Sustained involvement through GEMCLIME (2016-2022) and its successor GEOCEP (2022-2026), covering CO2 mitigation, energy transition, and consumer behaviour modelling.
THE UNIVERSITY OF AUCKLAND
New Zealand's top research university, bridging European consortia with Pacific-region expertise in climate economics, linguistics, materials science, and marine research.
Their core work
The University of Auckland is New Zealand's largest research university, contributing specialist expertise across a remarkably wide range of disciplines to European research networks — from climate economics and smart materials to Pacific linguistics and environmental geosciences. In H2020, it primarily serves as a non-European exchange and knowledge-transfer partner through MSCA mobility schemes, bringing Southern Hemisphere perspectives and datasets to EU-led consortia. Its strengths lie in interdisciplinary breadth rather than deep specialization in any single EU programme area, making it a valuable partner for projects requiring global reach, Pacific-region field access, or cross-disciplinary thinking.
What they specialise in
Contributed to MICACT (microactuators), ANSWER (soft robots with dielectric elastomers), SONAR (doped semiconductor nanocrystals), and OCTA (organic charge transfer).
EDJ (Etymological Dictionary of Japonic Languages) is their only directly funded project at EUR 365K; OCSEAN covers Austronesian migration, genetics, and archaeology across Polynesia and Melanesia.
Spans soil structure (PROTINUS), geohazard-resilient infrastructure (HERCULES), Tibetan Plateau hydro-sociality (HYSOTIB), and submarine dune dynamics (DUNAMICS).
EDUHEALTH focused on physical education equity, STOP addressed childhood obesity policy with health economics, and DCPM explored personalised medicine through virtual physiological models.
Recent projects FISHEARS (fish hearing with bioengineering and AI) and DUNAMICS (submarine dune dynamics near offshore wind farms) signal a new marine sciences direction.
How they've shifted over time
In the early period (2015-2018), Auckland's H2020 engagement centred on smart materials, soft robotics, education equity, and soil science — reflecting traditional university strengths in engineering and social sciences. From 2019 onward, a clear shift emerges toward Pacific-region humanities (Japonic linguistics, Oceanic migration studies), climate-energy policy modelling, and marine/environmental sciences. The portfolio has broadened from lab-oriented materials research toward field-based, regionally distinctive work where Auckland's geographic position in the Pacific gives it unique data access.
Auckland is increasingly positioning itself as the Pacific-region bridge for European research, with growing emphasis on climate economics, marine sciences, and Oceanian linguistics — areas where its geographic location is a genuine competitive advantage.
How they like to work
Auckland never coordinates H2020 projects — all 22 entries are as partner or third party, with 20 of 22 as third-party contributions through MSCA staff exchange schemes (RISE and IF). This means they typically send and receive researchers for short-term visits rather than managing project deliverables. With 205 unique partners across 46 countries, they operate as a widely connected but non-leading node, ideal for consortia that need a credible non-European partner for global mobility programmes.
Exceptionally broad network of 205 partners spanning 46 countries, reflecting MSCA mobility schemes that connect Auckland with institutions across Europe, Asia, and the Pacific. This is one of the widest geographic spreads in the dataset, driven by staff exchange rather than deep bilateral partnerships.
What sets them apart
Auckland's key differentiator is geography: as the leading New Zealand research university, it offers European consortia access to Pacific-region fieldwork, indigenous datasets, Oceanian language archives, and Southern Hemisphere environmental monitoring that no European institution can replicate. For MSCA mobility projects in particular, it provides a well-established exchange destination with strong research infrastructure. Its interdisciplinary breadth — from nanocrystal plasmonics to Japonic etymology — means it can slot into almost any consortium that needs a credible non-EU academic partner.
Highlights from their portfolio
- EDJThe only project where Auckland received direct EC funding (EUR 365K) — an ERC-linked etymological dictionary of all Japonic languages, reflecting deep Pacific linguistics expertise.
- GEOCEPSuccessor to GEMCLIME, running 2022-2026, demonstrating sustained long-term engagement in climate and energy economics modelling across a decade of collaboration.
- OCSEANUniquely combines linguistics, archaeology, and medical genetics to trace Oceanian migration — a project where Auckland's Pacific location makes it an irreplaceable partner.