Kiel Marine Science

Prof. Dr. Thomas Meurer

Kaiserstr. 2, 24143 Kiel
Phone: +49(0)431/880–6275

Personal Website

Information about Prof. Dr. Thomas Meurer


Prof. Thomas Meurer holds the Chair for Automatic Control at the Institute for Electrical Engineering at the Technical Faculty of Kiel University.

The research activities of the Chair for Automatic Control focus the development of state of the art model-based methods for control, regulation, state change and optimisation of dynamic systems. This specifically includes non-linear and distributed-parameter systems, which are governed by partial differential equations, and their applications, including the industrial and maritime robotics, production and manufacturing engineering, thermal and (bio-) chemical process engineering, cooperative interacting systems and adaptive form changing structures.

Research questions

In the area of maritime systems our research activity includes the following topics:

Automated and autonomous shipping
In this topic complex we are currently working with industry partners on assistance functions for ship management in geometrically limited areas as well as control technological methods for optimal track planning and ship control with static and dynamic obstacles. In this case, the term “optimal” relates to time and energy optimisation. We have presented our first results at the SMM 2018 in Hamburg, in the context of the Maritime Research Forum, which was organized by German Maritime Centre (DMZ), and other publications are to follow.

Path and track planning for AUV’s
Together with the group of Prof. Jens Greinert from GEOMAR we are involved in the regulation of AUV’s with a focus on GEOMAR’s house development “Aegir”. This includes methods and implementation of path and track planning and state estimation to realise robustly reproduced trajectories for measurement data recording.

Process Control in marine biotechnology
We are currently interested in developing strategies for process control of algae growth processes and photo catalytical processes. This includes developing mathematical models of algae growth and the possible intracellular products, which are mostly generated by targeted induction of stress. Methodically this includes questions on model-based state and parameter estimation (software sensors) and model- and databased real time optimisation.


Current Research

KMS on campus



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