SciTransfer
Organization

ROYAL MELBOURNE INSTITUTE OF TECHNOLOGY*RMIT UNIVERSITY

Australian research university contributing Asia-Pacific expertise in materials science, biomedical research, and transdisciplinary social innovation to European consortia.

University research groupmultidisciplinaryAU
H2020 projects
9
As coordinator
0
Total EC funding
€38K
Unique partners
103
What they do

Their core work

RMIT University is a major Australian research university that brings Asia-Pacific research capacity into European consortia, primarily through staff exchange and mobility programmes. Their contributions span an unusually broad range — from bimetallic catalysts for energy applications and nanomaterial-based drug delivery to creative arts for social transformation and nature-based mental health interventions. They typically serve as an international third-party partner, providing complementary expertise and access to Australian research infrastructure, industry networks, and testing environments that European consortia otherwise lack.

Core expertise

What they specialise in

Advanced materials and catalysisprimary
3 projects

BIKE focuses on bimetallic catalysts for steam/aqueous phase reforming, PEPSA-MATE on nanopeptide and glycogen-based sustainable materials, and GEO-SAFE on geospatial optimisation systems.

2 projects

PREMSTEM addresses stem cell therapy for preterm brain injury, while RECETAS investigates nature-based social prescribing for mental wellbeing.

Transdisciplinary arts and sustainabilitysecondary
2 projects

CreaTures explores socially engaged arts and critical design for sustainability transitions, and OpenInnoTrain covers open innovation and knowledge exchange practices.

EU-Pacific ICT and innovation partnershipssecondary
2 projects

EPIC built EU-Pacific ICT R&D partnerships covering Australia, New Zealand, and Singapore, while OpenInnoTrain focused on industry-university knowledge transfer including fintech, cleantech, and food tech.

Urban health and built environmentemerging
2 projects

GentriHealth studies gentrification impacts on population health in Madrid and Brisbane, and RECETAS tests nature-based solutions for social cohesion in neighbourhoods.

Evolution & trajectory

How they've shifted over time

Early focus
ICT partnerships and energy catalysis
Recent focus
Health, social impact, and biomaterials

RMIT's early H2020 involvement (2016–2019) centred on technology-oriented themes: international ICT cooperation across the Asia-Pacific, bimetallic catalysts for energy, and open innovation bridging industry sectors like cleantech and fintech. From 2020 onward, their focus shifted markedly toward socially engaged research — creative practices for sustainability, stem cell therapies for preterm infants, nature-based mental health interventions, and advanced bio-nanomaterials. The trajectory shows a university moving from primarily technology-transfer and mobility roles toward deeper engagement in health, social impact, and sustainable materials research.

RMIT is increasingly positioned at the intersection of health sciences and social sustainability, making them a strong future partner for projects combining biomedical research with community-level health interventions.

Collaboration profile

How they like to work

Role: third_party_expertReach: Global25 countries collaborated

RMIT never coordinates H2020 projects — they join as a third-party or participant, which is typical for non-EU international partners. With 103 unique partners across 25 countries from just 9 projects, they operate in large, diverse consortia rather than small focused teams. This broad network and non-leading role means they are easy to integrate into new consortia as a complementary international partner without competing for coordination.

Despite only 9 projects, RMIT has built a remarkably wide network of 103 partners across 25 countries, reflecting their participation in large MSCA-RISE and RIA consortia that span both European and Asia-Pacific institutions.

Why partner with them

What sets them apart

As one of Australia's leading universities for applied research, RMIT provides European consortia with something few partners can: direct access to Asia-Pacific research ecosystems, testing environments, and industry connections. Their unusual breadth — from catalysis and nanomaterials to creative arts and urban health — means they can contribute to multidisciplinary projects that need a credible international dimension. For consortium builders needing a strong non-EU partner to satisfy international cooperation requirements (especially for MSCA programmes), RMIT is a proven, experienced choice.

Notable projects

Highlights from their portfolio

  • OpenInnoTrain
    A five-year MSCA-RISE project (2019–2024) bridging university-industry knowledge exchange across cleantech, fintech, and food tech — their longest and most cross-sectoral engagement.
  • PREMSTEM
    A major five-year research training network on stem cell regeneration for preterm brain injury, demonstrating RMIT's capacity in serious biomedical research.
  • CreaTures
    An unusual project combining socially engaged arts, critical design, and media art with sustainability transformation — shows RMIT's strength in transdisciplinary research that few technical universities attempt.
Cross-sector capabilities
healthenergyenvironmentsociety
Analysis note: RMIT's profile is spread across many disciplines with no single dominant theme, which is typical for a large university participating as an international third party. The very low direct EC funding (EUR 38,125 from one project) reflects their non-EU status — most involvement is through MSCA mobility schemes where funding flows through the EU host. The breadth of topics (catalysis, stem cells, creative arts, urban health) likely represents different faculties rather than a unified institutional strategy, so collaboration potential should be assessed at the faculty or research-group level rather than university-wide.