SciTransfer
Organization

FORSCHUNGSVEREINIGUNG SCHIFFBAU UND MEERESTECHNIK E.V.

German shipbuilding research association specializing in advanced materials, modular ship design, and maritime environmental performance.

Industry research associationtransportDESME
H2020 projects
5
As coordinator
0
Total EC funding
€2.4M
Unique partners
150
What they do

Their core work

FSM is a German shipbuilding and marine technology research association based in Hamburg, operating as an industry-driven R&D hub for the maritime sector. They focus on advancing ship design, materials, and operational efficiency — translating research into practical solutions for shipyards and vessel operators. Their work spans fuel efficiency improvements, advanced material testing for marine applications, and modular ship design concepts that reduce construction costs and environmental impact. As a registered research association (Forschungsvereinigung), they bridge the gap between academic research and the needs of Germany's shipbuilding industry.

Core expertise

What they specialise in

Ship design and modular constructionprimary
3 projects

HOLISHIP (ship design optimization), NAVAIS (modular and platform-based design), and RAMSSES all address how ships are designed and built.

Maritime environmental performancesecondary
2 projects

LeanShips targeted low-emission shipping including methanol fuel, and NAVAIS addressed low-impact shipbuilding.

Marine knowledge transfer and blue growthsecondary
1 project

COLUMBUS focused on monitoring and transferring marine and maritime knowledge for sustainable blue growth.

Condition monitoring and long-term material testingemerging
1 project

RAMSSES included condition monitoring and long-term testing of advanced materials in marine environments.

Evolution & trajectory

How they've shifted over time

Early focus
Maritime knowledge transfer and clean fuels
Recent focus
Modular ship design and advanced materials

FSM's early H2020 work (2015–2016) centered on broad maritime themes: blue growth knowledge brokerage, fuel efficiency, and clean shipping through methanol and retrofitting. By 2017–2022, their focus sharpened toward concrete engineering challenges — advanced materials testing, modular ship design, platform-based construction, and underwater radiated noise reduction. The shift shows a clear move from knowledge exchange and environmental policy topics toward hands-on shipbuilding innovation and manufacturing efficiency.

FSM is moving toward practical shipyard innovation — modular construction, standardised components, and material performance — making them a strong partner for projects focused on next-generation ship manufacturing.

Collaboration profile

How they like to work

Role: specialist_contributorReach: European23 countries collaborated

FSM has exclusively participated as a partner, never coordinating any of their five H2020 projects. They work in large consortia — 150 unique partners across 23 countries from just five projects indicates average consortium sizes of 30+ members, typical of major transport Innovation Actions. This suggests they contribute specialized shipbuilding expertise to broad European initiatives rather than leading them, making them a reliable domain expert to slot into large collaborative frameworks.

FSM has built an extensive network of 150 unique partners across 23 countries, overwhelmingly through large-scale EU transport and maritime projects. Their Hamburg base and industry association model gives them strong connections to Northern European shipbuilding clusters and maritime research institutions.

Why partner with them

What sets them apart

FSM occupies a specific niche as Germany's shipbuilding research association — not a university, not a company, but an industry collective that channels member needs into collaborative R&D. This makes them uniquely positioned to represent the practical requirements of German and European shipyards in research projects. For consortium builders, they offer direct access to the shipbuilding industry's real-world problems and validation capacity.

Notable projects

Highlights from their portfolio

  • RAMSSES
    Largest funding (EUR 785K) focused on demonstrating advanced materials for sustainable ships — their most technically deep project.
  • NAVAIS
    Most recent project, directly targeting modular and platform-based ship design — signals their current strategic direction.
  • LeanShips
    Addressed methanol as marine fuel and retrofit solutions for cleaner shipping, combining environmental and economic objectives.
Cross-sector capabilities
Advanced materials and composites testingEnvironmental impact reduction and noise monitoringBlue growth and marine sustainabilityManufacturing standardisation and modular design
Analysis note: Five projects provide a reasonable profile, but all are participant roles with no coordination, limiting insight into FSM's independent research agenda. The website domain (cmt-net.org) suggests possible rebranding or affiliation with the Centre of Maritime Technologies, which may expand their actual scope beyond what H2020 data alone reveals.