All four H2020 projects (Prominent, NOVIMAR, NOVIMOVE, Space at Sea) involve inland or maritime vessel concepts and transport systems.
ENTWICKLUNGSZENTRUM FUR SCHIFFSTECHNIK UND TRANSPORTSYSTEME EV
German research centre specializing in inland waterway ship technology, smart vessel navigation, and river freight logistics based in Duisburg.
Their core work
DST is a German research centre in Duisburg specializing in ship technology and inland waterway transport systems. They develop and test concepts for moving freight more efficiently on rivers and canals — from vessel design and navigation automation to logistics optimization at inland ports. Their work sits at the intersection of naval architecture, transport logistics, and digital navigation systems, with a strong focus on making Europe's inland waterways competitive with road and rail freight.
What they specialise in
NOVIMAR and NOVIMOVE focus on vessel trains, smart bridge systems, Galileo integration, and real-time river data for automated navigation.
NOVIMOVE addresses port feeder logistics, cross-docking, and scheduling at locks; Prominent focused on innovation in the inland waterways transport sector.
Space at Sea explored multi-use standardised floating platforms, extending DST's ship technology expertise into offshore infrastructure.
How they've shifted over time
DST's early H2020 work (2015–2018) centred on broad innovation in inland waterway transport through Prominent, alongside offshore floating infrastructure in Space at Sea. From 2017 onward, their focus sharpened significantly toward smart, digitally-enabled vessel operations — vessel trains, automated lock scheduling, Galileo-based navigation, and real-time river data integration in NOVIMAR and NOVIMOVE. The trajectory shows a clear shift from general transport R&D toward highly specific digital and autonomous inland shipping solutions.
DST is moving toward autonomous and digitally connected inland vessel operations, making them a strong partner for any project combining waterway transport with AI, satellite navigation, or logistics automation.
How they like to work
DST participates exclusively as a partner — they have not coordinated any H2020 projects, suggesting they prefer a specialist contributor role where they bring deep ship technology and waterway expertise to larger consortia. With 68 unique partners across 13 countries, they operate in medium-to-large consortia and maintain a broad European network rather than repeatedly working with the same groups. This makes them an accessible and experienced partner, comfortable integrating into diverse teams.
DST has collaborated with 68 different partners across 13 European countries, indicating a well-connected position in the inland waterway and maritime transport research community. Their base in Duisburg — Europe's largest inland port — gives them natural connections along the Rhine corridor and beyond.
What sets them apart
DST occupies a rare niche: a dedicated research centre focused specifically on inland waterway ship technology and transport systems, based in Duisburg at Europe's largest inland port. While many maritime research institutes focus on ocean-going vessels, DST's entire mission revolves around river and canal transport — a sector critical to European freight but underserved by research organisations. Their combination of naval architecture expertise with digital navigation and logistics makes them a go-to partner for anyone working on greener, smarter freight transport on European waterways.
Highlights from their portfolio
- NOVIMOVETheir largest project (EUR 847,625) and most technically ambitious — combining vessel trains, smart bridge systems, Galileo navigation, and automated lock scheduling into a single inland freight concept.
- NOVIMARIntroduced the vessel train concept for inland waterways, a fundamentally new approach to organizing river freight transport that DST continued developing in NOVIMOVE.
- Space at SeaDemonstrates DST's versatility beyond traditional inland shipping — applying ship technology expertise to modular floating platforms for multi-use offshore space.