SciTransfer
Organization

UNIVERSIDADE DO PORTO

Major Portuguese research university with broad H2020 expertise spanning biomedical sciences, marine research, advanced materials, climate adaptation, and social innovation.

University research groupmultidisciplinaryPT
H2020 projects
101
As coordinator
16
Total EC funding
€26.8M
Unique partners
1196
What they do

Their core work

Universidade do Porto is one of Portugal's largest research-intensive universities, active across an unusually broad range of disciplines — from biomedical sciences and materials engineering to marine research, social sciences, and cultural heritage conservation. In H2020, it contributed applied research in areas like advanced ceramics and composites, regenerative medicine, blue economy and aquaculture, climate adaptation, and digital health interoperability. The university frequently serves as a training hub through Marie Skłodowska-Curie networks, building cross-border research capacity in fields from theoretical chemistry to rail infrastructure. Its strength lies in bridging fundamental science with real-world applications across multiple sectors simultaneously.

Core expertise

What they specialise in

Advanced materials — ceramics and compositesprimary
5 projects

Recurring keywords in recent projects (ceramics, composites), plus projects like FAME (processing technologies) and PRINTCR3DIT (3D-printed catalytic reactors).

Biomedical research — regenerative and precision medicineprimary
6 projects

Projects include THE DISCOVERIES CTR (regenerative/precision medicine centre), ALBINO (neonatal brain injury treatment), SHIPS (preterm infant screening), Foie Gras (fatty liver disease), and HEAT-SHIELD (occupational health).

Blue economy — marine monitoring and aquaculturesecondary
5 projects

MarineUAS (autonomous aerial systems for coastal monitoring), BRIDGES (underwater glider services), HYDRALAB-PLUS (environmental hydraulics), plus recent aquaculture and blue economy keyword clusters.

Climate adaptation and environmental resiliencesecondary
5 projects

HEAT-SHIELD (thermal resilience of workers), LIQUEFACT (seismic liquefaction mitigation), HYDRALAB-PLUS (climate adaptation), EKLIPSE (biodiversity policy), and recurring climate change keywords in recent work.

Social innovation, education, and governancesecondary
8 projects

SDIN (service design, coordinated), CATCH-EyoU (youth citizenship), YOUNG_ADULLLT (lifelong learning), SPRINT (social protection), ISOTIS (inclusive education), and multiple CSA projects on responsible research and innovation.

Digital health and cybersecurityemerging
3 projects

Recent keywords include e-health services, health informatics, distributed data mining, cyber range, and training in security — signaling a growing digital capability.

Evolution & trajectory

How they've shifted over time

Early focus
Biomedical sciences and social innovation
Recent focus
Blue economy, materials, digital systems

In the early H2020 period (2014–2018), U.Porto's research centred on biomedical themes — regenerative medicine, precision medicine — alongside social sciences, service design innovation, and cultural heritage conservation. From 2019 onward, the focus shifted markedly toward applied environmental and industrial topics: blue economy, aquaculture, climate change adaptation, advanced materials (ceramics and composites), and digital services including cybersecurity and health informatics. This reflects a move from fundamental life sciences and humanities toward application-oriented, cross-sector research with stronger industrial and environmental relevance.

U.Porto is pivoting toward applied, cross-sector research in marine economy, advanced materials, and digital health — making it increasingly relevant for industry-facing consortia.

Collaboration profile

How they like to work

Role: active_partnerReach: European52 countries collaborated

U.Porto overwhelmingly participates as a partner (79 of 101 projects) rather than leading, but has coordinated 16 projects — a respectable rate for a broadly active university. With 1,196 unique consortium partners across 52 countries, they operate as a well-connected hub rather than clustering with repeat partners. Their heavy involvement in MSCA training networks (19 projects) and CSA coordination actions (16) shows they are valued for capacity building and network facilitation, not just technical delivery.

U.Porto has collaborated with nearly 1,200 distinct partners across 52 countries, making it one of the most broadly networked Portuguese institutions in H2020. Their partnerships span all major EU research nations with no single geographic dependency.

Why partner with them

What sets them apart

U.Porto's distinguishing feature is disciplinary breadth combined with genuine depth — few universities can credibly contribute to marine robotics, contemporary art conservation, solar cell research, and social policy within the same funding programme. This makes them an unusually flexible consortium partner who can fill multiple roles. For Portuguese and Southern European consortia in particular, they bring a strong track record of MSCA training coordination and widening participation experience, which is valuable for proposals needing geographic balance.

Notable projects

Highlights from their portfolio

  • GOTSolar
    Coordinated by U.Porto with EUR 670K — their largest single-project funding — advancing third-generation solar cell technology.
  • SDIN
    Coordinated MSCA network on service design and innovation (EUR 492K), reflecting their social sciences leadership and training network expertise.
  • LIQUEFACT
    EUR 532K contribution to a major RIA on earthquake liquefaction risk across Europe — their largest participation-role funding, demonstrating civil engineering strength.
Cross-sector capabilities
healthenvironmentenergydigital
Analysis note: Profile is based on 30 of 101 projects shown in detail plus aggregate statistics. The breadth of sectors makes it difficult to identify a single core strength — this is genuinely a multidisciplinary institution. Keyword data for many early projects was sparse, so the evolution analysis relies partly on project titles and sector classifications.