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Explore Research Partnerships 

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Explore Research Partnerships

The University of Auckland is the leading research-intensive university in New Zealand, home to 33% of New Zealand’s leading researchers.


We are situated in the world's largest Polynesian city, fostering strong relationships with the indigenous communities of Aotearoa New Zealand and the wider Pacific region - providing indigenous research excellence and opportunities. 

We are home to world-leading large scale research institutes:

Auckland Bioengineering Institute 

Improving medical diagnosis and treatment through the application of engineering sciences to medicine and physiology


Liggins Institute 

Improving lifelong health

Energy Futures

Climate adaptation and resilience

We are a leader in addressing climate change through innovative, practical solutions based on robust research, enabling governments and industry to meet future challenges.


The University collaborates with industry to create opportunities for developing dynamic, purpose-built environments and infrastructure that supports adaptation and resilience in a changing climate. Key areas of expertise include natural hazard mitigation, disaster recovery, engineering for sustainability, transport, biodiversity, indigenous knowledge, and climate-related migration in the Pacific.

Climate adaptation and resilience

We are a leader in addressing climate change through innovative, practical solutions based on robust research, enabling governments and industry to meet future challenges.


The University collaborates with industry to create opportunities for developing dynamic, purpose-built environments and infrastructure that supports adaptation and resilience in a changing climate. Key areas of expertise include natural hazard mitigation, disaster recovery, engineering for sustainability, transport, biodiversity, indigenous knowledge, and climate-related migration in the Pacific.

Opportunities to
collaborate in this area

Data- and research-driven solutions
Access to groundbreaking discoveries that contribute to practical solutions.

Multi-disciplinary expertise
Collaboration with experts across various fields to develop sustainable solutions.

Centres of excellence
Engage with specialised centres like Ngā Ara Whetū - Centre of Climate, Biodiversity and Society; the Transportation Centre; Engineering for Natural Hazards and Mitigation Centre; and the Māori and Pasifika Engineering Research Centre.

Educational impact
Contribute to shaping an industry-ready workforce and empowering future leaders.


Key contact
Javed Khan Partnerships & Innovation Manager
javed.khan@auckland.ac.nz (opens in a new tab)



Energy research

We are a collaborative leader in New Zealand's energy research landscape. The University works closely with industry partners both locally and internationally to deliver impactful research and inform government policies, delivering cutting-edge innovation through specialised faculties and network of multi-disciplinary thematic research centres. These entities collaborate to advance holistic solutions with the aim of achieving a net-zero carbon energy system by 2050.

Energy research

We are a collaborative leader in New Zealand's energy research landscape. The University works closely with industry partners both locally and internationally to deliver impactful research and inform government policies, delivering cutting-edge innovation through specialised faculties and network of multi-disciplinary thematic research centres. These entities collaborate to advance holistic solutions with the aim of achieving a net-zero carbon energy system by 2050.

Opportunities to
collaborate in this area

The University boasts over 50 researchers across engineering, business, and science faculties, with expertise in areas such as energy efficiency, decarbonisation, renewable generation, electrification, energy security, resilience, and equity.

Key hubs of research:


Energy Research Consortium (ERC)

Supports research coordination and leadership, maintaining partnerships with government, industry, and community groups.

Green Energy Engineering Centre (GEEC)
Focuses on technical solutions for a zero-carbon economy, including geothermal, wind, solar, green hydrogen, and energy storage.

Power Electronics Research Group
Global leaders in inductive power transfer technology, notably including transport applications.

Energy Centre
Specialises in energy economic research.


Advanced Thermal Engineering and Aerodynamics (ATHENA) Centre
Conducts research in thermal engineering, aerodynamics, fluid mechanics, wind engineering, design and reliability engineering.


Centre for Advanced Materials Manufacturing and Design (CAMMD)
Focuses on materials, manufacturing processes, performance and design.


Electric Power Optimisation Centre (EPOC)
Develops mathematical modelling and optimisation methods for modern electricity markets.


Key contact
Mike Roger | Strategic Growth Manager
michael.roger@auckland.ac.nz (opens in a new tab)

Geothermal

The Geothermal Institute at the University of Auckland advances geothermal energy development through world-leading education, research, and consulting, as well as professional training to develop industry-ready expertise. Our research drives innovation in geothermal science to support geothermal growth in the renewable energy sector. With a strong international network, the Institute delivers commercial projects, research and training in over 40 countries.

Geothermal

The Geothermal Institute at the University of Auckland advances geothermal energy development through world-leading education, research, and consulting, as well as professional training to develop industry-ready expertise. Our research drives innovation in geothermal science to support geothermal growth in the renewable energy sector. With a strong international network, the Institute delivers commercial projects, research and training in over 40 countries.

Opportunities to
collaborate in this area

Education
Professional training, including tailored short courses for international industry cohorts, which can be coupled with hands-on experience and site visits.

Research
Collaborative and internationally connected research in geothermal systems, with strengths in geothermal engineering and modeling.

Consulting
Wide range of consulting services, grounded in research, for geothermal stakeholders, including energy companies and government agencies.

