Consistent involvement from USE-IT and FOX (2015) through Assets4Rail, Gearbodies, and ePIcenter, covering railway assets, bridges, tunnels, running gear inspection, and intermodal logistics.
VILNIAUS GEDIMINO TECHNIKOS UNIVERSITETAS
Lithuanian technical university strong in transport infrastructure monitoring, automated driving, BIM-based renovation, and structural engineering across 44 partner countries.
Their core work
Vilnius Tech is Lithuania's leading technical university, specializing in transport infrastructure, civil engineering, and smart mobility systems. They bring strong applied research in structural monitoring of railways, bridges, and tunnels, as well as Building Information Modelling (BIM) for energy-efficient renovation. The university also contributes to automotive electronics — particularly automated driving, connected mobility, and AI-driven industrial digitization. Their civil engineering expertise extends to sustainable construction materials, including fibre-reinforced polymer concrete.
What they specialise in
From 3Ccar (electrified car components) and AutoDrive (fail-safe systems) to OWHEEL (driving comfort) and AI4CSM (connected shared mobility), showing a sustained thread in vehicle intelligence.
Net-UBIEP focused on BIM for energy performance, BIM4REN applied BIM tools for residential renovation, and SAVES2 addressed energy savings in buildings.
AI4DI applied AI, IoT, and cloud computing to digitize industry, while RIMA focused on robotics for infrastructure inspection — both connecting AI to physical systems.
SusFRPRC — their only coordinated project — researched sustainable fibre-reinforced polymer concrete, indicating a core academic strength in structural materials.
ROCK (their largest funded project at EUR 252,807) applied urban regeneration and co-design methods to historic city centres, an unusual cross-disciplinary effort for a technical university.
How they've shifted over time
In the early period (2015–2018), Vilnius Tech focused on urban topics — cultural heritage regeneration, creative cities, sustainable historic centres — alongside foundational transport infrastructure work. From 2019 onward, their portfolio shifted decisively toward digital technologies applied to physical systems: BIM-based renovation, railway asset monitoring with NDT methods, AI for industry, and connected automated mobility. The trend is clear: they moved from broad participation in urban and transport projects toward more specialized, digitally-enabled infrastructure and mobility research.
Vilnius Tech is converging on the intersection of AI, digital twins, and physical infrastructure — expect them to pursue projects combining BIM, IoT-based monitoring, and automated transport systems.
How they like to work
Vilnius Tech operates almost exclusively as a consortium partner or third party — they coordinated just 1 of 23 projects (SusFRPRC, an MSCA-RISE fellowship). With 387 unique partners across 44 countries, they are a well-connected node in large European consortia rather than a project leader. This makes them a reliable, low-friction partner who integrates into existing teams and contributes specialized technical work without demanding a steering role.
With 387 unique consortium partners spanning 44 countries, Vilnius Tech has one of the broadest collaboration networks for a Baltic university. Their partnerships are pan-European with no obvious geographic concentration, reflecting their participation in large-scale CSA and RIA projects.
What sets them apart
As the strongest technical university in the Baltic states for transport and civil engineering research, Vilnius Tech offers a rare combination: deep structural engineering expertise (bridges, tunnels, railways) merged with growing digital capabilities (BIM, AI, automated driving). For consortium builders, they provide a credible Baltic partner with broad EU experience (23 H2020 projects, 44 countries) at competitive cost levels compared to Western European institutions. Their dual strength in physical infrastructure and digital tools makes them particularly valuable for projects bridging the physical-digital divide in transport and construction.
Highlights from their portfolio
- ROCKTheir largest single funding (EUR 252,807) and an unusual move into cultural heritage regeneration for a technical university, demonstrating urban design capabilities.
- SusFRPRCTheir only coordinated H2020 project — an MSCA-RISE on sustainable fibre-reinforced polymer concrete, revealing a core academic strength in structural materials.
- AI4CSMTheir most recent and second-highest funded project (EUR 170,625), positioning them at the frontier of connected automated mobility with AI and zero-emission propulsion.