Coordinated the IMAGE project focused on innovative optical/quasioptical technologies and nano-engineering of anisotropic materials.
LVIV POLYTECHNIC NATIONAL UNIVERSITY
Ukrainian technical university specializing in optical/photonic materials, anisotropic nanocomposites, and emerging digital trust technologies across H2020 mobility actions.
Their core work
Lviv Polytechnic is Ukraine's oldest technical university, with H2020 involvement spanning advanced optical materials, photonics, and more recently digital trust technologies. Their core research strength lies in engineering anisotropic crystalline and nanocomposite materials for optical, acousto-optic, and nonlinear optical devices. They also contribute to organic light-emitting materials research and have expanded into blockchain, AI, and digital governance topics. Their work bridges fundamental materials science with applied photonics and emerging digital technologies.
What they specialise in
IMAGE project specifically targeted 3D anisotropy analysis and crystalline nanocomposite engineering for electro-optic and nonlinear optical cells.
Participated in MEGA project on heavy metal free emitters including TADF materials, ASE, and organic lasers.
Participated in the TRUST project examining blockchain, AI, privacy, and peer-to-peer economy governance in cities.
Third-party contributor to the EUROfusion programme implementing the European fusion energy roadmap.
How they've shifted over time
In their early H2020 period (2014–2018), LPNU focused squarely on hard physics and materials science — optical technologies, crystalline nanocomposites, and nonlinear optical devices. From 2019 onward, they diversified significantly: continuing materials work through organic fluorescent emitters (MEGA), while branching into an entirely different domain with blockchain, AI, and digital governance (TRUST). This suggests a university actively broadening its EU research portfolio beyond its traditional engineering base into digital and social sciences.
LPNU is diversifying from pure materials physics toward interdisciplinary topics combining technology with societal applications, signaling readiness for broader consortium roles.
How they like to work
LPNU mostly joins projects as a partner or third party rather than leading them, though they did coordinate the IMAGE project — their largest grant. With 235 unique partners across 35 countries from just 4 projects, their network is broad, largely because EUROfusion and MSCA-RISE projects involve very large consortia. They appear to be a capable contributing partner rather than a consortium-building hub.
Despite only 4 projects, LPNU has touched 235 partners in 35 countries — a wide but shallow network driven primarily by participation in large multi-partner programmes like EUROfusion and MSCA-RISE mobility actions.
What sets them apart
As one of few Ukrainian universities active in H2020, LPNU offers a rare combination of strong materials science and photonics expertise with competitive cost structures. Their ability to coordinate an MSCA-RISE project (IMAGE) demonstrates they can manage international research exchanges, not just participate. For consortium builders seeking Eastern European partners with genuine technical depth in optical materials or emerging digital topics, LPNU fills a distinctive niche.
Highlights from their portfolio
- IMAGELPNU's only coordinated project (EUR 387K) — an MSCA-RISE action on innovative optical technologies and nano-engineered anisotropic materials, demonstrating leadership capacity.
- TRUSTMarks a significant pivot into digital and social sciences (blockchain, AI, governance), showing the university's expanding interdisciplinary ambitions.
- MEGAContribution to next-generation organic light sources and TADF materials — connects their optics expertise to applied lighting and display technologies.