![A group of people at the open day The Australian Defence Force Academy (¹ú²ú¾«Æ·) held its annual Open Day on 26 August 2017 providing prospective students, families and friends and the public an opportunity to see a range of exciting displays by the Navy, Army and Air Force and learn about life and study at the Academy. Defence and University staff were also on hand providing careers and course information. There were flypasts and aerial displays by the Air Force Roulettes and Australian Army Parachute Display Team; exhibits by various ¹ú²ú¾«Æ· sports teams and club as well as an Army section attack and displays by the Air Force Military Dogs. ¹ú²ú¾«Æ· Midshipmen and Officer Cadets navigated the above-pool obstacle course, abseiled down the side of a building and the public were also entertained by live music during the day. Tours led by ¹ú²ú¾«Æ· Canberra staff highlighted the outstanding academic facilities, and the information sessions informed the public about everything you needed to know about academic life at ¹ú²ú¾«Æ·.](/content/dam/images/canberra/unsw-canberra/general/websites/2022-10-canberra/2023-02-20170826adfa3448214_3458.cropimg.width=335.crop=video.jpg)
Influencing better decision-making
Behavioural science looks at human actions across multiple fields of study including the latest research in cutting-edge psychology. It focuses on how emotions, the environment and social factors influence human decisions,Ìýand how biases and framing can lead us to make certain decisions.Ìý
In a world where the frequency of global crises is increasing, the context for scientific solutions to understand human behaviour is rapidly changing. Behavioural scientists are particularly interested in how people perceive, communicate and respond to the world around them.
We use our understanding of human behaviour to design environments that help people make better decisions. Using insights drawn from fundamental research, behavioural science can help improve lives and promote healthy, resilient adjustments to an increasing range of pressing social problems including climate change, health pandemicsÌýand cyber security threats.Ìý
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Associated schools, institutes & centres
Impact
In a world characterised by rapid and far-reaching technological change, we use innovative research frameworks to improve the understanding of the complexities of human behaviour. A significant portion of human cognition happens without conscious awareness through the mediation of technology. New technologies influence humans in complex ways and are generating behaviours that challenge the fundamental aspects of what it means to be human.Ìý
Insights from behavioural science have a significant role to play in understanding sociotechnical systems and the broader effects of disruptive technologies on Australian institutions. Our expertise in understanding the complex interplay between human behaviour and technological change is advancing knowledge in this area, with particular significance for the government and defence sectors. Our research will play an essential role in managing the impact of disruptive technologies in complex environments, from smart cities to future battlefields.Ìý
Competitive advantage
We have research capabilities and unique expertise in interdisciplinary methodology, cutting-edge theoryÌýand case-study applications including: Ìý
- a uniquely holistic approach to the science of human behaviour, incorporating cross-disciplinary insights from cultural geography, sociology, philosophyÌýand psychology.Ìý
- cutting-edge interfaces with new developments across an exciting range of empirical topics, including neuroscience, synthetic biology, advanced manufacturing, digital cultures, cyber studiesÌýand the performing arts.Ìý
- access to collaborative opportunities with ¹ú²ú¾«Æ· research centres, including the Defence Research Institute and ¹ú²ú¾«Æ· Cyber.Ìý
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Dewsbury, JD. (2015). ‘: from Live to Blank’.Ìýcultural geographies,Ìý22, pp. 29-47.Ìý
Dewsbury, JD. & Bissell, D. (2015)Ìý‘l’, cultural geographies, 22 (1), 21-28.Ìý
Lai, S. & Sharpe, S. (2016)Ìý‘’ÌýTheÌýFibrecultureÌýJournal, Issue 27: networked war/conflict.Ìýhttps://doi.org/
Lapworth, A. (2016). ‘’. Theory, Culture & Society, 33, pp. 123-150.Ìý
Lapworth, A. (2020)Ìý‘’, The Conversation, May 11th, 2020
Roberts, T. (2017). ‘’, cultural geographies, 24, pp. 539-554.ÌýÌý
- Sharpe, S. (2013)Ìý‘.ÌýGeographical Research,Ìý51 (2), pp.166-172.  
- Williams, N. (2016)Ìý'',ÌýEnvironment and Planning A, vol. 48, pp. 1549 - 1564,Ìý
Successful applications
- Team Performance, Habit Training, and Enhanced Technological EmbodimentÌý
- Rethinking the Human in C21st Socio-Technical InnovationÌý
- Re-thinking human-technology relations in the age of Industry 4.0.Ìý
Research projects
- Trust in technological mediation for resilience during catastrophic events.
Culture
While an emerging initiative within the School of Science, Behavioural Science is closely linked with Cultural Geography and its vibrant research of weekly reading groups (‘Non-representational Theory and Geography’) and bi-monthly research workshops (‘Space, Performance, Art and Technology’). We also collaborate with ¹ú²ú¾«Æ· Canberra Cyber. We are proud of our internationally diverse team of researchers at all levels, and actively support the ¹ú²ú¾«Æ· ALLY Network for LGBTIQ+ people.
Study with us
We offer postgraduate courses in:
We promote and encourage:
- interdisciplinary teaching, drawing on cutting-edge qualitative social science to reframe the question of the socio-technical for the 21st century.
- research-led teaching, thinking through innovative conceptual ideas about contemporary empirical examples in art, technology, and science.
- distance learning—and we are structuredÌýto deliver courses in this fashion.