Belarus's national research academy with H2020 expertise in electric mobility, maritime technologies, and mechanical and materials engineering.
The National Academy of Sciences of Belarus is the country's primary state scientific institution, coordinating fundamental and applied research across a wide range of technical disciplines. In their H2020 engagement, they contributed to two ERA-NET Cofund programs — one on the electrification of road transport (EMEurope) and one on maritime and marine technologies (MarTERA) — bringing Belarusian research capacity into pan-European transnational cooperation networks. Their involvement in both programs suggests internal expertise in transport engineering, materials science, and mechanical systems that spans both land and sea mobility. As a national academy rather than a single-discipline institute, they function as an umbrella institution capable of fielding subject-matter experts across multiple technical domains.
Participated in EMEurope (ERA-NET Cofund Electric Mobility Europe, 2016–2021), receiving EUR 385,770 — the largest of their two H2020 grants — focused on green vehicles, urban mobility, and electrification of road transport.
Participated in MarTERA (Maritime and Marine Technologies for a New ERA, 2016–2022), contributing to research on maritime technologies within a major European marine research program.
Listed as a core keyword contributor in MarTERA, indicating applied mechanical and materials engineering capacity relevant to marine and transport system design.
Both H2020 projects began in 2016, so there is no sequential temporal shift — NAS of Belarus entered two distinct research domains simultaneously rather than pivoting over time. The EMEurope project reflects a capability in urban and road transport electrification, while MarTERA points to a separate track in maritime engineering and materials science. This parallel engagement across transport modes is more consistent with a broad institutional research base than with a focused niche that evolved in one direction.
Their simultaneous entry into both road electrification and maritime technology programs suggests they are positioned as a multi-disciplinary transport-and-engineering institution, but with only two projects starting the same year, there is insufficient data to identify a clear direction for future EU collaboration.
NAS of Belarus has participated exclusively as a consortium partner, never as a project coordinator — a pattern common among large national academies joining ERA-NET Cofund programs where national funding agencies manage participation and coordination sits at the program level. Despite only two projects, they engaged 38 unique partners across 21 countries, reflecting the large multi-national consortium structure typical of ERA-NET Cofund initiatives. There is no evidence of repeated partnerships, suggesting they connect with different research networks depending on the topic rather than anchoring to a fixed circle of collaborators.
NAS of Belarus has reached 38 unique partners across 21 countries from just two ERA-NET Cofund projects, a breadth that reflects the large consortium structures of those programs rather than extensive bilateral relationship-building. Their network spans broad European geography with no apparent regional concentration.
As a national academy rather than a single university department or research group, NAS of Belarus can draw on a wide pool of internal specialists across disciplines — a flexibility that most single-institution partners cannot offer. Their presence in both road transport and maritime technology programs signals cross-sector applicability in engineering-intensive fields. For consortium builders needing Eastern European research representation, they are one of the few Belarusian institutions with established ERA-NET Cofund participation and a documented track record in EU-funded cooperation.
