SciTransfer
Organization

UNIVERSIDADE DA BEIRA INTERIOR

Portuguese regional university with broad EU research reach in biomedical sciences, earth observation infrastructure, 5G communications, and digital health for ageing.

University research groupmultidisciplinaryPT
H2020 projects
9
As coordinator
2
Total EC funding
€2.1M
Unique partners
183
What they do

Their core work

UBI is a Portuguese public university based in Covilhã, in the mountainous interior of Portugal, with research strengths spanning biomedical sciences, telecommunications, earth sciences, and materials engineering. They contribute immunology and cancer biology expertise through networks like TRAIN, participate in major European earth science infrastructure (EPOS), and develop applied solutions in areas from geopolymer construction materials to biofertilizers. More recently, they have expanded into digital health and active ageing technologies, working on AI-driven wearable platforms for older adults.

Core expertise

What they specialise in

Immunology and cancer biologyprimary
1 project

The TRAIN project focused specifically on tribbles signaling in adipose tissue immunity, macrophage function, and prostate cancer research.

Earth sciences and research infrastructureprimary
3 projects

Participated in both EPOS Implementation and Sustainability phases plus the EXCITE electron/X-ray microscopy network for earth materials characterization.

1 project

TeamUp5G covered small cells, massive MIMO, millimeter waves, visible light communication, and IoT for ultra-dense 5G networks.

Active ageing and digital healthemerging
1 project

PHArA-ON deployed smart wearables, AI, and cloud computing platforms in pilots for healthy and active ageing of older adults.

Construction materials and mining waste reusesecondary
1 project

Coordinated REMINE, developing geopolymeric structural panels and ready mixes from mining waste.

Agricultural biotechnologyemerging
1 project

Coordinated BIOLACVAC, developing lactic acid bacteria-based biofertilizers for functional food production (blueberry).

Evolution & trajectory

How they've shifted over time

Early focus
Biomedical research and materials
Recent focus
Digital health and research infrastructure

UBI's early H2020 work (2015–2018) concentrated on fundamental biomedical research (immunology, cancer biology via TRAIN) and materials/construction innovation (REMINE), alongside entry into 5G wireless communications. From 2019 onward, the focus shifted markedly toward digital technologies — AI, cloud computing, smart wearables for ageing populations — and toward sustaining European research infrastructure in earth sciences. The later period also shows growing engagement with societal challenges like renewable energy, circular economy, and knowledge transfer through the Re-UNITA university alliance.

UBI is pivoting from traditional lab-based research toward applied digital solutions and cross-border university collaboration, making them increasingly relevant for projects combining AI, health technology, and societal impact.

Collaboration profile

How they like to work

Role: active_partnerReach: European27 countries collaborated

UBI operates predominantly as a contributing partner (6 of 9 projects), with occasional coordination of smaller, applied projects (REMINE at EUR 108K, BIOLACVAC at EUR 160K). Their 183 unique partners across 27 countries indicate a highly networked institution that integrates into large consortia rather than leading them. This makes them a flexible, low-risk partner — experienced in multi-country collaboration and comfortable in supporting roles within major infrastructure and research networks.

With 183 unique consortium partners across 27 countries, UBI has built a remarkably broad European network for a mid-sized regional university. Their partnerships span from large research infrastructure consortia (EPOS) to focused training networks, giving them connections across both western and southern Europe.

Why partner with them

What sets them apart

UBI stands out as a versatile regional university that punches above its weight in EU research — 9 H2020 projects with EUR 2.1M in funding from a city of 50,000 in Portugal's interior is notable. Their unusual breadth, spanning immunology to 5G to earth sciences to active ageing, makes them a useful multi-disciplinary partner when a consortium needs a Portuguese institution that can contribute across several technical domains. The Re-UNITA alliance further positions them as a bridge between academia and regional innovation ecosystems.

Notable projects

Highlights from their portfolio

  • EPOS IP
    Largest single grant (EUR 593K) — UBI contributed to building Europe's flagship solid earth science observation infrastructure.
  • PHArA-ON
    EUR 402K for deploying AI-powered smart wearable pilots for older adults — represents UBI's strategic shift into digital health applications.
  • REMINE
    One of only two projects UBI coordinated — converting mining waste into geopolymer construction materials, reflecting the region's mining heritage.
Cross-sector capabilities
healthdigitalenvironmentsociety
Analysis note: With 9 projects UBI provides a moderate data base for analysis, but the extreme topical diversity (immunology, 5G, earth science, ageing, biofertilizers) makes it difficult to identify a core institutional focus — this breadth may reflect multiple independent research groups rather than a unified strategic direction. Several projects lack keyword data, limiting the depth of expertise mapping.