Core theme across NAVAIS (platform-based design, customer-decoupling point), RAMSSES (modularisation, standardisation), and Mari4_YARD (modular manufacturing).
STICHTING NETHERLANDS MARITIME TECHNOLOGY FOUNDATION
Dutch maritime research SME specializing in modular ship design, green shipping technologies, and shipyard digitalization across European consortia.
Their core work
Netherlands Maritime Technology Foundation is a Rotterdam-based research centre that drives innovation in European shipbuilding and maritime transport. They focus on making ships cleaner, more modular, and cheaper to build — working on everything from alternative fuels and advanced materials to standardized ship design platforms. Their work sits at the intersection of naval architecture, green shipping, and manufacturing efficiency, translating research into practical solutions for shipyards and vessel operators across Europe.
What they specialise in
LeanShips focused on methanol fuel, retrofitting for clean transport; NAVAIS addressed low-impact shipbuilding and underwater radiated noise reduction.
RAMSSES was dedicated to advanced material solutions with long-term testing and condition monitoring; materials work also feeds into NAVAIS modular concepts.
Coordinated NOVIMAR, their largest-funded project (EUR 661K), developing new inland waterway transport and maritime logistics concepts.
Participating in MAGPIE (2021-2026), focused on smart green ports as multimodal transport hubs — their most recent and longest-running project.
Mari4_YARD explores collaborative robotics, AR solutions, and AI-assisted exoskeletons for small and medium shipyards.
How they've shifted over time
In their early H2020 period (2015-2018), the foundation focused heavily on greening existing ships — methanol fuels, retrofitting, clean transport, and testing advanced materials for durability. From 2018 onward, they shifted decisively toward rethinking how ships are designed and built: modular design platforms, standardized components, and digital manufacturing tools including robotics and augmented reality. The trajectory is clear — from improving what exists to redesigning the production process itself.
They are moving from environmental compliance toward smart manufacturing and digital shipyard transformation, making them a strong partner for Industry 4.0 applications in the maritime sector.
How they like to work
They balance leading and contributing — coordinating 2 of their 6 projects (NOVIMAR and NAVAIS, both substantial), while joining as a specialist partner in the other four. With 174 unique consortium partners across 22 countries, they operate as a well-connected hub in the European maritime research network rather than staying loyal to a fixed group. This breadth makes them easy to integrate into new consortia and suggests they are experienced in managing multi-partner collaboration.
An extensive European network spanning 174 unique partners across 22 countries, built through six transport-focused projects. Their Rotterdam base and project portfolio suggest particularly strong connections to Northern European maritime clusters and shipbuilding ecosystems.
What sets them apart
They occupy a rare niche as a maritime-focused research SME that bridges the gap between academic ship science and commercial shipyard operations. Unlike universities that publish papers or large shipyards that build vessels, this foundation translates research into practical standards and modular design methods that small and medium shipyards can actually adopt. Their combination of green shipping expertise with manufacturing digitalization makes them one of few organizations that can address both the environmental and productivity challenges facing European shipbuilding simultaneously.
Highlights from their portfolio
- NOVIMARTheir largest project by funding (EUR 661K) and coordinated by them — developing new inland waterway and maritime transport concepts, showing their capacity to lead ambitious logistics research.
- NAVAISSecond coordination role, focused on modular platform-based ship design — represents their core strategic direction and produced a framework applicable to ferries, workboats, and other vessel types.
- Mari4_YARDMost forward-looking project, bringing collaborative robotics, AR, and AI exoskeletons into small shipyards — signals their push into Industry 4.0 for maritime manufacturing.