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Hubs

Linking academia and industry together through research
  • /engineering/industry-community/partner-with-us.html Partner with us
  • /engineering/our-research.html Our research

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Our hubs are built around large concepts that provide an interdisciplinary perspective with multiple levels of analysis.

They are designed to bring together industry, academia and students to foster collaboration and progress in the specialist areas of energy and humanitarian engineering.

Energy Hub

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Energy聽drives economies and sustains聽societies.听笔谤别蝉别苍迟濒测,听energy聽production and use is amongst the largest contributors to global warming.

Our Energy Hub is focused on fostering industry-led collaborations with academia and government as well as promoting excellence and innovation in advanced engineering within the energy sector.

It鈥檚 focused on the energy journey, the opportunities and challenges, as well as the policies needed to achieve the results and make Australia a leader in new energy.

Furthermore, it supports the 爆料王鈥檚聽target of net zero emissions by 2030聽by focusing and facilitating linkages and projects between the university and industry in energy engineering.

Energy Hub members are leaders within the energy sector from industry, academia, and government who volunteer time and expertise to participate in activities.

Membership is by invitation and open to those who are passionate about future opportunities in energy technology, policy, planning, and investment.

Please contact Mike Dureau for further details:聽michael.dureau@sydney.edu.au听听

Humanitarian Engineering Hub

Humanitarian engineering is the application of engineering for humanitarian aid purposes.

It combines聽multiple engineering disciplines聽to聽address the聽world鈥檚聽crises and humanitarian emergencies,聽and to improve the wellbeing of marginalised populations in聽developing聽countries and fragile states.聽鈥�

Our Humanitarian Engineering Hub provides a forum for the promotion of humanitarian engineering within the context of聽international development, with a focus on the application of technology and innovation.聽

Its focus is on聽post disaster relief and enhancing benefits to recipient communities in聽developing聽countries.听听聽鈥�

Humanitarian Engineering Hub members will be able to access聽a number of聽activities, including:聽鈥�

  • regular in person and online seminars and webinars with key speakers on relevant topics and research,
  • connection to the annual聽Humanitarian Innovation Awards聽(the current Ron Johnston Awards),聽which are well established with proven record,
  • briefings on聽humanitarian engineering research聽within the Faculty of Engineering, and involvement in and ability to initiate research activities,
  • opportunities for engaging聽with our humanitarian engineering undergraduates and postgraduate聽researchers as interns, and
  • networking opportunities with fellow practitioners involved in this important field.聽鈥�

There is to be no charge to Humanitarian Engineering Hub members, other than for major events, when these are聽organised.

Research in Humanitarian Engineering - Inspirations for the Future

Quality innovative research is fundamental to knowledge enhancement and advancement in every branch of engineering and applied science. This principle has been recognised in recent years in respect to humanitarian engineering and international development. New ideas and expanded knowledge make the delivery of humanitarian engineering and international aid generally more effective, sustainable and relevant to recipient communities. Presented by USYD PhD graduates:

  • Emily Nabong:聽A practical tool for evidence-based climate adaptation planning
  • Sabita Adhikari:聽Understanding microbial contamination at the latrine front-end: Insights from rural Fiji and Nepal
  • Arvin Hadlos:聽Housing safety analysis of non-engineered structural assets in resource-constrained communities

Effective Engagement of Local Capacity in Development Projects

Effective engagement of local capacity and resources in developing countries 鈥� engineers and other professionals, contractors and tradespeople 鈥� is widely recognised as being essential for the success of internationally funded development projects.

Engagement in this way makes use of local knowledge and skills, provides for local employment and the opportunity for capacity building into the future, and optimises expenditure of loan funds within the country.

The challenge is for the recipient countries to be self-sustaining, and implement projects using in-country resources.

Emergency Warning Systems in the Pacific

It is an unfortunate fact that Pacific Island countries have too often, throughout history, been subjected to natural disasters arising from weather events 鈥� cyclonic rain, winds, storm surges, even droughts; and from seismic events 鈥� volcanic eruptions, earthquakes and tsunamis.

Tragically, these disasters have resulted in loss of life and major land & property damage in Pacific Island communities. The impact of climate change will predictably increase the severity, at the least for any weather-related events.

Innovations in Drone Technology to Benefit Humanity

We shone a spotlight on the innovative use of drones in humanitarian engineering projects within developing countries, including practical applications of drone tech for topographic surveys, technical and condition inspections, as well as provision of services and more resilient secure ways of providing mobile connectivity during emergency disasters.

Humanitarian engineering: A student's perspective

Our Professor Ron Johnston Humanitarian Innovation Awards are a highlight in the engineering student calendar, attracting fierce competition amongst university undergraduates throughout Australia

In this webinar, students presented their innovative solutions in response to a broad range of diverse engineering challenges in community聽development and post disaster reconstruction.