AKADEMIA GORNICZO-HUTNICZA IM. STANISLAWA STASZICA W KRAKOWIE

Their core work

AGH University of Krakow is one of Poland's leading technical universities, with deep roots in mining, metallurgy, and engineering that have expanded into modern domains like distributed computing infrastructure, advanced materials, energy systems, and particle physics. They provide research infrastructure access, computational expertise, and applied engineering know-how across a remarkably wide range of scientific disciplines. Their practical contribution to EU projects typically involves experimental facilities, high-performance computing, data infrastructure development, and training the next generation of researchers through Marie Skłodowska-Curie networks.

What they specialise in

How they've shifted over time

In the early H2020 period (2014–2018), AGH focused on core technical infrastructure — particle detectors, SCADA security, distributed computing platforms, and applied energy/mining research. From 2018 onward, a clear shift emerged toward science-society engagement, open science, and researcher training, with keywords like 'scientific career', 'european dimension', and 'open science' dominating recent projects. The university also deepened its role in European Open Science Cloud (EOSC) infrastructure, moving from pure computing provision toward data governance and service integration.

AGH is pivoting from being primarily a technical infrastructure contributor toward becoming a hub for open science services and science-society engagement across Central Europe.

How they like to work

AGH overwhelmingly operates as a consortium partner (53 of 64 projects), rarely taking the coordination lead (only 4 times). With 904 unique partners across 59 countries, they are a highly networked hub that works with different consortia each time rather than relying on a fixed set of collaborators. This makes them an easy organization to bring into new consortia — they are experienced joiners who integrate smoothly into large, multi-partner projects.

With 904 unique consortium partners spanning 59 countries, AGH has one of the broadest collaboration networks among Polish universities. Their reach extends well beyond Europe, reflecting their involvement in global physics and computing collaborations.

What sets them apart

AGH combines an unusual breadth of technical disciplines — from particle physics to mining to cloud computing — under one roof, making them a versatile partner who can contribute to projects that span multiple domains. Their mining and metallurgy heritage gives them physical-world experimental capabilities that purely digital universities lack, while their strong computing infrastructure work means they can handle both hardware experiments and large-scale data processing. For consortium builders targeting Central Europe, AGH offers a credible Polish anchor with proven experience in 64 H2020 projects and deep administrative familiarity with EU grant processes.

Highlights from their portfolio

• EOSC-hub
  Largest single grant at EUR 949K — central role in building the European Open Science Cloud, reflecting AGH's position in EU data infrastructure.
• PreFlexMS
  Applied energy project on predictable molten salt solar power with EUR 303K — demonstrates AGH's ability to contribute to commercial-ready energy technology.
• INDIGO-DataCloud
  EUR 786K for distributed data infrastructure — one of AGH's largest and most technically ambitious computing projects.