Engaged in the project "ViProMa - Virtual Prototyping of Marine Systems and Operations" focusing on modeling and control of subsystems, especially energy systems, as well as stability, connectivity and engergy conservative modeling theory. This project aims to deploy mathematical models in a modular fashion so that different model templates and configurations can be developed and used to reduce development time in new projects, and linking the industry closer in such projects. This allows for increasing the computational capacity and thus the possibility to solve more complex systems that represent the physical problem even better, in addition to the option of keeping model implementation hidden for others so that a company's "know-how" remain secret, while the latest technology can be tested integrated in a single simulation.
Scientific, academic and artistic work
See publications in CRIStin