SciTransfer
Organization

HELSINGIN YLIOPISTO

Finland's leading research university with exceptional strength in atmospheric science, open science infrastructure, biomedical research, and 47 ERC grants across 332 H2020 projects.

University research groupmultidisciplinaryFI
H2020 projects
332
As coordinator
114
Total EC funding
€197.1M
Unique partners
2290
What they do

Their core work

The University of Helsinki is Finland's largest and oldest research university, operating across virtually every scientific domain — from atmospheric sciences and molecular biology to digital humanities and personalised medicine. In H2020, they are a powerhouse in fundamental research, winning 47 ERC grants (Starting and Consolidator) and training early-career researchers through 22 Marie Skłodowska-Curie networks. They play a dual role: producing original science in areas like aerosol physics, neuroscience, and biodiversity, while simultaneously building and operating pan-European research infrastructures (EOSC, ACTRIS, eLTER, EUDAT). Their applied contributions span health biomarkers, food safety, cybersecurity, and climate monitoring.

Core expertise

What they specialise in

Atmospheric sciences and aerosol physicsprimary
12 projects

Coordinated COALA (EUR 1.9M on secondary organic aerosol formation), nanoCAVa (nano-scale cluster formation), and participated in ACTRIS-2, GAIA-CLIM, and ENVRI PLUS for atmospheric monitoring infrastructure.

Research infrastructure and open science (EOSC/FAIR)primary
25 projects

Major participant in OpenAIRE2020, EUDAT2020, eLTER, and ENVRI PLUS; recent keywords show strong pivot toward EOSC (5 projects) and FAIR data principles (4 projects).

Biomedical research and personalised medicineprimary
33 projects

Health is second-largest sector with projects spanning Ebola diagnostics (EbolaMoDRAD), liver disease pathways (EPoS), cancer bioinformatics (MedBioinformatics), and lifecourse epidemiology (LIFEPATH).

Biodiversity, ecology, and environmental monitoringsecondary
14 projects

Participated in eLTER (long-term ecosystem research), MINOUW (fisheries), and coordinated META-STRESS on wildlife responses to environmental stress; early keywords emphasise biodiversity and climate change.

8 projects

Keywords include human brain, neuroinformatics, neuromorphic computing, and neurorobotics — consistent with participation in Human Brain Project-related initiatives.

Artificial intelligence and big data analyticsemerging
6 projects

AI and big data appear only in recent-period keywords (3 projects each), signalling a growing computational focus across their traditional research domains.

Evolution & trajectory

How they've shifted over time

Early focus
Research infrastructure and climate science
Recent focus
EOSC, FAIR data, and AI-driven research

In the early H2020 period (2014–2018), Helsinki focused on building and connecting research infrastructures (ESFRI, open access), climate and biodiversity monitoring, and fundamental biomarker research. By 2019–2022, the focus shifted decisively toward EOSC and FAIR data ecosystems, sustainability as a cross-cutting theme, personalised medicine, and AI-enabled research — reflecting both the EU's policy direction and the university's own digital transformation. The rise of cultural heritage and Central Asia keywords in the later period also reveals an expanding geographic and disciplinary reach beyond their traditional natural science base.

Helsinki is evolving from a traditional research-intensive university into a data infrastructure and AI-enabled research hub, making them an increasingly attractive partner for projects requiring large-scale data management, FAIR compliance, or computational methods.

Collaboration profile

How they like to work

Role: consortium_leaderReach: Global94 countries collaborated

With 114 projects as coordinator (34% of their portfolio), Helsinki is a confident consortium leader that also knows how to contribute as a partner (203 projects). Their 2,290 unique partners across 94 countries make them one of the most connected universities in H2020 — a genuine network hub rather than a repeat-partner institution. This breadth means they can assemble consortia quickly and bring credibility to proposals, but partners should expect a well-structured, infrastructure-minded approach to project management.

With 2,290 unique consortium partners across 94 countries, Helsinki operates one of the widest collaboration networks in European research. Their reach extends well beyond Europe — the Central Asia keyword cluster and global infrastructure projects indicate genuine intercontinental partnerships.

Why partner with them

What sets them apart

Helsinki combines deep fundamental research strength (47 ERC grants) with massive infrastructure-building experience — a rare combination that lets them both generate original science and make it accessible at scale through EOSC and FAIR systems. Their atmospheric sciences group is world-class, and their cross-disciplinary range (from neuroscience to cultural heritage to food systems) means they can contribute meaningfully to almost any thematic consortium. For coordinators building proposals, Helsinki brings both scientific credibility and the administrative capacity to manage large, multi-country projects.

Notable projects

Highlights from their portfolio

  • COALA
    Coordinated EUR 1.9M ERC project on secondary organic aerosol formation — their largest single-PI grant and a flagship of their atmospheric sciences strength.
  • EUROfusion
    Part of the EU's flagship fusion energy roadmap as a third-party contributor, showing reach into large-scale physics programmes beyond their core profile.
  • OpenAIRE2020
    Key participant in the foundational open access infrastructure for European research — positions Helsinki at the centre of the open science movement that now defines their recent trajectory.
Cross-sector capabilities
Health and personalised medicineEnvironment and climate monitoringDigital infrastructure and AIFood safety and agricultural ecology
Analysis note: With 332 projects and EUR 197M in funding, the data is exceptionally rich. The only limitation is that the 30-project sample shown skews toward 2015 starts; the full 302 additional projects likely contain further evidence of the recent AI and sustainability pivot visible in the keyword analysis.