JIPs, Networks & partners

The Living Lab Green & Autonomous Corridor Rotterdam-Oslo project supports the maritime sector in its transition towards sustainable and digital ...

The WiSP series of Joint Industry Projects has built a strong reputation for delivering valuable results to the industry. Building on the success of ...

The EU project AWESOME (Advanced Wind Energy System Optimisation & Monitoring for Efficiency) will provide shipowners with verified data, practical ...

TRANSPECT is a five-year research programme (2026–2030) exploring future opportunities and challenges for inland waterway transport. It supports ...

The aim of this JIP is to quantify, predict, and mitigate the impact of biofouling on ship performance. It combines experiments, hydrodynamics, ...

The objective of the EU project SPARK is to develop and demonstrate a scalable offshore charging solution for stationary vessels. Co-funded by the ...

SH2IPDRIVE (Sustainable Hydrogen Integrated Propulsion Drives) is focussing on developing reliable, safe, standardized, scalable and ...

SYNERGETICS (Synergies for Green Transformation of Inland and Coastal Shipping) addresses the potentials for greening of inland and coastal shipping ...

MAGPIE has the ambition to force a breakthrough in the supply and use of green energy carriers in transport to, from and within ports. MAGPIE ...

The project will develop and demonstrate the first Dutch methanol retrofit concept, both for the engines and the safety concept, encouraging the ...

NEEDS stands for NEw sustainablE fuel Deployment Scenarios for the European waterborne community. The main objective of NEEDS is to provide a model ...

The objective of the LEAP JIP is to assess and reduce risks involved in crew transfers offshore.

STA-2 is the continuation of STA joint industry project. The proposed JIP aims to further improve the current standard for speed/power trials. New ...

Can we improve overall safety, efficiency, and the work-life balance for the bridge watchkeeper by introducing periodically unattended navigation ...

The aim of this JIP is to develop new propeller scale corrections to be able to predict full scale open water performance and propulsive performance ...