Contributed to COREWIND (2019-2023), a dedicated floating wind RIA covering mooring systems, dynamic cables, floater design, installation techniques, and LCOE reduction.
RAMBOLL UK LIMITED
UK engineering consultancy specialising in floating offshore wind systems, mooring design, and smart building sensor integration.
Their core work
Ramboll is a large engineering and consulting firm with deep expertise in energy infrastructure, built environment, and sustainability. In EU research, they contribute as an industry specialist — bringing practical engineering knowledge on offshore wind systems, sensors, and smart buildings into research consortia. Their H2020 involvement reflects their broader practice areas: the COREWIND project aligns with their offshore wind engineering work (mooring, dynamic cables, LCOE), while SENSIBLE reflects their buildings and IoT advisory services. As a private company rather than a university, they add commercial engineering realism to academic-led projects.
What they specialise in
Participated in SENSIBLE (2017-2022), an MSCA-RISE project on sensors and intelligence in the built environment.
O&M is explicitly listed among COREWIND keywords, reflecting Ramboll's industry-facing work on wind asset lifecycle costs.
How they've shifted over time
Their early H2020 engagement (SENSIBLE, 2017) centred on IoT and sensor integration in the built environment — consistent with smart buildings consultancy. By 2019, their focus had shifted decisively to offshore wind energy, with COREWIND covering the full engineering stack of floating wind: floater design, mooring, dynamic cables, O&M, and cost reduction. This is a clear move from general building technology toward specialist energy infrastructure, specifically the floating offshore wind sector which was scaling rapidly in that period.
Ramboll UK is positioning itself as an engineering industry partner for offshore wind research — likely to be sought for consortia combining academic modelling with real-world deployment and cost expertise.
How they like to work
Ramboll never leads EU projects — they join as a specialist contributor or third party, providing industry expertise rather than coordinating research. Their third-party role in COREWIND (no direct EC funding) suggests they engaged as an in-kind or advisory contributor, which is typical for large engineering firms that participate selectively where projects align with active client work. They bring credibility as a practitioner but not the administrative burden of consortium leadership.
Despite only two projects, Ramboll UK connected with 29 unique consortium partners across 14 countries — reflecting the large, international consortia typical of RIA and MSCA-RISE calls. Their network spans both the built environment and offshore energy research communities in Europe.
What sets them apart
Ramboll is one of the few large engineering consultancies present in H2020 offshore wind research, giving consortia access to commercial project experience alongside academic modelling. Unlike universities, they can speak to real deployment constraints — procurement, installation logistics, and LCOE targets that clients actually care about. For a consortium building a floating wind proposal, they add industry credibility that strengthens the application and the real-world relevance of the outputs.
Highlights from their portfolio
- COREWINDA flagship RIA on floating offshore wind covering the full engineering stack — floater design, mooring, dynamic cables, O&M, and LCOE reduction — where Ramboll contributed as an industry third party.
- SENSIBLEAn MSCA-RISE mobility project on IoT and sensors in the built environment, showing Ramboll's earlier cross-sector engagement beyond energy.