Key contacts

Dr. John O’Sullivan Co-Director

jp.osullivan@auckland.ac.nz (opens in a new tab)


Associate Professor Sadiq J. Zarrouk | Co-Director

s.zarrouk@auckland.ac.nz (opens in a new tab)


Di Whiting | Research Operations Manager

d.whiting@auckland.ac.nz (opens in a new tab)


Mike Roger | Strategic Growth Manager

michael.roger@auckland.ac.nz (opens in a new tab)

AI in Health

We are a leader in artificial intelligence (AI) research in healthcare, with priority research areas in AI governance frameworks, consumer perspectives, improving surgery scheduling, enhancing healthcare pathways, cardiac medical image analysis, digital health navigators, human digital twins, and translational research. 


The research aims to improve efficiency, equity, and outcomes in healthcare through innovative AI applications.

We are a leader in artificial intelligence (AI) research in healthcare, with priority research areas in AI governance frameworks, consumer perspectives, improving surgery scheduling, enhancing healthcare pathways, cardiac medical image analysis, digital health navigators, human digital twins, and translational research. 


The research aims to improve efficiency, equity, and outcomes in healthcare through innovative AI applications. 

Opportunities to
collaborate in this area

Surgery scheduling
Looking to partner with surgery planners to trial and improve approaches.

Healthcare pathways
Would like to partner with interested organisations to build models of current pathways and changes due to potential initiatives.

Cardiac imaging
We are looking to partner with:

  • Clinical collaborators to ensure technical AI developments maintain clinical relevance and reflect areas of clinical need.

  • National/international cardiac societies and clinical guideline committees to support integration of AI into routine clinical practice, and to provide education and practical recommendations on the use of AI within a clinical context. 

  • Industry partners/imaging vendors  to facilitate the co-development of AI technologies and subsequent integration into new/existing devices and software products to reach end-users.


Key contacts

Surgery scheduling

Michael O'Sullivan

michael.osullivan@auckland.ac.nz (opens in a new tab)


Thomas Adams

thomas.adams@auckland.ac.nz (opens in a new tab)


Healthcare pathways

Michael O'Sullivan

michael.osullivan@auckland.ac.nz (opens in a new tab)


Cardiac imaging

Debbie Zhao

debbie.zhao@auckland.ac.nz (opens in a new tab)

Space Capability

We are New Zealand’s leading institution for space research, combining national infrastructure and specialist expertise across multiple hubs of activity. The University hosts the country’s most advanced and comprehensive suite of space facilities, supporting mission design, integration, testing, and operations all under one roof, and enabling an end-to-end pipeline from research to in-orbit demonstration.

We are New Zealand’s leading institution for space research, combining national infrastructure and specialist expertise across multiple hubs of activity. The University hosts the country’s most advanced and comprehensive suite of space facilities, supporting mission design, integration, testing, and operations all under one roof, and enabling an end-to-end pipeline from research to in-orbit demonstration.

Infrastructure and facility highlights

Te Pūnaha Ātea – Space Institute
A multidisciplinary centre combining advanced research, education, and technical infrastructure. The Institute uniquely integrates New Zealand’s most experienced space research and technical staff with mission operations, design, and testing facilities.

National Satellite Test Facility
New Zealands’s only satellite testing centre, conducting 29 external contracts for more than 8 companies.

Mission Operations Control Centre and Taiaho Optical Observatory
Full-spectrum support for satellite operations.


Fabrication and Assembly Facility
Supporting the integration and testing of flight hardware for university and commercial missions.


Priority research areas

The Sustainable Space Initiative (SSI) applies systems thinking to maximise the benefits of space technology for society and the environment. It focuses on sustainable aerospace development, the preservation of terrestrial and space environments, and the integration of Māori perspectives into decision-making. SSI builds an evidence base for the economic, environmental, social, and cultural impacts of space technologies, increasing social license and reducing risk for aerospace businesses.

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Connecting researchers in medicine, physiology, surgery, and bioengineering to advance space health research, focusing on the unique health challenges of long-duration spaceflight while translating these innovations to benefit terrestrial health.

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Accelerating the use of satellite data for environmental decision-making, by accessing, analysing, and applying Earth observation data to monitor climate, ecosystems, land use, and natural hazards, enabling more informed, data-driven responses to the environmental challenges.

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Developing low-cost, satellite-visible radar reflectors designed to enhance the detection of small, non-metallic marine craft in distress, aiming to improve Pacific maritime safety.

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Research covers mission design, orbit prediction, trajectory optimisation, and long-duration uncertainty propagation. The group develops tools for conjunction analysis, space traffic management, and cislunar navigation. The University of Auckland contributes expertise in astrodynamics, orbit prediction, and space traffic management, developing advanced tools for conjunction analysis and trajectory modelling.

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In partnership with other Australasian institutions, we are advancing free-space optical communications as a critical next-generation technology for global space infrastructure.

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Vertically integrated capacity in mission design, build, testing, and operations. 

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Research focuses on the design and testing of deployable systems for small satellites, showcasing the application of expertise to academic and industry needs.

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Opportunities to
collaborate in this area

The University of Auckland is actively building strategic partnerships to co-develop missions, advance sustainable space practices, and maximise the use of cutting-edge infrastructure. We seek to collaborate with global leaders who share our commitment to responsible innovation, developing sovereign capability, and future-focused space systems.


Key contact

Catherine Qualtrough Research Operations Manager

catherine.qualtrough@auckland.ac.nz (opens in a new tab)