology, network science, physics and maths.
Director, Centre for Health Informatics
Professor Enrico Coiera
Professor Coiera has worked in health informatics for three decades and has a broad range of interests in the application of information and communication technologies (eHealth) to solving health service delivery problems. He emphasises the importance of working on inpatient clinical problems, as well as developing robust theoretical work to support the applied nature of much of this discipline.
Associate Professor Farah Magrabi
Associate Professor Blanca Gallego Luxan
Associate Professor Adam Dunn
Dr Annie Lau
Senior Research Fellow
Dr Guy Tsafnat
Senior Research Fellow
Dr Ying Wang
Dr Amalie Dyda
Dr William Tong
Post-Doctoral Research Fellow
Dr Liliana Laranjo
Dr Didi Surian
Post-Doctoral Research Fellow
Dr Kathleen Yin
Post-doctoral Research Fellow
Mr Zubair Shah
Post-Doctoral Research Fellow
Dr Baki Kocaballi
Dr Dana Rezazadegan
Post-Doctoral Research Fellow
Ms Jenny Waldie
Ms Denise Tsiros
Operations and Student Services Manager
Ms Leanne Bamford-Barnes
Fellowship Program Manager
Mr Vitaliy Kim
Computer Systems Officer
Mr Michael Van Treeck
Ms Paige Newman
Ms Georgina Kennedy
Ms Ly Tong
Mr Grant Castelyn
Dr Mei-Sing Ong
Mr David Roffe
Associate Professor Terry Hannan
Higher degree research students
Our projects focus on mapping the complex organisational systems of health systems; developing intelligent systems to support evidence-based health care; developing and applying evaluation tools to assess the impacts of information technology safety in health care; and designing system-wide interventions to provide a sustainable platform for future health systems.
- Assessment and development of robust clinical quality indicators
- Automated identification of incident reports
- Automated surveillance of IT systems
- Consumer decision support system
- E-health safety governance
- Enabling personalised cohort studies at the point-of-care
- Epidemiology of antibiotic resistance
- Improving the transparency, efficiency, and integrity of clinical trial evidence
- IT incident detection and classification
- Measuring the spread and persistence of clinical evidence and misinformation in the public domain
- Mobile app for self-management and consumer engagement
- Patient work assessment
- Personal health management system (Healthy.me)
- Real-time prediction of remaining days of hospitalisation, readmission and death
- Social network interventions for consumer health
- Temporal patterns of patient safety and quality of care
- The automation of systematic reviews
CHI has developed a suite of tools and resources relevant to researchers, clinicians, medical practitioners, healthcare and government policy makers, students, and industry. For example, we have developed a consumer ‘app’ ecosystem called Healthy.me, and tools to support systematic reviews, as well as clinical analytics.
- Centre for Health Informatics: 2000 - 2015
- Centre for Health Informatics - Staff profiles and streams of expertise
For business and/or researchers
- Partnerships in digital health and AI in medicine
- Clinical resources, technologies and tools
- Interested in a Personal Health Management System?
- Lau, A. Participatory Health through Social Media, 1st Ed from Shabbir Syed-Abdul, Elia Gabarron. Academic Press, 2016
- Coiera E.Guide to Health Informatics. 3rd ed. United Kingdom: CRC Press Imprint; 2015.
- Sintchenko, V (Ed).Infectious disease Informatics, Springer, 2010
- Sintchenko V.Decision by design: Decision support for antibiotic prescribing in critical care. Saarbrucken: VDM-Verlag Dr Müller; 2009.
- Westbrook JI, Coiera EW, Callen JL, Aarts J (eds). Information technology in Health Care 2007, Proceedings of the 3rd International Conference on Information Technology in Health Care; Socio-technical approaches, IOS Press, 311pp.
- Lau, A.The impact of cognitive biases on information searching and decision making, UNSW, 2006
- Fieshi M, Coiera E, Li Y (eds). Proceedings of the 11th World Congress on Medical Informatics – Medinfo 2004, IOS Press, 2 vols.
- For the latest report go to the Resources tab on the Publications page
- Centre for Health Informatics Annual Report 2013
- Centre for Health Informatics Annual Report 2012
- Centre for Health Informatics Annual Report 2010-11
- Centre for Health Informatics Annual Report 2009-10
- Centre for Health Informatics Annual Report 2008-09
- Centre for Health Informatics Annual Report 2007
- Centre for Health Informatics Annual Report 2006
- Centre for Health Informatics Annual Report 2005
- Centre for Health Informatics Annual Report 2004
- Centre for Health Informatics Annual Report 2003
- Centre for Health Informatics Annual Report 2002