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Enhancing wind propulsion performance through human-centred design and bridge simulations

AuthorsDuinen, N. van, Cronjé, J.
Conference/JournalMARIN Report 144
Date30 Jun 2025
As the maritime sector pushes toward greener solutions, wind-assisted propulsion has emerged as a promising way to cut emissions and boost fuel efficiency.

Getting the full benefit of wind propulsion requires that the crew is fully supported with well-designed systems to perform their tasks. After all, if the crew is unable to operate the system effectively, the overall ship performance will be far from optimal.

This work is part of Optiwise, a three-year Horizon Europe project focused on developing holistic design and control strategies for wind-assisted vessels. As part of the project, bridge simulations were used to explore how wind propulsion affects onboard operations.

Contact

Contact person photo

Niklas van Duinen

project manager

Assessing new HMI by using the Large Motion Simulator

The fourth step of the HCD process entails evaluation of the design. To evaluate the new HMI and the impact on the operators on board, bridge simulations were performed using MARIN’s Large Motion Simulator (LMS). Four scenarios - excluding familiarisation - placed operators in varied conditions, allowing researchers to observe responses and operational behaviour.

Synchronised data recording - video footage, simulator, eye tracking-data

Eye tracking gaze
Tags
wind propulsion