ARISTOTELIO PANEPISTIMIO THESSALONIKIS

Their core work

Aristotle University of Thessaloniki (AUTH) is Greece's largest university and a major European research hub, contributing deep expertise across photonics, environmental monitoring, health informatics, food science, and transport innovation. Their research teams develop silicon photonics components for data centers, build AI-driven health screening tools (notably for early Parkinson's detection), advance citizen science platforms for environmental data collection, and design safer nanomaterials for industrial use. AUTH functions as a bridge between fundamental science and applied solutions, frequently translating laboratory research into pilot demonstrations with industry partners across Europe.

What they specialise in

How they've shifted over time

In the early H2020 period (2014–2018), AUTH focused heavily on hardware-oriented research — nanomaterials, organic electronics, monolithic integration, and automotive applications — alongside foundational earth observation and biomonitoring work. From 2019 onward, a clear shift emerged toward citizen science, ecosystem services, air quality monitoring, interoperability platforms, and open science, reflecting a move from lab-scale materials research toward large-scale participatory and environmental intelligence. Their silicon photonics thread remained consistent throughout, but the overall trajectory shows a university pivoting from component-level research toward systems-level, data-driven, and society-facing projects.

AUTH is increasingly positioning itself at the intersection of environmental monitoring, citizen engagement, and open data — expect future proposals in climate adaptation, urban sensing, and participatory governance.

How they like to work

AUTH operates predominantly as an active partner (76% of projects) but has a strong coordination track record with 42 projects led, showing they can run large consortia when the topic aligns with their core strengths. With 2,409 unique partners across 83 countries, they are a genuine network hub — one of the most connected universities in Southeast Europe. Their participation in 20 MSCA-RISE projects signals strong commitment to researcher mobility and international knowledge exchange, making them an accessible and experienced consortium partner.

AUTH has collaborated with 2,409 distinct organizations across 83 countries, making it one of the most networked universities in Greece and the broader Mediterranean region. Their partnerships span all of Europe with significant reach into associated countries, reflecting both their disciplinary breadth and their role as a gateway institution for Southeast European research.

What sets them apart

AUTH combines the breadth of a large multidisciplinary university with genuine depth in specific technology niches — particularly silicon photonics, where they have coordinated multiple projects that few other Greek institutions can match. Their location in Thessaloniki makes them a natural bridge for consortia seeking Southeast European coverage and Greek pilot sites, while their massive partner network (2,400+) means they can connect consortium builders to hard-to-reach institutions. For industry partners, AUTH offers rare versatility: the same university can contribute photonics chip design, food safety testing, AI health screening algorithms, and citizen science platform development.

Highlights from their portfolio

• i-PROGNOSIS
  Largest coordinated project (EUR 922K) combining AI, wearable sensing, and smart device interaction for early Parkinson's disease detection — a standout in digital health.
• PLASMOfab
  Coordinated a frontier photonics project (EUR 613K) integrating plasmonics with CMOS-compatible silicon photonics for 100 Gb/s data links, demonstrating deep hardware expertise.
• CIPTEC
  Coordinated a transport innovation project (EUR 540K) applying collective intelligence methods to public transport — unusual for a technical university and showing their social innovation capacity.