SciTransfer
Organization

DIETHNES PANEPISTIMIO ELLADOS

Greek university strong in 5G/V2X communications, machine learning, and data science with cross-sector applications in health, energy, and digital government.

University research groupdigitalEL
H2020 projects
13
As coordinator
1
Total EC funding
€2.7M
Unique partners
215
What they do

Their core work

International Hellenic University (IHU) is a Greek public university based in Thessaloniki with strong applied research capabilities spanning wireless communications, data science, and food/nutrition systems. Their research groups contribute specialized expertise in 5G/V2X communications, machine learning, information retrieval, and cyber-physical systems to large European consortia. They also maintain active lines of work in personalized nutrition, digital government services, and green energy conversion — reflecting a technically versatile institution that bridges ICT research with societal applications.

Core expertise

What they specialise in

5G wireless communications and V2Xprimary
2 projects

TeamUp5G (their largest project at EUR 486K) focused on ultra-dense 5G networks, and SwiftV2X (their only coordinated project) targets mmWave vehicle-to-everything communications.

4 projects

ML appears across multiple projects including SwiftV2X, DE4A, BigO (childhood obesity data mining), and DoSSIER (information retrieval), showing it as a cross-cutting capability.

Information retrieval and professional searchsecondary
1 project

DoSSIER (2019-2024) is a dedicated training network on domain-specific information extraction and retrieval systems.

Personalized nutrition and health informaticssecondary
3 projects

PROTEIN focused on personalized nutrition for healthy living, BigO on data-driven childhood obesity prevention, and NEXTFOOD on agrifood education systems.

Cyber-physical systems and robotics for educationsecondary
1 project

CybSPEED (2017-2022) applied cyber-physical systems and humanoid robots to pedagogical rehabilitation in special education.

Green chemistry and artificial photosynthesisemerging
1 project

SunCoChem (2020-2024) works on photoelectrocatalytic CO2 conversion into chemicals, a departure from their ICT core but showing expansion into green energy.

Evolution & trajectory

How they've shifted over time

Early focus
Health data and education systems
Recent focus
5G communications and machine learning

In their early H2020 period (2015-2018), IHU's involvement was broad and exploratory — spanning fisheries policy (SUCCESS), health data analytics (BigO), humanities knowledge exchange (KEAC-BSR), and cyber-physical systems for education (CybSPEED). From 2019 onward, a much clearer technical identity emerged around wireless communications (TeamUp5G, SwiftV2X), machine learning applications, and digital infrastructure (DE4A, ELECTRON). The recent period also shows deliberate expansion into green energy (SunCoChem) and cybersecurity (ELECTRON), suggesting the university is consolidating around ICT-driven applied research while selectively branching into energy and security domains.

IHU is converging on wireless communications and AI/ML as its core H2020 identity, with their first coordinator role in V2X signaling ambition to lead in connected vehicle research.

Collaboration profile

How they like to work

Role: active_partnerReach: European42 countries collaborated

IHU operates almost exclusively as a consortium partner (12 of 13 projects), joining large international teams — their 215 unique partners across 42 countries confirm this. Their single coordinator role (SwiftV2X, 2021) came late and on a smaller MSCA project, suggesting they are building toward more leadership. For potential partners, IHU is a reliable contributor that brings specialized technical skills to large consortia without demanding the coordination overhead.

With 215 unique consortium partners across 42 countries, IHU has built a remarkably wide network for a 13-project portfolio, reflecting participation in large RIA and MSCA consortia. Their reach is genuinely pan-European with no obvious geographic clustering beyond the expected Southern/Western European density.

Why partner with them

What sets them apart

IHU combines strong wireless communications research (5G, V2X, spectrum management) with applied machine learning expertise across multiple domains — a combination that is uncommon among Greek universities in H2020. Their breadth across health informatics, digital government, green chemistry, and cybersecurity makes them a versatile partner who can contribute ICT and data science skills to projects in virtually any sector. For consortium builders, they offer a Greek partner with genuine technical depth and an extensive existing network, not just geographic coverage.

Notable projects

Highlights from their portfolio

  • TeamUp5G
    Largest single grant (EUR 486K) and their flagship 5G research effort covering small cells, massive MIMO, and millimeter wave technologies.
  • SwiftV2X
    Their only coordinator role in H2020, signaling institutional ambition in connected autonomous vehicle communications and marking a shift from pure participation to project leadership.
  • SunCoChem
    An unexpected pivot into green chemistry and artificial photosynthesis for CO2 conversion — shows the university's willingness to expand beyond its ICT comfort zone into energy research.
Cross-sector capabilities
health informatics and personalized nutritionenergy and green chemistrycybersecurity for critical infrastructurefood systems and agrifood education
Analysis note: With 13 projects and moderate funding (avg EUR 208K), the profile is reasonably clear but reflects contributions from multiple independent research groups rather than a single institutional strategy. The wireless communications cluster (TeamUp5G, SwiftV2X) is the strongest signal; other areas may represent individual faculty interests rather than institutional strengths. Some early projects lack keywords, limiting evolution analysis precision.