Maritime Technology’s core area is to develop methods and models that can be applied to the maritime sector. Our focus is on sustainable ship operation and ship construction, with particular emphasis on energy efficiency, vibration analysis, and fatigue. The research takes its methodological offset in the technical science, but the group also aims at creating interdisciplinary research.
Co-operation
We provide collaboration with the maritime industry through research projects and research-based consultancy. We ensure that research results flow between the university, industry and maritime academies.
Maritime Technology is dedicated to exchanging knowledge, expertise and competences with society and authorities through our participation in advisory boards, technical networks, and committees.
BlueSDU - a cross-disciplinary research network:
Blue SDU is an interdisciplinary research network unifying maritime and marine researchers at SDU. The network was established in 2014 and the members are researchers from 9 different SDU departments across 5 faculties.
Read more about Blue SDU
Maritime Research Alliance - (www.mra.dk)
A National network of maritime researchers – Connecting Danish maritime research, innovation and education.
Projects related to this field
- SDU – Maritime Research Platform
- ShipWeldFlow
- ShippingLab II
- SGISC (Second Generation Intact Stability Criteria)
Projects related to this field (completed)
- Ecoprodigi
- Exoprodigi
- Analysis of IMO Intact Stability Criteria
- Vibration and damping in large containerships
- Blue INNOship Subproject: Monitoring and Performance
- Situation Awareness
- FastLabNet
- Maritime Decision Support System for Emission Control
- ShippingLab
PhD Projects
- Improving the comfort of crew and passengers on board ships
PhD Elma Ramic - Condition monitoring of vessels to identify high-exposure operations
PhD Casper Aaskov Drangsfeldt - Unterwater broadband noise emissions from cavitating propellers
PhD Leonie Föhring
PhD Projects (Completed)
- Autonomous Ships from the Perspective of Operation and Maintenance,
PhD Student Stig Eriksen - Damping Estimation in Operational Modal Analysis
PhD Student Esben Orlowitz -
Estimation of condition and remaining useful lifetime for oil lubricated machinery in ships,
PhD Student Morten Henneberg