SciTransfer
Organization

STICHTING MARITIEM RESEARCH INSTITUUT NEDERLAND

Dutch maritime research institute specializing in ship hydrodynamics, vessel safety, autonomous shipping, and offshore energy testing infrastructure.

Research institutetransportNL
H2020 projects
15
As coordinator
1
Total EC funding
€10.8M
Unique partners
297
What they do

Their core work

MARIN is the Netherlands' premier maritime research institute, providing hydrodynamic testing, simulation, and design optimization services for ships, offshore structures, and marine renewable energy devices. They operate advanced experimental facilities including towing tanks, wave basins, and simulators used by shipbuilders, navies, and offshore operators worldwide. Their work spans the full lifecycle of vessel design — from hull form optimization and propulsion efficiency to safety assessment, damage stability modeling, and underwater noise mitigation. They also contribute to international maritime standards development and regulatory frameworks.

Core expertise

What they specialise in

Ship design and hydrodynamic optimizationprimary
6 projects

Core contributor across LeanShips, HOLISHIP, NAVAIS, MOTOR, NOVIMAR, and NOVIMOVE — spanning hull optimization, modular ship design, and propulsion efficiency.

Maritime safety and damage stabilityprimary
3 projects

FLARE focused on flooding response and probabilistic damage stability; SAS on autonomous systems safety engineering; Space at Sea on structural safety of floating platforms.

Offshore renewable energy infrastructuresecondary
3 projects

MARINET2 provided transnational access to marine energy test facilities; MARINERGI planned research infrastructure; FLOTANT developed floating wind technology for deep water.

Autonomous and smart vessel systemsemerging
4 projects

SAS addressed autonomous systems safety; MOSES and NOVIMOVE explored automated vessels and smart inland waterway transport; MAGPIE developed smart port integration.

Green shipping and emissions reductionsecondary
3 projects

LeanShips focused on low-emission ship retrofitting including methanol fuel; MOSES on sustainable short sea shipping; NOVIMOVE on efficient inland waterway transport.

Evolution & trajectory

How they've shifted over time

Early focus
Clean ship design optimization
Recent focus
Autonomous ships and environmental compliance

In the early H2020 period (2015–2018), MARIN focused heavily on clean transport and ship design optimization — improving fuel efficiency, exploring methanol retrofitting, and applying computational methods like isogeometric analysis to propeller and turbine design. From 2019 onward, their focus shifted decisively toward autonomous vessels, maritime safety frameworks, underwater noise reduction, and smart port logistics. This evolution reflects the broader maritime industry's pivot from pure efficiency gains toward environmental compliance (noise, emissions) and digital transformation (autonomy, smart logistics).

MARIN is moving toward autonomous vessel safety certification and underwater noise standards — positioning them as a go-to partner for companies navigating upcoming IMO and EU maritime environmental regulations.

Collaboration profile

How they like to work

Role: infrastructure_providerReach: European28 countries collaborated

MARIN operates almost exclusively as a technical partner rather than a project leader — coordinating only 1 of 15 projects (Space at Sea) while contributing specialized testing and simulation expertise to the other 14. With 297 unique consortium partners across 28 countries, they function as a broad network hub, rarely repeating the same consortium. This makes them an easy organization to bring into new consortia: they are experienced joiners who integrate well, bring world-class facilities, and have no pattern of trying to dominate project governance.

MARIN has collaborated with 297 distinct partners across 28 countries, giving them one of the widest maritime research networks in Europe. Their partnerships span from Nordic shipbuilders and Mediterranean naval architects to German automotive suppliers and UK safety consultancies — a truly pan-European footprint.

Why partner with them

What sets them apart

MARIN combines world-class physical testing facilities (towing tanks, wave basins, simulators) with deep computational modeling expertise — a rare pairing that lets them validate digital ship designs against real hydrodynamic data. Unlike university groups that publish papers, MARIN delivers practical, industry-grade results that feed directly into classification society approvals and regulatory compliance. For consortium builders, they bring instant credibility in maritime work packages and access to infrastructure that few European partners can match.

Notable projects

Highlights from their portfolio

  • Space at Sea
    MARIN's only coordinator role (EUR 1.6M) — a multi-use floating platform concept showing their ambition to lead in blue growth beyond traditional ship research.
  • LeanShips
    Largest single EC contribution (EUR 1.8M) and their flagship clean shipping project, covering methanol fuel, retrofitting, and emissions reduction across multiple vessel types.
  • FLARE
    Deep technical project on flooding accident response combining probabilistic damage stability, evacuation modeling, and risk-based design — showcasing MARIN's safety science depth.
Cross-sector capabilities
Offshore renewable energy (wave, tidal, floating wind)Environmental monitoring (underwater noise, marine ecology)Manufacturing and design automation (CAD/CAE optimization)Port logistics and supply chain digitalization
Analysis note: Strong profile supported by 15 projects with clear thematic coherence. Some project keywords are missing (HOLISHIP, NOVIMAR, Space at Sea, MOSES, MAGPIE have no keywords in the data), so expertise mapping relies partly on project titles and known MARIN capabilities. The third-party role in SAS suggests a lighter involvement in autonomous systems safety than the project title might imply.