SciTransfer
Organization

SVEUCILISTE U ZAGREBU FAKULTET PROMETNIH ZNANOSTI

Croatian university faculty specializing in AI-driven air traffic management, weather-ATM modeling, and controller situational awareness research.

University research grouptransportHRNo active H2020 projects
H2020 projects
4
As coordinator
1
Total EC funding
€289K
Unique partners
46
What they do

Their core work

The Faculty of Transport and Traffic Sciences at the University of Zagreb is Croatia's leading academic institution for air traffic management (ATM) research. They specialize in applying AI and machine learning to improve situational awareness for air traffic controllers, and in modeling how adverse weather affects airspace capacity and traffic flow. Their work sits at the intersection of aviation safety, meteorology, and artificial intelligence — making ATM operations smarter and more resilient.

Core expertise

What they specialise in

AI for air traffic managementprimary
2 projects

AISA (as coordinator) developed AI situational awareness using knowledge graphs and ML for air traffic control; PJ09-W2 DNMS addressed digital network management services.

Weather impact on airspace operationsprimary
2 projects

FMPMet focused on thunderstorm uncertainty and its effect on sector capacity and demand; PJ09-W2 DNMS covered demand-capacity balancing in ATM networks.

Knowledge graphs and ontologies for aviationsecondary
1 project

AISA explicitly used knowledge graphs, reasoning, and ontology to build artificial situational awareness for controllers.

Open data and interdisciplinary research methodssecondary
1 project

TODO (Twinning Open Data Operational) focused on open data research and interdisciplinary/multidomain methods under Widening Participation.

Evolution & trajectory

How they've shifted over time

Early focus
Open data capacity building
Recent focus
AI-driven air traffic management

Their earliest H2020 involvement (2019) included a Widening Participation twinning project focused on open data and interdisciplinary research capacity building — suggesting an institution strengthening its European research profile. By 2020, they had moved squarely into applied ATM research, coordinating an AI situational awareness project (AISA) and contributing meteorological uncertainty modeling (FMPMet). The shift is clear: from building research capacity to producing domain-specific ATM intelligence tools.

They are moving toward AI and machine learning applications in ATM — expect future work combining weather data, knowledge graphs, and automation for air traffic decision support.

Collaboration profile

How they like to work

Role: specialist_contributorReach: European21 countries collaborated

With 4 projects split across coordinator (1), participant (2), and third-party (1) roles, they demonstrate flexibility rather than a fixed position. Their 46 unique partners across 21 countries from just 4 projects indicate they operate in large SESAR/aviation consortia typical of EU transport research. As a relatively new entrant building credibility, they are a capable contributor who can also step up to lead when the topic aligns with their core ATM-AI expertise.

Despite only 4 projects, they have built a remarkably wide network of 46 partners across 21 countries — a result of participating in large SESAR Joint Undertaking consortia that span most of EU aviation research.

Why partner with them

What sets them apart

They are one of very few Croatian institutions with deep involvement in SESAR ATM research, giving them a unique bridge position between Western European aviation research hubs and Southeast Europe. Their combination of AI/knowledge graph expertise applied specifically to air traffic controller decision support is a distinctive niche — not many academic groups merge ontology engineering with real-time ATM operations. For consortium builders, they offer a credible Widening Country partner with genuine technical depth, not just a flag-of-convenience participation.

Notable projects

Highlights from their portfolio

  • AISA
    Their only coordinator role — applied knowledge graphs and machine learning to build AI situational awareness for air traffic controllers, their clearest statement of core expertise.
  • FMPMet
    Addressed a concrete operational problem (how thunderstorm uncertainty affects airspace capacity), demonstrating applied meteorological-ATM modeling capability.
Cross-sector capabilities
Artificial intelligence and knowledge engineeringMeteorology and weather impact modelingOpen data and interdisciplinary research methodologyAviation safety and automation
Analysis note: Profile based on only 4 projects over a narrow 2019-2020 start window. The ATM/AI focus is clear and consistent, but the small sample limits confidence in broader capability claims. One project (PJ09-W2 DNMS) was a third-party role with no EC funding, suggesting indirect involvement. The TODO twinning project indicates capacity-building phase, which may mean some capabilities are still maturing.