INSTYTUT BUDOWNICTWA WODNEGO POLSKIEJ AKADEMII NAUK

Their core work

IBW PAN (Institute of Hydro-Engineering, Polish Academy of Sciences) is Poland's dedicated hydraulic engineering research institute, focused on the behaviour of water in coastal, estuarine, and riverine environments. Their core competency is environmental hydraulics — the physical study of how water moves, erodes, and interacts with ecosystems — supported by laboratory infrastructure capable of large-scale physical modelling. In EU consortia they contribute both specialist scientific expertise and access to major hydraulic research facilities. Their work spans from fundamental fluid dynamics to applied problems of coastal climate adaptation, flood risk, and ecosystem restoration along Europe's coastlines.

What they specialise in

How they've shifted over time

In their early H2020 work (2015–2019), IBW PAN contributed through physical infrastructure: their role in HYDRALAB+ centred on major hydraulic laboratory facilities, data exchange protocols, and quantitative modelling for climate adaptation — the engineering backbone of environmental research. By 2021 their focus had visibly broadened: REST-COAST adds coastal ecology, biodiversity, governance, upscaling barriers, and finance to their scientific vocabulary, signalling a move from pure hydraulic engineering toward integrated coastal management where physical science meets policy and ecology. The trajectory is from facility-based, infrastructure-centric work toward applied ecosystem restoration that requires hydraulic expertise as one component within a much wider interdisciplinary framework.

IBW PAN is positioning itself at the intersection of hydraulic engineering and coastal ecology, making them increasingly relevant for consortia targeting EU nature restoration law implementation, blue carbon accounting, and coastal flood resilience — themes likely to drive calls through 2030.

How they like to work

IBW PAN has participated exclusively as a consortium partner — never as coordinator — across both H2020 projects, indicating a preference for contributing specialist expertise rather than leading project management. Despite only two projects, they have engaged with 67 unique partners across 15 countries, meaning both consortia are unusually large and broad; this reflects participation in flagship EU-wide infrastructure and restoration initiatives rather than small targeted collaborations. They function as a specialist node: valued for what they bring scientifically, not for driving the project agenda.

IBW PAN has built a surprisingly wide network for an organisation with only two projects — 67 unique partners across 15 countries — because both HYDRALAB+ and REST-COAST are large pan-European consortia. Their connections span Western, Northern, and Southern Europe, with no evident geographic concentration beyond their Polish base.

What sets them apart

IBW PAN is one of very few institutions in Central and Eastern Europe with dedicated, large-scale hydraulic engineering laboratory infrastructure under an academy-of-sciences mandate, giving them rare physical modelling capabilities that most universities or consultancies cannot offer. Their combination of classical hydraulic engineering depth and a growing track record in coastal ecosystem science makes them a credible bridge partner for consortia that need rigorous water dynamics expertise alongside emerging topics like blue carbon and nature-based solutions. For a consortium builder, they bring Polish national coverage, CEE geographic diversity, and accredited research infrastructure — a combination that is difficult to replicate from a single partner.

Highlights from their portfolio

• REST-COAST
  The largest-funded project for IBW PAN (EUR 172,000) and the most thematically ambitious — a 2021–2026 Innovation Action targeting large-scale coastal ecosystem restoration across Europe, integrating blue carbon, biodiversity, governance, and finance alongside hydraulic science.
• HYDRALAB-PLUS
  Positioned IBW PAN within Europe's elite network of hydraulic research infrastructure providers, offering transnational laboratory access for climate adaptation experiments — a role that defines their institutional identity and differentiates them from pure computational or fieldwork groups.